Which astronomical events have been the most important in dating historical events?

Which astronomical events have been the most important in dating historical events?

We are searching data for your request:

Forums and discussions:
Manuals and reference books:
Data from registers:
Wait the end of the search in all databases.
Upon completion, a link will appear to access the found materials.

Astronomical events are used to help date historical events. (Wikipedia - Astronomical chronology) Which are the most important for this? For example, Josephus recorded a lunar eclipse that occurred prior to Herod the Great's death. Historians attempt to pinpoint which eclipse Josephus mentioned so we can know when Herod died. So my question is, which recorded astronomical events have been the most helpful or most effective in dating historical events?

Our dating system (assuming "ours" refers to the one used in mainstream western culture) is not based on astronomical events at all, It's based on the belief/records/mythology (pick your term according to your personal tastes) of the Christian religion - and even then, the creators of the system apparently got it wrong, as others have computed the date of Christ's birth as 4 BCE :-)

For the astronomical events in various records, I think you've got the logic reversed. We can use celestial mechanics and other astrophysical stuff (see the astronomy site for details) to figure just how long ago comets, eclipses, supernovae &c happened, and then translate that to our dating system. But we could as easily translate to the Chinese, Islamic, Japanese, Roman, or whatever system.

There is no singular event, or main type of event, that aligns ancient with modern calendars.

Ancient calendars tended to be somewhat arbitrary, numbering by years of the current king's reign, or similarly unpredictable things. The Babylonian records of eclipses, planetary conjunctions, and the like allow their calendar to be aligned with certainty because there are so many events that match up.

Aligning other ancient calendars that don't have so many associated astronomical events takes detective work. For example, you might have several possibilities from eclipses of the moon, and be able to pick one from a record of a trading expedition to Babylon that mentions who the king of Babylon was at the time.

Our dating system(s) are not based on astronomical events.

They are based on astronomical cycles. Studies over thousands and thousands of years using more and more accurate instruments has refined scientific knowledge of the length of various astronomical cycles such as the day, the month, and the year.

Thus calendars are designed to be accurate about the length of natural astronomical cycles. Thus the old Roman calendar was replaced by the Julian Calendar that started on 1 January 45 BC, and the Julian Calendar was replaced by the Gregorian Calendar in which Thursday, 4 October 1582 was followed by Friday, 15 October 1582.

In most dating systems the years are numbered from the years of various historical events, not astronomical events.

And this is the very briefest of summaries in answer to your question.

Addition 04-01-2017

The AD/BC or CE/BCE system of counting the years is not going to be changed because of a discovery of astronomical dates for events in ancient history long before the birth of Christ. But it could be replaced by a different dating system counting events from many centuries earlier.

In Chinese legend and history there are many dates going back to almost 3,000 BC almost 5000 years ago - to the accession of Fuxi in 2952 BC, for example, that would be about 4,969 years before 2017. But there is serious disagreement in various sources about the dates of various events, disagreement that gets smaller and smaller in more recent centuries until 841 BC.

The Gonghe Regency was in 841 to 828 BC, between the exile of King Li of Zhou and the ascension of his son King Xuan of Zhou. Sima Qian, the Grand historian of the Han dynasty, was able to date events back year by year with confidence back to the beginning of the Gonghe Regency in 841 BC.

The Chinese Government sponsored the Xia-Shag-Zhou Chronology Project to put the earlier Chinese chronology on a firmer footing.

Their methods and results are not accepted by all historians.

They put the beginning of the legendary Xia Dynasty in about 2070 BC instead of the traditional 2205 BC, the beginning of the Shang Dynasty in about 1600 BC instead of the traditional 1766 BC, the overthrow of Shang by Zhou in 1046 BC instead of the traditional 1122 BC, etc., etc.

https://en.wikipedia.org/wiki/Xia%E2… nology_Project

I once read a book in the University of Pennsylvania library that attempted to reconstruct the proper dates of ancient Chinese history.

I don't remember much, but I think that he found an astronomical event, probably an eclipse, said to have happened during the reign of the Yellow Emperor, that seemed to match with an eclipse calculated to have happened during the period that he dated the reign of the Yellow Emperor to. Modern historians mostly believe the Yellow Emperor was a god transformed by later legend into a early Chinese ruler.

So if I remember it correctly, and if he figured it out correctly, he might have accurately dated the reign of the Yellow Emperor - which should be some time during the 3rd millennium BCE - about two thousand years earlier than the earliest historical dates considered completely accurate.

Traditional dates in traditional accounts of Chinese history usually start with the accession of the Yellow Emperor in 2697 or 2698 BCE. In the early 20th century Chinese nationalist Liu Shipei created the Yellow Emperor Calendar, counting the years since the traditional birth of the Yellow Emperor in 2711 BCE.

When the Chinese Republic was proclaimed on January 2, 1912, Sun Yat-Sen said it was the 12th day of the 11th month of the year 4609 (counting from the traditional date of the accession of the Yellow Emperor in 2698 BCE), but from now on it would be year one of the Chinese Republic.

Since years are already sometimes counted from the reign of the Yellow Emperor, if historians ever agree on a certain and undisputable date for his reign (even though most believe he was imaginary) and for the eclipse in it, then a modified version of a Yellow Emperor calendar with corrected dates could become common, since most or all recorded historical events would be after the reign of the Yellow Emperor.

Thus a calendar firmly anchored in an astronomical event could theoretically come into use in the future.

The 8 Most Famous Solar Eclipses in History

Since ancient times, people have viewed the moon completely blacking out the sun for mere minutes — the entire solar eclipse, as the moon's shadow moves across Earth, can take hours — as omens that indicate an impending miracle, the wrath of God, or the doom of a ruling dynasty.

From the earliest recorded eclipse, described on an ancient clay tablet, in Ugarit in modern-day Syria, to one that was linked to an uprising in an ancient Assyrian city, to a total solar eclipse that will surely go down in history when it dazzles the world in 2017, here are some of the most famous eclipses.

There is always something interesting happening in the sky. The Moon cycles through its phases and occasionally passes near a bright planet. Sometimes the Moon eclipses the Sun. And sometimes the Moon itself is eclipsed as it passes through Earth's shadow. The planets move against the stars and are most prominent at opposition (Mars, Jupiter and Saturn) or at greatest elongation (Mercury and Venus). Earth makes its annual orbit around the Sun and passes through its four seasons.

SKYCAL (Sky Events Calendar) will help you keep track of the sky by calculating the local date and time of all these celestial happenings. It displays them on a convenient calendar that you can print and hang on the wall. You can generate a calendar for a single month or for an entire year. Just choose your Time Zone.

To use SKYCAL, make your selections in three simple steps:

  • Section 1: Select a Time Zone for the calendar you wish to generate.
  • Section 2: Select the sky events to include in the calendar (moon phases, eclipses, planet positions, meteor showers, etc).
  • Section 3: Select the year or year and month of the calendar.

For time zones in North America and Europe, a Daylight Saving Time (DST) control appears that can be toggled on or off. In most of North America, DST is observed from the second Sunday of March through the first Sunday of November. In Europe, DST is called Summer Time (ST). ST is observed from the last Sunday of March through the last Sunday of October. The initial settings of SKYCAL (Time Zone & DST) are based on the time zone setting in your computer's internal clock.

All sky events in section 2 are selected by default. Change them as needed. In Section 3, enter the year or year and month of your calendar. At present, SKYCAL works for all years from 1801 through 2100. This range will increase soon. You can select calendars other than the western Gregorian Calendar by clicking the Other Calendars button and choosing a calendar from the drop-down menu.

Besides the traditional 7-day per week calendar format, you can also display the sky events in a table (opened in a new window). This format shows additional information about many events because it has more room to display the extra data. The table can be printed and saved.

To learn more about SKYCAL, see About the Sky Events Calendar. Related links include:

8 King Tut&rsquos Dagger

The boy pharaoh King Tut and his untouched burial site has drawn people&rsquos attention and imagination since its discovery in 1922. Three years after his discovery, Tut still had a few secrets hidden up his sleeves. Scientists studying the mummy found two daggers within the young king&rsquos wraps. A gold dagger was found near his abdomen and an iron one near his hip. It was the latter that drew historians&rsquo attention, as iron was extremely rare during the Bronze Age in which King Tut lived, died, and was mummified.

Further studies into the blade&rsquos nickel, iron, and cobalt composition lead most scientists to agree that the blade is of extraterrestrial origin, being crafted from one of 11 meteorites discovered in the Egyptian Kingdom during the time of Tut&rsquos rule. The rarity and value of such a dagger meant that it would most likely have been used ceremonially rather than practically.

Kepler&rsquos Laws

Johannes Kepler proved that the planets moved around the Sun in elliptical orbits, rather than perfect circles. In 1609, this was revolutionary, because it meant that the distance between the planets and the Sun changed over time. Finally, the world understood the reason behind seasons and the apparent motion of planets. Without these discoveries, astronomers would have had a much more difficult time trying to explain why the Sun&rsquos influence on Earth &lsquochanges&rsquo and why the speeds of other planets seem to vary over time.

Elliptical orbits of Planets around the Sun

The Star of Bethlehem

There are many puzzling details about the birth of Jesus, including the season, the year, the Star of Bethlehem, and the census of Augustus. Dates for the birth of Jesus often hover around the period from 7-4 B.C., although the birth could be several years later or possibly earlier. The Star of Bethlehem could be the bright celestial phenomenon shown in planetariums: 2 planets in conjunction, although the Gospel account of Matthew refers to a single star, not a conjunction.

A good case can be made for a comet. If the right one is picked, it can provide not only the year but even the season for the birth of Jesus.

