|
The Star of Bethlehem Craig Chester The Story of the Star in the East We three kings of Orient are
We all know this carol, as the story of the Star, which is fineexcept for the fact that almost everything in it is wrong. The actual New Testament account of the Star of Bethlehem comes from the second chapter of the Gospel of Matthew:
This is not a fabulous tale. It does not conjure up fantastic details or images, and it is told in a rather mundane fashion, not at all like a fable. It is also the only account we have of the Star in our Bible. Admittedly, later non-canonical sources like the Protovangelium of James and an epistle of Ignatius did elaborate on the story, calling the Star the brightest star in the sky, brighter than all other stars combined, even including the sun and the moon, which bowed down before it. But Matthew is very matter-of-fact. It has also been suggested that this is a commentary by Matthew, always fond of referring to Old Testament prophecies, on Balaams oracle in the Book of Numbers that "a star shall come forth out of Jacob and a scepter shall rise out of Israel." But it would be uncharacteristic of Matthew to refrain from pointing out this prophecy explicitly, had he had it in mind. The Historical Perspective When might these Magi have appeared in Judea? Obviously, determining the storys date is important if we are to look for astronomical connections. We might assume that it was around 1 B.C. or 1 A.D., since that is when, by conventional reckoning, Jesus was born. But the calendar on which these dates are based was set by the Roman monk Dionsysius Exiguus in the year 525 A.D., long after the fact. Scholars writing in the first and second centuries A.D. asserted that Jesus was born between what we now call 4 B.C. and 1 B.C. They were living much closer to the event and had access to thousands of historical records in many excellent libraries, and their opinions probably should be given much more weight than has been common. How about the time of year? The best clue is a passage in the Book of Luke:
If the reference to "fields" is accuratenot pastures or holding penswe might guess at a date in late summer or early fall, for it was customary for farmers to allow sheep and cattle to graze the stubble in the fields following the harvest. This clue is suggestive, but hardly definitive. One difficulty in seeking a precise date is the fact that Matthew reports two different sightings, possibly separated by a substantial time. First, the Magi saw the Star rising en anatole, best translated as