Which astronomical events have been the most important in dating historical events? - History

Summary: The Bible contains lot of chronological indications, clear and precise to the point of consenting to calculate the times of the Israelites' exodus in a very accurate and almost certain way, from the moment they left Pi-Ramses, in "the 15th day of the first year", to when they took off from mount Sinai, "on the 20th day of the 2nd month of the 2nd year". Those same indications allow us to determine with certainty even the historical frame when this happened: it was during the 3/5th year of Merenptah, the pharaoh who succeeded Ramses II.

Incredible as it might appear, there are also indications which allow us to find out the precise absolute dates of the main Exodus' events, linked as they are to astronomical events that can be dated precisely, like solar eclipses and lunar months.

The early Books of the Bible began life not as a true historical work, but rather as a "family saga" -- one seen through the eyes of the family itself, with the rest of the universe rotating around it. Therefore, apart from those aspects which in one way or another concern the family, it in no way reports the general historical facts of the period and locale in question. For this reason, at least during the period of the Patriarchs, the links with the events that occurred outside the "clan" environment are rather weak and cannot be immediately identified within any known historical events. Thus, it is very difficult to place the family saga in the wider context of Palestinian history with any degree of precision.

Undoubtedly, however, in the Bible there are references to historical events, which contain sufficient information to allow us to pinpoint those particular events. All we need do first is precisely determine the historical period in which the biblical events took place. This is not a trivial problem it has been one of the most highly-debated topics of biblical scholars and is still far from unanimous agreement.

The prevailing opinion among biblical scholars is that Abraham lived at the beginning of the 2nd millennium B.C., approximately in the 19th century. This opinion is based on two lines of reason. The first is the desire to identify the biblical events with historical facts that present some supposed similarity, no matter how vague, with them, like for example the Icsos' invasion, the explosion of Thera's volcano and so on. But no general consent can be reached through this way.

The second reason is based on certain declarations of time given in the Bible itself which, if they are interpreted literally, go back to the beginning of the second millennium B.C. According to Genesis 15,13 and Exodus 12,40 the Jews remained in Egypt for "four hundred years". If we take into consideration the declared ages of the Patriarchs Abraham, Isaac and Jacob (respectively one hundred and seventy-five, one hundred and eighty, and one hundred and forty-seven years) and suppose that the Exodus could be put at the end of the 13th century, the result would be that Abraham would have been born in the 19th century B.C.

The figures referring to the sojourn in Egypt and to the ages of the Patriarchs, however, are quite contrary to all common sense. The Patriarchs and other characters in the Bible were only men, so it is quite unbelievable that they could have lived for such a length of time. Although the "fact" that the Patriarchs lived for centuries may be irrelevant from a religious point of view, it is quite unacceptable to the historian.

In fact, if we then attempt to analyse the narrative from this point of view, the whole thing becomes absurd, even ridiculous, and loses all its value, because the times of the story are enormously stretched out, thus destroying the narrative tissue. But there is no reason why mere numbers should be so emphasized to the detriment of the narrative, which is almost completely linear, showing a oneness and a continuity that cannot be split into separate episodes.

It is even more so since a long series of precise non-numerical and, therefore, more reliable information, is given in the Bible itself, that gives lie to the figures mentioned previously. For example, Genesis 15,13 states that the Jews remained in Egypt for four hundred years. Immediately following, however, Genesis 15,16 specifies that the said period refers to four generations, in complete contradiction to the foregoing figure. The four hundred years' sojourn in Egypt is also contradicted by the genealogies of the leading figures of the Exodus, which includes the fourth to the sixth generation after Jacob. If each generation is calculated on an average of twenty-five years, it is clear that the period in Egypt could not have lasted more than a century.

It, therefore, becomes evident that the figure "four hundred" and those given for the declared ages of the Patriarchs, cannot be taken literally. There are other figures in the text, such as "three", "seven", "forty" and "seventy" which also seem very unreliable, since they appear too frequently in relation to the normal statistical distribution of numbers. We cannot reasonably accept that these figures always indicate exact quantities. Likewise they cannot be rejected out of hand as being unreliable. It is, therefore, necessary to understand why they are used and if they have a precise meaning or not.

A reasonable and quite fascinating theory is that those figures which appear with excessive frequency are used in the same manner and with the same meanings as we use those common terms for indefinite quantities. Therefore, when a figure such as "three", "seven", "forty", "seventy" and "four hundred" appear in the Pentateuch, we have before us an "indefinite quantity", but set within certain limits roughly known to the narrator.

If it we accept that the leading figures in the Bible were in no way different from their contemporaries, it seems obvious that the most reliable criterion for studying the Pentateuch chronology is that based on the genealogy of those biblical characters.

The most numerous, and also the most accurate, genealogies are those referring to the leading figures of the Exodus, in particular the Levites. Aaron, the elder "brother" of Moses, was the firstborn son of Amram and Jochebed Amram was the firstborn of Kohath, he being the second son of Levi, son of Jacob. Jochebed, however, was the daughter of that same Levi and had married the "grandson" Amram, following the custom of marriages between blood-relations. Other similar genealogies are given for various people who had leading roles in the Exodus, such as Korah, Dathan and Abiram (Num. 16,1), the daughters of Zelophehad (Num. 27,1) and so on (see following table).

From these genealogies it's quite evident that the Jews cannot possibly have lived in Egypt more than 100 years.

The genealogical lists, therefore, can be used to reconstruct Pentateuch times, by considering the generations in the same way as the growth-rings of tree-trunks. By connecting together different genealogical lists in which the same persons appear, complete and reliable sequences from Abraham to the kings of Israel (the existence of whom can be accepted without reservation and dated with sufficient reliability), can be obtained.

Obviously, this method cannot guarantee absolute precision but, if the genealogical sequences are not excessively long, any possible errors are sufficiently bounded and in any case do not exceed a few decades. This criterion, therefore, is quite sufficient to set with reasonable certainty the historical period in which the biblical events occur. On this basis then, we can determine relatively simply the period in which certain biblical events took place, solely by making use of the data furnished in the Bible itself.

First, let us try to ascertain the Exodus epoch since this is the central episode of the Pentateuch. We can base the calculation upon the genealogy of David since it is sufficiently complete and reliable. It is listed for the first time in the Book of Ruth (4,18-22), great-grandmother of the king, and confirmed in successive Books.

From this list we learn that eleven generations separate Jacob's son Judah, and David. An important figure mentioned in the list is Nahshon, son of Amminadab, who played a key role in the events of the Exodus (Num. 2,3). Salmon, son of Nahshon but not specified as his first-born, was perhaps born in the Sinai desert and at the time of the Palestine conquest was no more than a young boy. His son Boaz, as portrayed in the Book of Ruth (Ruth 3,7), was well-off and authoritative, but so calm and staid that he was inclined to doze off at times. When he married Ruth he was probably middle-aged, perhaps over fifty. Ruth gave him a son, Obed, who fathered Jesse (it is not known whether he was an only son or one of many). David was Jesse's eighth male child (1 Sam. 16,10), born, therefore, when his father was well on in years. Solomon entered the world when his father David was no longer young (1 Sam. 12,24).

On the basis of these considerations we can calculate fairly approximately that between the Exodus and the birth of Solomon, a little more than two hundred years passed. Since we are reasonably certain that Solomon was born about 1000 B.C., we can calculate with equal certainty that the Exodus took place around the end of the 13th century B.C. We can arrive at the same conclusion on the basis of the genealogies of Saul and Samuel (see the following table).

The Stele of Israel

The name Israel, mentioned in a hymn of victory on the Merenptah stele (1220 B.C.) -- Egyptian Museum, Cairo Having established the period in which it occurred, we can more precisely fix the date of the Exodus by making full use of the frequent and numerous references in the Bible itself. In the 13th century B.C. Egypt was ruled by only two Pharaohs: Rameses II, who reigned for no less than sixty-six years, and his son Merenphthah, who held the throne for a further ten years. The last rulers of the 19th Dynasty were quite insignificant, reigning for very short periods over an Egypt which was in total chaos. This makes the task to identify the rulers mentioned in Exodus sure and simple, since the Bible refers only to two. The first used the Jews as an unskilled labor force to help build the cities of Pithom and Pi-Ramses. This same Pharaoh persecuted Moses, forcing him to flee to the Sinai where he found refuge with Jethro the Midianite. There seems no doubt that he was Ramses II and in any case this conclusion is consistent with a long and well-founded tradition.

We read in Exodus 2,23 that following the death of the Pharaoh who had persecuted him (i.e. Ramses), Moses returned to Egypt and together with Aaron began at once to organize the flight of the Israelites from Egypt. Because of its general complexity and slow pace of establishing the necessary contacts, the organisation of the whole enterprise must have required a period of not less than two or three years. The Jews took forty-four days (Num. 33,3 Ex. 19,1) to go from Pi-Ramses to Mount Sinai and remained there for just less than one year (Num. 10,11).

A few weeks after their departure from Sinai, as soon as Joshua had returned from his reconnaissance mission in Palestine, the Jews suffered a serious defeat at the hands of the Canaanites near Kadesh-Barnea (Num. 14,15 Deut. 1,44). By an extraordinary coincidence, there is a similar historical account in the "Stele of Israel", so-called because for the first time in history the name "Israel" appears. In this stele Merenptah, Ramses' successor, celebrates victories gained over the Libyans, who, in the fourth year of his reign had invaded the Nile Delta. On the same stele there is a list of victories over rebel populations in Palestine, which then was still part of the Egyptian Empire.

Merenptah almost certainly never left Egypt and, therefore, these victories were clearly gained by his generals or by populations subject to him, such as the Canaanites (8). The victory over Israel occurred before the end of the fifth year of Merenptah's reign since the Jews had left Egypt less than fifteen months before this, the Exodus must have started between the second and the fourth year of Merenptah's reign.

The absolute date of the beginning of Merenptah's reign

Let's then open a book of ancient History and find out when Ramses and Merenptah reigned. Unfortunately, we find different dates for Ramses' death. The Egyptians counted the years separately for each pharaoh, thus we know that a certain event happened in such year of a such pharaoh, but normally we are not able to link this year to an absolute date, unless there are references to some astronomical event that can be dated with precision. For what concerns Ramses II, scholars are undecided between two precise dates: his coronation must have happened either on 1304, either on 1279 b.C.. The calculations have been made on the base of a sequence of lunar months, listed in the Leiden papyrus, concerning the 52nd year of Ramses. That sequence recurs every 25 years and in the XIII century b.C. it occured on 1278, 1253, 1228 and 1203. The first and the last can be disregarded, being not compatible with the Egyptian chronology Ramses II died 15 years later, therefore either on 1238, or on 1213 b.C.

There is a difference of 25 years among these. We cannot ignore a third date, the 1224 b.C., that the Cambridge's school proposes as possible, even if not really probable. It is important to note that the exact date of Ramses' death is one of these three and not any intermediate year among the twenty-five. The Exodus of the Jews from Egypt, therefore, must have taken place in one of the following periods: either in 1236/1234, or in 1222/1218 or even in 1210/1208 B.C. The calculations made on the basis of David's genealogy would tend to favour the last of these three figures but in any case the difference is not so great as to exclude the other two. Let's find out which is the correct one.

The Egyptian calendar

The Jewish Easter (Passover) is celebrated today on the first full moon of springtime. It's unanimous opinion, therefore, that the Jews' exodus from Egypt begin in this period of the year, at the beginning of spring.

However, by examining the Bible, we can assert with certainty that this tradition is incorrectly based. First of all, we note that the Jewish custom of celebrating Easter, after a long period of suspension, was revived only after they returned from exile in Babylon. During this exile they not only adopted the Babylonian calendar, which began with the new moon closest to the Spring equinox. Since the Bible stated that Easter was to be celebrated on the fourteenth day of the first month of the year (Lev. 23,5 Nm. 9,3-5 28,16 33,2 etc.), from that time on Easter was fixed to coincide with the first full moon of Spring.

The Exodus Jews, however, came from Egypt and at the time of the narrated events they almost certainly followed the Egyptian calendar.

According to most texts, the ancient Egyptian calendar was based on a 365 days "vague" year, with 12 months of 30 days plus 5 extra days. This calendar shifted of one day every 4 years, so it couldn't keep any correspondence with the seasons. It was a strictly religious calendar, with no use in the civil life. For this purpose a lunisolar calendar was in use, based on the lunar months (we have seen this in the Leyden stele, for the 52nd Ramses' year), which maintained a strict relation with the seasons.

The Egyptian civil year begin in coincidence with the Niles' flood. The river’s level begin to rise around mid June in the region of Assuan and towards 20-25 in Memphis, at the southern end of the Delta. At the end of June the flood had reached all the Delta, through its canals. The Egyptian civil year, then, begin in June, either the 15 or the 21, the solstice's date.

The solstice, in any case, was the date of reference for the beginning of the Jewish lunisolar calendar, whose first day fell necessarily on a new moon. With all probability it was the new moon immediately preceding the summer's solstice. Fourteen days later it was the nearest full moon to the solstice, which was initially the recurrence of Passover.

Epoch of the Exodus

The fifteenth day of the year, when the Jews departed from Pi-Ramses, must have been in June (Nm. 33.3).

Various reasons support this statement. The first is that some of the events that preceded the Exodus are datable for example, the seventh plague -- the hailstorm -- is dated with a maximum margin of error of a week. It occurred when "the flax was blooming and the barley already twilled," but not yet the wheat (Ex. 9.31-32) clearly this was at the beginning of April. After this, three more plagues occurred. The Exodus, therefore, took place some time later it could hardly have happened during the first full moon of Spring. Other biblical indications conflict with a departure at the beginning of Spring, but there is one that puts it definitively in June. It is reliable evidence because it dates from a period very near the events in question the Bible states it clearly in the Book of Joshua.

Joshua began the invasion of Palestine during the harvest period (Josh. 3,15 5,11). In the Jordan Valley, today, the grain harvest occurs during the second half of May. Taking into account that nowadays the tendency is to cultivate early varieties and to thresh as early as possible, we are reasonably certain that the harvest in those times did not take place before the end of May. Joshua crossed the Jordan on the tenth day after the beginning of the year (Js. 4,19) five days later he celebrated Easter (Js. 5,10). There can be no doubt -- it was in June. Exactly fifteen days later came the recurrence of the crossing of the Red Sea -- in the second half June.

The crossing of the Red Sea

The main reason why modern Scriptural Scholarship rejects an effective historical content of the Exodus narrative is that the Israelite crossing of the Red Sea, in the manner described, is presumed to be impossible.

As a matter of fact, at first sight the crossing appears to be so completely outside the bounds of possibility, that all the scholars have rejected it out of hand, preferring to dedicate their research to other alternatives. However, a more detailed examination of the question reveals this position to be hurried and unjustified. Surprisingly, in fact, the only way to provide a rational explanation of this episode is that we not reject one single piece of indication given in the Bible. Of course the Bible relates the facts as they were experienced and understood by the people involved they were unable to provide a rational explanation of what happened and, therefore, could only attribute it to divine intervention. But they must have reported the facts in a true and precise manner. The essential facts of their story are these:

    the Jews crossed over in the midst of a real sea, having water both on their left and on their right (Ex.14,22).

These are the main points of the biblical narrative, which are repeated and confirmed time and time again in a wide range of contexts. They must, therefore, be the facts exactly as they happened. On the basis of this narrative, there are no alternatives: the Jews have crossed the Red Sea along the shoals across the Gulf of Suez. Moses' escape plan had to be based upon elements about which he was absolutely certain it is unreasonable to suppose that he could or would count on accidental happenings beyond the norm. Not one of the Jewish tribal chiefs would have been prepared to risk the lives of his people and his own by following Moses just in the hope that one day or another a wind would arise strong enough to dry up the Red Sea or any other stretch of water. and that such a wind would last just long enough to allow his people to cross, graciously dying down as soon as the inevitable pursuers reached the middle of the crossing. This is a widely spread theory, but it is quite absurd.

Moses must have had knowledge of some Red Sea phenomenon that existed at that time but does not happen now. The epoch in which these events occurred is very important to this analysis: it was said to be in the third or fourth year of the reign of Merenptah, towards the end of the 13th century BC, more than three thousand years ago. So, what was different then, compared to modern times? A seemingly insignificant fact: the sea level all over the Earth (and therefore also in the Red Sea) was 3 to 5 meters lower than it is today, due to remaining Pleistocene ices. A glance at a nautical chart (see following picture) permits us to understand the significance of this fact. The Suez Bay, at the extreme northern end of the Red Sea is, so to speak, obstructed by a line of sand banks running from point Ras el-Adabiya on the western side and East-North-East towards the opposite shore. It is a more or less continuous cordon (now broken by a canal which has been dredged to allow navigation), with a depth of no more than 6 meters. In Moses' time that same line of sand banks, "anchored" to a series of barely emerging rocks, was probably only a couple of meters below the surface, perhaps even less. It is quite likely that at maximum low tide they emerged, making it possible to cross the bay from one shore to the other

. This phenomenon could only occur at maximum high and low tides, when the moon and the sun are in conjunction -- during the new moons. Since this phenomenon had scant practical value, probably no one prior to Moses bothered to establish its cause, duration, or recurrence.

Moses must have come to know this phenomenon during his flight into the Sinai (Ex. 2,15) it must have impressed him so much as to induce his return year after year in order to study it more thoroughly. It should not have been difficult for him to understand the mechanics of it, closely bound as it was to the lunar phases and solar movements. In order to complete his plan Moses had to know the day and hour in which the sand banks would emerge, and the hour in which they would again disappear.

Some collateral factors that he had certainly taken into account assumed very important significance. The moonless night, for example, allowed the Jews to move without being seen, but could also present a serious obstacle to their march across the sand banks -- except, the warm waters of the Red Sea teemed with luminescent organisms, excited by the strong nocturnal breeze and breaking waves, which traced out the route without need of artificial light. The wind, therefore, without having any influence whatsoever on the tide, assumed a fundamental importance.

Once we accept that the sand banks in the Suez Bay emerged during the lowest tides, it becomes relatively easy to grasp the essentials of Moses' plan. If we follow faithfully the indications in the Bible, aware that every single minute detail of the narrative has been handed down strictly in accordance with its importance, and must, therefore, have a precise rational explanation, it becomes clear.

To conclude: the Jews crossed the Red Sea along the sand banks of the Suez Bay, a distance of little more than 5 kilometers. Since they were unaware of the mechanics that made this possible, it must have seemed to them a most extraordinary miracle. In the darkness of the night they could just glimpse the waters, thanks to the weak micro-organic luminescence and the whiteness of the breaking waves the optical illusion of two walls of water on either side must have been perfect. One wonders how terrified they must have been as they made that crossing!

The Egyptians rushed in along the same route. Moses must have calculated the exact moment. He had estimated their reaction time and the period they required to prepare for action. Somehow he had lured them on the shoals at the right moment it was essential that the Egyptians were in the middle of the gulf when the high tide would resubmerge the sand banks.

By dawn the Egyptians would have covered the 5 kilometers that separated the two shores in no more than half an hour. The success of Moses' entire plan and the destiny of the Jewish people depended upon that crucial half hour.

If the Egyptians had arrived at the bay too early, they would have been in time to reach the far shore if too late, they would have found the sand banks already submerged, in which case they would have rounded the gulf and reached the Jews after a few hours. In either case the reprisals would have been terrible. Israel would have paid a high price for the escape attempt, and for Moses and his companions it would have been the end.

It was a very great risk, well calculated but with a very narrow safety margin. However it is viewed, this was an enterprise of breath-taking audacity. Moses pulled it off the Egyptian army was annihilated. The bodies of the drowned troops were spread along the shores of the Red Sea for many kilometers (Ex. 14,30), tangible evidence of the power of Jahweh and of his earthly spokesman Moses. The Jews were free to go on their way undisturbed through the desert, towards a new life and a new destiny. The chronological aspects of this episode are clear and precise. They crossed the Red Sea in the pitch dark, in a moonless night. It was therefore 14 days after the departure from Pi-Ramses at the end of the first lunar month of the year. During that night there was one of the highest tides of the year, what occurs during the new moon nearest to the 21st of June, when the water of the Red sea is already warm and swarming with phosphorescent micro-organisms.

The Exodus Itinerary

The Bible offers a number of precise temporal and topographical information also for the month after the crossing of the Red Sea. This allow us to reconstruct the day by day itinerary from the Red Sea to Mount Sinai in a very precise and reliable way. Provided, of course, that we know were exactly Mount Sinai was located. On this point the Christian tradition, which identifies the Biblical Sinai with St Catherine Mountain, on the southern tip of the Sinai peninsula, is useless. No archaeological remains previous to the 4th century a.D. has been found in this area, and there isn't the slightest correspondence between this mountain and the biblical account. For these reasons several scholars have proposed different locations for the holy mountain. The one that appears to be more fitting to this account is Har Karkom, a mountain in the Negev desert, Israel, discovered by Prof. Emmanuel Anati on 1980. Almost certainly the Jews were directed to that mountain, where an impressive amount of archaeological evidence of the Bronze age perfectly fits with the biblical account.

The Jews in their thousands (a fairly precise evaluation puts their number around 30/35 thousand persons. The figure of 600.000 that we very often find quoted is the result of an error of interpretation. The Bible speaks of "600 elef", were the word "elef" has a double meaning: "thousand" and "chief". The 600 "elef" were the descendants of Jacob, who possessed the goods and servants of the Jewish tribes, each of which numbered from 2 to 3 thousand people), with all their wagons, supplies, household goods and livestock, could not possibly have taken any secondary routes, along difficult tracks without a plentiful supply of water. Moses, therefore, was forced to lead them along one of the major passable wagon tracks, which joined Egypt with Palestine across the Sinai Peninsula.

At this point we know a large number of dates and facts regarding the itinerary and it is clear that a faithful reconstruction of it must correspond exactly to all of them:

    the date and place of departure (Pi-Ramses, the fifteenth day of the first month)

With the help of these data, the Exodus route can be easily retraced day by day, exactly and with certainty. After the Red Sea crossing the Jews had to stop for the whole day at the Ayun Musa wells, just in front of the shoals, in order to water and refresh the livestock and to replenish their own supply. There they celebrated the miraculous passage with dances and singings. Then they moved off northwards into the Etham desert until they reached the track that took them towards Palestine.

It took them two days to reach Bir el Mura, the biblical "Mara", some 20 kilometers away. Like with other oasis in the Sinai bearing the same name, Bir el-Mura has wells containing very bitter water, and something approaching a revolt almost broke out as a result (Ex.15,24). From there, the Jews pressed on toward Palestine at a forced rate of march. It took them three days to get from one oasis to the next and at each one they rested for a whole day. These are the stages of the journey referred to in Numbers 33.

They left Bir el-Mura on the morning of the fifth day, crossing the Mitla Pass on the sixth and reaching Bir el-Tawal during the afternoon of the seventh. Bir el-Tawal is identifiable with the biblical Elim, an oasis with twelve wells and seventy palms, where they rested for the whole of the eighth day. They left again on the morning of the ninth and reached the following oasis, Bir et-Temada after the usual three days' march, on the eleventh day of the month. The daily average for this first stretch was 13-14 kilometers. Bir et-Temada presented a vast expanse of marshy ground invaded by reeds (still visible today by means of Google Maps), from which the biblically attributed name "Yam Suf", Sea of Reeds (the same as the Red Sea), is derived.

Following the usual one day's rest, the Jews set off again on the morning of the thirteenth day, arriving with the full moon at Bir Assane, an oasis which today still maintains its biblical name: the Sin Desert. Exodus 16,1 reports that this was on the fifteenth day of the second month.

According to the biblical narrative, the journey required fifteen days between the Sin Desert and Mount Horeb, including three intermediate stops: Dophcah, Alus and Rephidim. The latter was situated no more than 10 kilometres from Mount Horeb, since the distance between the two was covered in less than a single day (Ex.19,1). We, therefore, have a total of ten days' march, during which the Jews could not have covered more than 150 kilometres. On the basis of these limiting factors there could be no alternative: they must have followed the track to Kuseima. After three days' march they reached the oasis of Bir el-Hadira, the biblical Dophcah, where they remained for the entire twentieth day.

On the morning of the twenty-first day of the second month, they set off from Bir el-Hadira. Toward the end of the following day they reached a fork: the north-east track goes on to Kuseima and Palestine on the right, to the south-east, there is a ten-kilometer secondary track to Darb-el-Aza, the high road that descends directly to Eilat on the Gulf of Aqaba. The Jews turned right and that same evening set up camp along the Darb-el-Aza, at Bir Sheida.

They proceeded down the Darb-el-Aza during the whole of the twenty-third day of the month, reaching Riyash, the biblical Alus, situated on the bed of a wadi that still keeps its ancient name: Lussan. They departed Riyash on the morning of the twenty-fifth day and at once left the Darb-el-Aza, moving into the Paran Desert in the direction of Har Karkom. They travelled about forty kilometres, and in the afternoon of the twenty-seventh day of the second month they arrived at Beer Karkom--a locality seven kilometres from Har karkom, which Dr. Anati, on the basis of significant archaeological evidence, has identified with the biblical Rephidim.

The following day the Jews sustained their "baptism of fire," clashing with a local tribe of Amalekites. The battle lasted until the evening (Ex.17,8-13). The hard-won victory over the Amalekites, who were completely wiped out (Ex.17,13), enabled Israel, on the twenty-eighth day of the second month, to take over a territory which, although a desert area and small, constituted a secure base in which they could become organized for the next conquest without being disturbed.

The two days following the battle were spent burying the dead, medicating the wounded, and dividing the spoils of the vanquished. On the first day of the third month, they left Rephidim and in the afternoon they set up camp on a vast plain at the foot of the Holy Mountain. They stayed there for a whole year, during which Moses went from being a simple guide, to become the undisputed head of the "Chosen People" and changed the course of History.

In the following map is represented this first part of Exodus' itinerary, which is in perfect agreement with the biblical account.

Synthesized below is the entire itinerary, showing the various legs of the journey, the duration of each march and the stops with the respective dates (the dates emphasized are those reported in the Bible or confirmed as certain ):

Month List of legs of journey (Num. 33) Day of arrival Stop over (days) Day of departure Duration of journey (days)
1st Month Pi-Rmses (days) 15th 7
Succot 21 2 (days) 24th 3
Etham 26 2 (days) 29th 1/2
Gulf of Suez (Crossing Red Sea by night) 29th 1/2 (days) 29/1st 3 hours
2nd Month Mara (Bir el-Mura) 3rd 1 (days) 5th 3
Elim (bir et-Tawal) 7th 1 (days) 9th 3
Yam Suf (Sea of Reeds) 11th 1 (days) 13th 3
Deserto di Sin (Bir Assane) 15th 1 (days) 17th 3
Dofca (Bir el-Hadira) 19th 1 (days) 21st 3
Alus (Riyash) 23rd 1 (days) 25th 3
Refdim (Beer Karkom) 27th 3 (days) 1st 1/2
3rd Month Sinai (Har Karkom) 1st (days)

The "plagues" of Egypt

Having established the time of the year in which the Exodus took place, the next step is to discover the precise date. Incredible though it may seem, the Bible itself provides evidence which makes it possible to determine not only the year, but the exact day on which that event--the crossing of the Red Sea so fundamental to the history of the Jewish people and perhaps the most important in all human history -- occurred. It all hinges on whether a certain interpretation of the ninth "plague" is exact or not, that is, the "three days of darkness" that fell upon Egypt (except, of course, where the Jews lived).

Most historians view the accounts of the ten "plagues" with scepticism since they are not reported in the Egyptian chronicles. It would indeed be surprising if such a correlation were to be found. When the Bible speaks of the "land of Egypt", it normally refers to that part of Egypt where the Jews lived. Therefore, the "plagues" were certainly local happenings that involved villages and the countryside around Goshen, and could not have been referred to the Court for insertion in official chronicles.

The plagues were for the most part quite banal happenings that, in any case, recurred often in Egypt. To call some of these happenings "plagues" is ridiculous. In any case all were exaggerated beyond measure. One example can serve for all: the hail. At first, it is described as a scourge never before seen, that cut down men, animals and every kind of tree (Ex. 9,24-25). Then later the truth surfaces: the wheat was not damaged at all, because. it had not yet come into ear! (Ex. 9,32). A normal springtime hailstorm.

The Egyptians certainly were not even aware they were being subjected at that time to so many extraordinary calamities they were so only in the minds of the Jews. The latter were not able, on the other hand, to ascertain the true extent of these plagues, for they were, of course, regularly exempt from them: this was all part of the marvel.

The final "plague", the most terrible of all -- the death of all the Egyptian firstborn sons -- was probably no more than the chance death of a single firstborn: that of the Egyptian Governor under whose control the Jews lived, and who was, therefore, given the title of Pharaoh (Ex. 4,23). The child died the same night that the Jews prepared for the departure. The following morning, while they were setting out, the entire city echoed with cries and mourning lamentations. No one turned back to check who had really died.

It appears fairly evident from reading the biblical text, that the ten "plagues" did not have the slightest influence upon the Egyptians' decision to authorize the Jews to go out into the desert to make sacrifices to their God (but never did they authorized the Jews to leave the country). The supposed plagues did, however, convince the Jews to depart--to leave a situation which was, after all, fairly comfortable and safe and to embark on a risky adventure (Ex.16,3). Little did they realize what they would encounter and how long they would regret that decision!

All the so-called plagues refer more or less to extraordinary events that really occurred, but which in some cases are highly exaggerated. Such was the case with the hailstorm (Ex. 9,24-32).

The question is how can we interpret the "thick darkness in all the land of Egypt for three days. (but all the children of Israel had light in their dwellings -- Es. 10, 22-23). The most plausible explanation, the one that seems to be the most sensible, is an eclipse of the sun. This is an event which is quite extraordinary, but not sufficiently so to be defined as a "plague" to become so, the duration would have to be prolonged to an extreme. In fact it became three days, where "three" is clearly a period of indeterminate length.

The eclipse occurred when the sun and moon were in conjunction, that is, during a new moon. Since this was after the seventh plague, which occurred at the beginning of April, it must have been the new moon immediately preceding the one that started the first year of Exodus. This puts the time frame at the end of April, or in the first half of May.

The interesting thing about eclipses is that the dates can be calculated exactly, even those in very remote history. Therefore, we need only ascertain if in Egypt, in what was most probably the time of the Exodus, there was actually a total eclipse of the sun, and then calculate the exact day. The Jews crossed the Red Sea two months later.

Solar eclipses at the end of the XIII century B.C.

On October 2006 NASA published a "Five Millennium Canon of Solar Eclipses: –1999 to +3000 (2000 BCE to 3000 CE)" ( NASA/TP--2006--214141--October 2006 Fred Espenak and Jean Meeus).

Five solar eclipses occur in Egypt during the time frame we are interested in (see following pictures).

For each eclipse an orthographic projection map of Earth shows the path of the Moon’s shadows with respect to the continental coastlines. The dotted lines delineate the locus of all points where the local magnitude at maximum eclipse is equal to 0.5.

Underneath the maps, the maximum possible error in longitude is indicated, due to the fact that the secular variations of Earth's speed of rotation are not known with absolute precision. At the most for these eclipses it can be of 4.7°, which means that the actual path could had been shifted right or left for no more than 4.7°.

To the top right are the dates of the eclipses. A few essential remarks need to be made, in order to understand the correct meaning of those dates:

1) All eclipse dates from 1582 Oct 15 onwards use the modern Gregorian calendar currently found throughout most of the world. For eclipse dates prior to 1582 Oct 04 the older Julian calendar is used.

2) The Julian calendar does not include the year 0, so the year 1 BC is followed by the year 1 a.D. This is awkward for arithmetic calculations. In this publication, dates are counted using the astronomical numbering system which recognizes the year 0. We have to take into account the numerical difference of one year between astronomical dates and b.C. dates. Thus, the year 0 corresponds to 1 BC, and the year -100 corresponds to 101 BC, etc., and the historical dates of the 5 eclipses of the maps are respectively: 1236, 1223, 1218, 1211 and 1208 b.C.

3) A further consideration is important in our case, where the relation between the date of the eclipses and the solstices is relevant. Under this respect the Julian and the Gregorian calendars coincide only for the period around the Nicea's Council, on 325 a.D. (pope Gregory XIII's reform was set up to reproduce the astronomical situation at the time of that Council, when the rules for the calculation of the Christian Easter were agreed).

When Jules Cesar, on 45 B.C., started the calendar named after him, the summer and winter solstices fell respectively on 24 June and 25 December, three days later than in the Gregorian calendar, due to the fact that the Julian year is a little bit longer than the Gregorian. As we go back in time, the delay gradually increases to reach 12 days at the exodus' epoch.

We have therefore the following equivalence between the astronomical dates of our eclipses and the actual dates:

astronomical date historical date day of Gregorian calendar
- 1235 May 26 26 May 1236 B.C. 14 May
- 1222 Mar 05 5 March 1223 B.C. 21 February
- 1217 Jun 05 5 June 1218 B.C. 06 July
- 1210 Jul 18 18 July 1211 B.C. 06 July
- 1207 May 16 16 May 1208 B.C. 04 May

All five these dates fall within the time period we are considering. If Ramses II died the 1st of September, as it appears probable, Merenptah ascended the throne at least three months later, when his father was definitely buried. The Egyptians used to count the years of a pharaoh starting from the year following the death of his predecessor, including into it the months from the death to the end of the year.

For our calculations, then, we have to assume that the first year of Merenptah started in June of 1237, or 1223 or 1212 b.C. The account of the ten plagues should provide sufficient indications to decide which is the correct date among these three.

The 7th plague, the hail, we said, occurred not before the beginning of April, therefore excluding the eclipse of the 5 March 1223. The eclipse of 5 June 1218 is too late if it was the correct one, in fact, the Jews would have been defeated on September 1217, at the beginning of the 7th year of Merenptah, well after the stele of the 5th year was engraved. The eclipse of 18 July 1211 b.C. is not compliant with the indications of the Bible, which place Passover in June, while in this case it should recur in August.

Only two dates, then, are left fitting with both, the indications of the Bible and of the stele: 26 May 1236 and 16 May 1208 B.C. According to the first the exodus should have started in June 1236, at the beginning of the second year of Merenptah, while the second would make it start in June 1208, at the beginning of the fourth year.

Both dates fit with the indications of the Bible and the archaeological evidence, because in both cases the defeat of Israel would have happened well in time to be reported on the Stele of the 5th year of Merenptah. There are, however, a few points that make us decidedly incline for the second. First, the organization of such a complex operation like the exodus of an entire population required time. Communications were slow. Moses had to be informed, in the Sinai desert, that Ramses was dead and that he was no more "wanted" (and this could have happened only after Merenptah replaced the previous officials in Pi-Ramses). He had to come back to Egypt, meet the chiefs of the Jewish tribes and convince them to put their lives and their properties at stake in the risky adventure he was proposing. They had to agree a plan, to sell real estates, provide the logistics for a long trip in the desert and so on. It's highly improbable that all of this could have happened in only one year.

Second, from the map of the 1236 eclipse, we can clearly see that Egypt was only marginally interested there are indeed good probabilities that it was not at all touched. On 1208, instead, the eclipse in Egypt had certainly a magnitude more than 80%, and the light of the day was almost completely darkened for several minutes. Third, with this date the exodus of the Jews would have started three and a half years after Ramses II’s death, a reasonable time for its organisation. Fourth, the calculations based on the genealogies of David, Samuel and Saul are consistent with the later date. Finally, we have to consider that most Egyptologists agree that the most probable date for the death of Ramses II is 1213 b.C.

Everything, therefore, combines in a convincing way with the theory that the ninth "plague" of the Bible, the darkness, was the exaggerated account of the solar eclipse that obscured Egypt on 16 May 1208 B.C. (corresponding to today's 4th of May).

Exodus' precise chronology

The Jews left Pi-Ramses the "15th day of the first month" of the Egyptian lunar civil year. The beginning of the first month was coincident with the new moon immediately following the eclipse, that is on 15 June 1208 b.C. (corresponding to today's 3d of June). The exodus, then, started on 30 June (18 of today), with the full moon, and 14 days later, during the new moon, the Jews crossed the Red Sea. It was the night between the 14 and 15 of July of 1208 B.C. (2/3 July of today), one of the most important dates in human history.

Thirty days later, "the first day of the third month" (Ex. 19.1), that is the 3d August 1208 (corresponding to today's 18 July) B.C., the Jews set camp at the feet of the Holy Mountain.

The Egyptian lunar calendar was probably like the Jewish calendar of today, where the pace with seasons is maintained alternating one or two years with 12 lunar months and one year with 13. As the 3d of June is an "early" date with respect to the solstice, it's probable that the first year of the exodus was made up by 13 lunar months. Therefore the second year must have started the 22 of June (3 July 1207 B.C., in Julian date), the very day Moses raised for the first time the Tabernacle (Ex. 40, 20).

On 21 August 1207 B.C. (today's 9 August), the "20th day of the second month of the second year" (Nm. 10,11), the Jews left the Holy Mountain, never to come back again. This is the last date that we can calculate with precision on the base of the biblical account.

From Mount Sinai [right] (Har Karkom) the Jews went north, towards Kades Barnea. A few days later the biblical chronicles registered a fact that made a long-lasting impression on the Jews and it's still provoking fierce debates amongst the scholars: "a wind from the Lord brought quails from the sea, and let them fall beside the camp. and the people gathered the quails and eat them". As a result an epidemic broke out in which many people died. The dead were buried on the spot, and these graves gave the place its name, Kibroth-Hattaavah, 'Graves of Craving or Appetite', (Nu. 11:34 33:16 Deut 9:22), the first stopping place of the Israelites after they left Sinai.

This episode is quite relevant as chronology and geography are concerned.

The quails (Coturnix coturnix) are migratory birds which habits and characteristics are remarkable. They winter in Central Africa and at the beginning of spring they fly north returning to Europe. Three major migratory flight ways have been established for these birds. One group in West Africa flies over the Sahara desert headed for the Iberian peninsula, the second group flies over the Sahara headed for Italy, the third group follows the Nile and goes north across the Sinai headed for Greece and the Balkans. In the Fall the quails go back the same way, in migratory waves that start in August and go on until October. A strange characteristic of this bird is that during his migrations, due probably to some seeds they feed on, their meat become toxic and produce, when eaten, a sort of poisoning named "coturnism" , that causes some people to be afflicted with sharp pains in the bowels and extremities and even to die in the worst cases.

This is indeed what happened to the Jews, who after they had eaten the quails were struck by a "plague", which provoked many victims. A fact that has always puzzled the scholars who place the exodus at the beginning of spring and in the southern part of the Sinai peninsula. During the spring migration only the western group of quails, heading from West Africa to the Iberian peninsula are poisonous. The situation is reversed for the eastern group of quails it's only the south-bound birds, heading from Greece to Sinai that are poisonous.

The fact narrated in the Bible, therefore, can only have happened in the northern part of Sinai, during a period of time between August and October. Which is in perfect accord, both from a chronological and geographical point of view, with the theory that we have developed so far. The Jews left Har Karkom, mid way between the Gulf of Aqaba and the Mediterranean, in a date corresponding to today’s 9th of August, the actual period when the quails' migrations, that from Greece downpour over the Sinai Mediterranean coasts, start. According to the account, the Jews met the quails after a few days they left the Holy Mountain, therefore around mid of August (in actual date). Everything fits.

After Kibrot Hattahava, the Jews went to a place called Hazerot, from where they left after a little more than a week, to put the camp at Kadesh, in the Paran desert (Nu. 12, 16 13, 25). It "was the time of the first ripe grapes" (Nu. 13, 20), and therefore the end of August or beginning of September.

From Kades Moses send Joshua with eleven other people on a reconnaissance mission through Palestine. The Bible says that Joshua came back after "forty" days, but in reality he had to stay away for the time strictly necessary to reach Ebron (Nm. 13, 22) and return: a couple of weeks, at the most. He came back around mid September, loaded with products typical of this period, grapes, figs and pomegranates (Nm. 13, 23).

A few days later the Jews, against Moses' will, made a first attempt to invade Palestine, directing north towards the Negev, but they were severely defeated by Amalekite and Cananean populations (Nm. 14, 42-45 Deut. 1, 41-45), certainly faithful to the pharaoh. Good news for Merenptah, who was then struggling to drive back an invasion of Libyan populations. It's the victory won by the Egyptians against Israel named in the famous stele. It was around mid September 1207 B.C., in the fourth month of the fifth year of reign of Merenptah. At the end of that same year the stele celebrating Merenptah's victories was engraved.

The conquest of Palestine

The Bible gives scant information about the years following the Jews' defeat: only a list of "legs" (Nm. 33), from which we have to deduce that they headed south, into a Midianite territory, where they probably stayed for all the "forty" years (Dt 1,3) that the tradition says they spend in the Sinai desert. "Forty", as in all other verses where this number is used, clearly indicates an indefinite quantity, therefore the years they spend in the desert had actually to be much less. How many, precisely, we'll see very soon.

Precise information of a chronological type resurface in the Bible only in the imminence of the military campaign carried on to conquest Palestine. "And it came to pass in the fortieth year, in the eleventh month, on the first day of the month, that Moses spake unto the children of Israel, according unto all that the Lord had given him in commandment unto them" (Dt. 1, 3). We do not know the year when this happened, so we are not able to transform this information into a precise date what we know for certain is that it was the day of the new moon in April. In that moment Israel was camped in the Moab valley, on the eastern side of the Jordan river, in front of Jericho that stood on the other side of the river.

In that same day Moses convened an assembly of all Israel and pronounced a great speech (quoted in the book of Deuteronomy), at the end of which he took leave from the people, moved up to Mount Nebo and . died. A mourning of thirty days followed (Dt. 34, 8), after which Joshua made the last preparations for the invasion of Palestine and send two men in reconnaissance mission to Jericho. It was the beginning of the 12th month of the year, in may. A few weeks later Joshua crossed the Jordan river. It was "the time of harvest" (Js. 3, 15), therefore end of May, beginning of June. The "people came up out of Jordan on the tenth day of the first month, and encamped in Gilgal, in the east border of Jericho" (Js. 4, 19), and "they kept the Passover on the fourteenth day of the month, and they eat of the corn of the land on the morrow after the Passover" (Js 5, 10-11), it was the full moon nearest to the 21st of June.

Then the military campaign to conquer Palestine started, which had to be concluded before the end of summer, with the partition between the Jewish tribes of the conquered territories. By autumn each tribe had taken possession of its "inheritance" and finally, after a summer of slaughter and destructions, order and peace were restored in Palestine.

Chronology of the conquest

The "seasonal" frame of the conquest is quite correct and precise, based on a number of elements provided by the Bible. To calculate the precise year, however, we have to look at the historical records of that period for that area. During the reign of Merenptah Palestine was firmly under Egyptian control and we know for certain, both from historical and archaeological evidence, that it was still so at the time of Ramses III, the second pharaoh of the XX dynasty.

In the 8th year of his reign Ramses III carried on a great military campaign in Palestine, to stop a horde of the so called "people of the sea", Pulasti, Sicala and Sardana, who had settled along the coast of southern Palestine and threatened to invade Egypt.

The People of Sea were defeated and Egypt's invasion averted, but Ramses had to accept the permanent settling of the Pulastis (Philistines) in four towns of the fertile coastal plain of Southern Palestine, Gaza, Ashcalon, Ashdod and Ekron. On that occasion Ramses built a series of strongholds along the road to Egypt, and established Egyptian governors on several Palestinian towns, as testified by numerous archaeological findings bearing his name.

From the book of Joshua we know that several of these towns, like Ghezer, Lakis and Megiddo, had been destroyed, or depopulated, by the Israelites during the conquest. This necessarily means that Joshua invaded Palestine before the settling of the Philistines and therefore before the 8th year of Ramses III. As the Jews had to sojourn in the Sinai desert for at least 15 years, the chronological window is rather narrow and we can further reduce it through simple considerations.

First, we cannot possibly believe that the Israelites could have had conquered Palestine fighting directly against its legitimate "owners", the Egyptians, and even less against Ramses III, who was the most powerful sovereign of that time. Certainly they had to enter the land during a period of temporary eclipse of the pharaohs' power in Palestine, or rather with the consent or even with the support of the pharaoh himself.

After the death of Merenptah, on 1202 b.C., Egypt went through a gloomy period, during which inept sovereigns succeed each other on the throne, who let the land fall into disorder and chaos.

XIX DYNASTY Merenptah 1212 - 1202 b.C. Amenmesse 1202 - 1199 b.C.

Merenptah Siptah 1193 - 1187 b.C.

Tauseret regina 1193 - 1185 b.C.

XX DYNASTY Sethnakht 1185 - 1182 b.C

Egyptian chronology of the Exodus' years (by Von Beckerat)

The chronicles of that period are reported in the "Harris Papyrus I" [right], written during the reign of Ramses III. They portray an apocalyptical picture of Egypt's situation during the reign of the last four pharaohs of the XIX dynasty, when the nation was left to be a prey to anarchy, plunder and widespread destruction.

If this was the real situation of the country, it's difficult to believe that Egypt could have maintained control of Palestine we have to presume that it was left to itself, with no military garrisons, which had to be withdrawn to support the intestine conflicts in the motherland. All the towns of Palestine suddenly found themselves free and in charge of their destiny, but at the same time they were left without any protection and exposed to be assaulted by relatively weak enemies like the Israelites.

We can therefore presume that Israel took advantage of the absence of Egyptian military forces in Palestine, for invading it and conquering large extensions of territory, during the reign of Siptah or that of the Queen Tauseret, between 1193 and 1185 b.C., relying on the inertia of the pharaoh, too busy with his domestic problems. They certainly couldn't rely, however, on an indefinite eclipse of the Egyptian power in Palestine: soon or later it had to be restored, as it actually happened with the XX dynasty. Certainly Moses had to take into consideration this scenario when he planned the invasion he therefore had to think out something to avert reprisals by the Egyptians, once they would had come back to Palestine. In this way we might explain some very inhuman dispositions that he left to Joshua immediately before the invasion: he recommended Joshua to exterminate all the inhabitants of the conquered towns down to the last child. which Joshua thoroughly executed in all the conquered areas.

Such atrocious order has no justification, but one: it had to be intended to eliminate once and for all the possibility that somebody could advance future claims to the possession of those territories. Once a strong pharaoh would have restored his control on Palestine, he would have been presented with a fait accompli, with nobody asking him to make good the wrong suffered, and with new subjects professing unreserved loyalty to him and ready to appease him with enormous donations. At this purpose Moses had ordered to reserve for "Jahweh" (where this name indicates the godlike sovereign of Egypt), all the valuable objects plundered on the conquered towns, gold, silver and precious vests.

This logic looks correct and it would be even convincing, if some precise facts reported in the Book of Joshua were not outlining a completely different scenario. According to them, indeed, the Israelites invaded Palestine with the consent and the support of a pharaoh, or even on his express request. We find the evidence for it in the following verses (Js. 5, 14-16): "And it came to pass, when Joshua was by Jericho, that he lifted his eyes and looked, and there stood a man over against him with his sword drawn in his hand. And Joshua went unto him and said unto him:

These verses are clear evidence that soon after Joshua had crossed the Jordan river, he was met by the commander of the Egyptian army and put himself under his orders. Immediately after this encounter, in fact, as a clear sign of submission and a token of absolute loyalty, Joshua circumcised all the males of Israel. Circumcision was an Egyptian custom and was imposed to all the subjects of the pharaoh. The Jews born in Egypt were all circumcised, while those born in the Sinai desert, outside the control of the pharaoh, were not. The first think that Joshua did as a result of the encounter with the Egyptian commander was circumcising them (Js. 5, 2-8).

Under this light, we can easily understand why a small population like the Israelites (they had in total a little more than five thousand fighting men) could invade Palestine without serious problems. They were utilised by the pharaoh to conquer territories which evidently had gone out of his control. He gave them the order of exterminating the rebel populations, replacing them and getting hold of their territory and their cattle gold and all precious objects plundered, instead, had to be conferred to the pharaoh. Orders that Joshua scrupulously complied with, to the point of executing an entire family of the Judah's tribe, on a charge of having stolen some precious objects after the destruction of Jericho (Js. 7, 24-26).

Sethnakht, the pharaoh of the conquest

Who was this pharaoh? No doubt about it: he only could be Sethnakht, the founder of the XX dynasty. We know very little about him, almost nothing. Probably he was an old soldier, who had served in the army since the times of Merenptah. After the death of the last sovereign of the XIX dynasty, the queen Tauseret, he rebelled and took the power, restoring order all over Egypt.

There is no information about military campaigns carried on by him in Palestine, but we know that he left to his son Ramses III a completely pacified empire. Therefore it was certainly him who restored order also in Palestine. Did that country have rebelled against Egypt? No historical source makes any mention of a rebellion of Palestine during the last years of the XIX dynasty.

The apocalyptic description of the miserable conditions of Egypt during those years, had the precise scope to legitimize the usurpation of the throne by the founder of the XX dynasty therefore it is certainly very much exaggerated. It might be that Palestine never rebelled. Traditionally, the small feudal lords (the Bible call them "kings") who governed its main towns, pledged loyalty personally to the legitimate pharaoh in charge. In all probability, then, they were loyal to queen Tauseret, the last sovereign of the XIX dynasty.

Sethnakht, however, was an usurper and as such he couldn't relay on a pacific submission of the Palestinian populations to his authority. He had to submit them by force, but he couldn't do it while the main part of his army was engaged in taking control of metropolitan Egypt. He solved this problem brilliantly, with a minimum employment of men from his side and on top of that with a large flow of money in his coffers. A solution absolutely unscrupulous, but genial as it appears from the biblical account of the conquest. Somewhere north to Eilat the Midianite territory was roamed around by a population that a little more than twenty year before had fled from Egypt and that Merenptah had tried to annihilate a population that longed to go back to that Palestine where it left from at the time of Jacob.

Sethnakht planned to replace the hostile and untrustworthy populations of Palestine with the tribes of Israel, who couldn't have problems pledging loyalty to him, the usurper of the detested XIX dynasty. And in fact Joshua immediately submitted to the officer send by Sethnakht to Gilgala, to support and lead the invasion of Palestine. It was him who gave the Israelites free way for the invasion, him, who gave the order of exterminating down to the last child the populations of the conquered towns, evidently with the purpose of avoiding any future complication and in the same time to give a terrible example to the neighbour towns. The Israelites were allowed to settle in the conqured territories and get hold of the good and cattle of the populations they exterminated, but they had to confer the gold, silver and any other precious object to Sethnakht, who in this way was assured a large flow of financial resources to consolidate his position in Egypt. It could be that these resources and the terror inspired by the ruthlessness and ferocity of the Palestinian campaign were decisive for the success of the usurper in Egypt.

Without the support of Sethnakht, Israel would never have been able to conquer Palestine, but also the opposite might be true, that without Israel Sethnakht would not have succeeded in sizing power and the XX dynasty would not have been installed. A couple of years later Sethnakht left to his son Ramses III not only a pacified Egypt, but also a quiet and completely loyal Palestine. He could install there Egyptian governors without any opposition. Archaeological evidence of his administration has surfaced in a long series of towns, several of which had been conquered to him (but not destroyed, see Gs. 11,13) by the Israelites, like Megiddo.

The precise year when Palestine was conquered

Is there any possibility to calculate when Palestine was conquered? If we succeed in doing this we could also calculate how many years, exactly, the Israelites spent in Sinai desert and to fix the precise dates when the operations for the invasion started. Unfortunately we do not know when and why Sethnakht decided to size power and how he managed to do it even the year when he was crowned as pharaoh is not known with certainty, neither when he died. In the following table there are several proposals at this purpose by different scholars:

Author Years of reign of Sethnakht Redford 1200 b.C. - 1198 b.C. Arnold 1996 b.C. - 1994 b.C. Krauss 1990 b.C. - 1987 b.C. Grimal 1188 b.C. - 1186 b.C. Dodson 1187 b.C. - 1185 b.C. vMalek 1186 b.C. - 1184 b.C. Shaw 1186 b.C. - 1184 b.C. vvon Beckerath 1185 b.C. - 1182 b.C.

The dates regarded as more probable by the Egyptologists are those proposed by von Beckerath, that is from 1185 to 1182 b.C. which we will rely on for the present analysis. Almost certainly the Israelites entered Palestine not before the second year of Sethnakht. The encounter of Joshua with the representative of the pharaoh, in fact, happened soon after the crossing of the Jordan river, in June, right at the beginning of the year it's highly improbable that it could have been the first year of Sethnakht. According to this theory Israel should have entered Palestine on June 1184 b.C. after 24 years had passed since the beginning of the exodus, on June 1208 B.C.

Most probably Sethnakht entered into negotiations with the Israelites, through Moses, since the beginning of the adventure that took him on the throne of Egypt, or even before. It might be that in his strategy aimed to conquering power an important role was reserved for them: that is, to take care of Palestine while he was taking care of Egypt. In this case, we have to assume that a pact of alliance was stipulated amongst them.

There is no way of knowing who of the two, Sethnakht or Moses, had taken the initiative to contact the other, but in any case we cannot exclude that it was Moses himself. He had promised to "his" Israelites that they would have settled into Palestine, and the only way to fulfil his promise was to seek the support of a pharaoh, possibly not belonging to the XIX dynasty. We can even hypothesise that it was him who suggested to Sethnakht the idea of sizing power, proposing him a well detailed plan. He was indeed capable of doing that. After all it was him who conceived that most daring enterprise of robbing Merenptah of an entire population and destroying in the Red Sea the war chariots charged to stop him. The advise of a character like him couldn't be discarded too lightly.

In that moment the Jews were dispersed in the Midianite territory, centred on the Ovda Valley, north of Eilat. As soon as the negotiations with Sethnakht were concluded, they got together and went back to Kadesh, passing through Avrona and Eilat (Nm. 33) and then heading along the Darb el-Aza, the main track that from Eilat runs all the way to the Mediterranean Sea. They started the journey probably at the end of summer of the first year of Sethnakht and in autumn they reached Kadesh. A few weeks later Aaron died, whom they mourned for 30 days. They then went on heading towards the Jordan Valley.

They annihilated two populations opposing their passage, thus conquering all the eastern shore of the Dead Sea and of the Jordan river, and finally they set camp at Sittim, in the Moab Valley. It was not later than March. Here they stopped for a while, waiting for summer, traditionally the favourite season for the beginning of military campaigns.

In April Moses died and two months later Joshua crossed the Jordan. If it was the year 1184 B.C. (probable, but not certain), we can determine the precise dates also for these events, just calculating the dates of the new moons of spring 1184 we can easily do it utilizing the eclipses' tables for that year. There was an eclipse on 19 July 1184 (today's 7 July), therefore the preceding new moons of spring happened on 19 June, 21 May and 21 April 1184 B.C. (respectively 7 June, 9 May and 9 April of today).

The beginning of that lunar year, the second of Sethnakht, fell on 19 June. Moses died the first day of the 11th month of the previous year, therefore on 21 April 1184 B.C., and a little more than two months later, on 29 June 1184 B.C. Joshua set camp at Gilgala, across the Jordan. That same day he met the commander of the Egyptian army and put himself under his orders. After 24 years Israel put an end to his rebellion and willingly accepted to come back under the Egyptian empire, getting in change the authorization and the support of the pharaoh to settle in the Promise Land.

A truly masterful analysis of the Exodus story. If your basic premise - that the Exodus was a real event, but not one involving actual "gods", by which I mean beings with anomalous powers, whether supernatural or technological in nature - is correct, then your conclusions regarding what actually happened, and the dates thereof, may well be correct. But the question has to be asked: why accept the "miracle" of the Red Sea crossing as factual, but reject the other seemingly magical parts of the story, such as the pillar of cloud/pillar of fire, the manna, the inscribing of tablets by the "finger of God", etc.? These things are recounted in pretty much the same manner as is the crossing of the Red/Reed Sea. You mention that the Israelites would have needed to follow established paths across the desert in order to carry everything they needed to, but do such paths exist leading to and from the "shoals" that you say they crossed the sea on? Just wondering.

BTW, you are one day off in your correlation of the proleptic Julian and Gregorian calendars - they differed by 11 days, not 12, in the 1200s BC. (There were only 9 years, not 10, between 325 and 1582 that were leap years but "shouldn't have been" by the Gregorian rules, so if the goal was really to restore seasonal alignment to that of 325, the calendar was "overcorrected" by one day).

Ping-Pong Diplomacy

While recovering from his injury in the army hospital, Forrest becomes a talented ping-pong player. He graduates from crushing other soldiers to playing against himself, eventually being sent by President Richard Nixon to play on the All-American Ping-Pong Team in China. The event became known as “ping-pong diplomacy” due to its instrumental nature in healing the relationship between the U.S. and China. Forrest was in one of the first U.S. groups to enter China in over 20 years and came home as an international ping-pong master and celebrity.

Forrest Gump’s depiction of ping-pong diplomacy is quite accurate if one switches Forrest for Glenn Cowan, who actually took on the ping-pong celebrity title. China and the United States had been feuding for the precending 20 years with a Chinese embargo on Americans until realizing international ping-pong could unite the nations. U.S. player Glenn Cowan positively encountered Chinese player Zhuang Zedong at the 1971 World Table Tennis Championships in Japan, allowing the two nations to find common ground as a way to repair their diplomatic relationship. The event Forrest participates in took place in April 1971 after Mao Zedong and Richard Nixon agreed to permit the U.S. All-American Ping-Pong team to play matches for a week in China.

Top 10 Greatest Discoveries In Astronomy

It is a matter of historical record that the high state of development of modern astronomy is due entirely to the efforts and observations of thousands of stargazers from all parts of the earth, and throughout much of mankind’s history. However, the science of astronomy has very few “Eureka!” moments, and most, if not all, of the important discoveries are the result of generations of scientists working to either prove, or disprove hypotheses, theories, and sometimes nothing more than hunches. There have been literally thousands of discoveries made by ceaselessly questioning convention, rethinking scientific dogma, and re-evaluating ideas and evidence over the last thousand years, and to list them all would be an impossible task.

So below, but in no particular order, is a list of ten of the most important astronomical discoveries of comparatively recent times, discoveries that have completely changed the way modern science looks at the Universe just as previous discoveries in earlier times had done.

Cosmic Microwave Background Radiation

With only very small variations, the Universe is filled with a uniform form of radiation known as cosmic microwave background radiation, which was discovered quite by accident by two Bell Telephone employees while they were working on satellite communication experiments. The implications are profound, since the uniformity of the radiation seems to confirm the notion that the Universe originated in a single event from which everything else flows, such as the rapid, and accelerated expansion of the universe. Moreover, if the fact that on really large scales, all visible and detectable matter in the Universe is distributed almost evenly and uniformly is taken into account, it could mean that the Big Bang did in fact occur, although proving this is another matter entirely.

Dark Energy

Since the exact mechanism, or even driving forces behind the acceleration of the rate of expansion of the Universe is unknown, the existence of a form of energy, dubbed “Dark Energy” has been proposed. However, the discovery has less to do with the nature, or even existence, of this energy than it has to do with the fact that the Universe has been discovered to be expanding at an ever-increasing rate. The nature of the proposed Dark Energy is still unexplored and the cause of heated debate in cosmological circles, but it is conceivable that it is a property of space-time, as opposed to a form of energy. For the moment though, Dark Energy accounts for an astounding 74% of all the energy in the Universe. Which of course means that at best, we have only a 26% understanding of how the Universe works.

Dark Matter

Another major discovery is that of Dark Matter, which seems to dictate the gravitational effects within galaxies. At the heart of the matter is the fact that the observed velocity of some stars within galaxies as they orbit the cores of galaxies differ wildly from what calculated values should be. The problem is that much of any given galactic disc rotates around the core at the same velocity, which according to calculations based on known gravitational values is clearly impossible, given the fact that the outer stars are much further removed from the core, and should thus orbit the core more slowly than stars that are closer to the core. From appearances, it would seem that galaxies are entirely embedded in a form of matter that is currently unknown, undetectable, and likely to remain so for the foreseeable future. Nonetheless, the existence of this form of matter is the only explanation for the observed behavior of galaxies, unless there are some undiscovered properties of gravity that still elude science.

There was time when the mere idea of planets existing outside of our own solar system was considered to be scientific heresy, but the discovery by Dr. Aleksander Wolszczan of the first such planet (51 Pegasi b) in 1992, had the effect of changing how astronomers look at the Universe, and especially at how stars form. Although most exoplanets have many times the mass of Jupiter, and are therefore called “Hot Jupiters, because the orbit very close to their parent stars, improved technologies and techniques have made it possible to discover ever-smaller planets, some of which orbit stars not unlike our Sun. Today, there are more than 3,000 exoplanets known, which disproves the erstwhile scientific doctrine that “…planets are the exception, rather than the rule.”

Black Holes

Long suspected to exist, but only proven through the work of physicist Steven Hawking, black holes are the invisible remains of massive stars that have collapsed under their own gravity. Since stars exist only because of the (almost) equilibrium between their own gravity and the outward-pushing pressure of the nuclear furnaces in their cores, a massive star can contract to the point of invisibility if the outward pressure ceases to counteract gravity. Moreover, since light consists of matter that has mass, the enormous gravitational field of a black hole prevents photons (the physical components of light) to escape, which makes it impossible to detect a black hole in optical light.

The enormous gravitational forces involved when a black hole “swallows” an object, such as a star, tear the star apart when it crosses the “event horizon”, which is a theoretical limit around a black hole beyond which escape is impossible once an object crosses it. The destruction of the object releases huge amounts of X-rays and other radiation, which reveals the location, or presence of a black hole. Recent research has shown that all galaxies with a central bulge contain a black hole, some of which have millions, and even billions of Solar masses, but also that there exists a close correlation between the mass of the central bulge in galaxies and the mass of the black hole it contains.

General Relativity

Among other things, Einstein’s Theory of General Relativity predicted that since mass and energy are essentially the same, light that passes by a massive object would be bent by the gravity of the massive object. Although the mechanisms are different, the principle can be demonstrated by viewing a drinking straw in a glass containing water the straw seems to bend where it enters the water. This is roughly analogous to the displacement of objects by the deflection of light as it passes massive objects. This was proven to be the case when observers noted that the planet Mercury was “out of place”, and not where it was supposed to be relative to the Sun at certain times.

British physicist Alfred Eddington proved that it was caused by the deflection of light by the Sun when he measured the displacement of background stars relative to the Sun during a total solar eclipse. Further proof of this is the existence of Einstein Circles, which is the distorted images of less massive galaxies behind more massive structures between Earth and the objects whose light is being distorted as it passes by the more massive, intervening structure.

Red-shifting of Objects in the Universe

With the discovery of Cepheid variable stars nearly 100 years ago, it became possible for Edwin Hubble to prove that the Milky Way was just one of billions of galaxies in the Universe. This discovery led to ways to measure the speed at which some of these galaxies are either approaching us, or receding from us. By comparing the light spectrum of an object with that of a stationary object, it is possible to measure the amount of red-shift of the spectrum, which is the displacement of the entire spectrum toward the red, longer wavelength part of the electro-magnetic spectrum. The amount of displacement is tiny to be sure, but the amount of shift is directly related to the velocity of the receding object, thus, the higher the red-shift, the further the object is away from us.

The distance is also directly related to the velocity of the object, which means that in practical terms, the further away an object is, the faster it is receding. The operating principle here is the fact that as an object recedes, the light from it is “stretched” similarly, the light from an object that approaches us is “compressed”, thus moving the entire spectrum of such an object toward the blue, shorter wavelength part of the EM spectrum. Which is how we know that M31, or the Andromeda Galaxy which is our closest big neighbor, is approaching us at a velocity of 250,000 m/ph, with the collision expected in about 4 billion years.

Gamma Ray Bursts

Long a mystery, the massive bursts of Gamma rays that reach earth from all point in the sky are now known to be the result of the biggest explosions in the Universe, when massive stars explode in titanic detonations that are so energetic that they can outshine their entire host galaxies for several months. The resulting dispersion of stellar matter forms intricate formations of gas and dust such as the beautiful Crab Nebula. This nebula is still expanding as the result of the explosion that destroyed a massive star in about the year 1054. Gamma ray bursts can also occur when a neutron star, which is the remains of a previous stellar explosion detonates due to the accretion of matter from a companion star in a close binary system.

Age of the Universe and the Hubble Constant

Although the use of red-shift measurements was instrumental in determining the age of the Universe, the first attempts fixed the age of the Universe at only about half of the modern accepted value, which is 13.75 billion years. The problem involved the facts that the wrong class of Cepheid variable stars was used in the calculation that was made in the mid 1920’s, and that the rate of the expansion of the Universe was based on incorrect assumptions. It was only several decades later with the discovery of a second class of Cepheid stars, that had twice the period of the first, and thus a different relationship between luminosity and distance, that astronomers re-applied the original calculation but with different values. The result was in perfect agreement with geological evidence for the age of the earth, and by extension, the Universe. The rate at which the Universe expands, known as the Hubble Constant, is still not fixed accurately, but is now accepted to be somewhere between 50 (km/sec)/Mpc and 100 (km/sec)/Mpc. The large margin of uncertainty is the result of the unknown rate at which the expansion of the Universe is accelerating.

Big Bang and Inflationary Theory

Although the origin of the Universe is untraceable, the Big Bang theory is still best at explaining it. Recent advances in cosmology (and computer modelling) seem to confirm that the Universe originated in a single, infinitely dense, and infinitely massive singularity, which is the word used to describe that which cannot be described. The observed, and uniform expansion of the Universe can now be traced back to a single point in time, but beyond that, the laws of physics as we know and understand them, no longer apply. The tentative “confirmation” of the Big Bang Theory can be seen as a discovery of sorts, but much uncertainty remains, and it is almost certain that the origin of the Universe will never be known with any degree of accuracy or certainty.

The multi-millionaire financier, who was a convicted paedophile, was awaiting a federal trial for sex trafficking when he was found dead in his prison cell in August 2019. While his downfall spanned decades with his first court case in 2005, the scandal didn’t cease with his death. The Queen’s son Prince Andrew recently became embroiled in the Esptein scandal and has since stepped back from royal duties.

Leave a Reply Cancel reply

You must be logged in to post a comment.

Originally from a small country town in Victoria, Emily moved to Sydney to pursue a media career. She worked across a number of print and online publications including News Corp and Fairfax Media before joining The CEO Magazine.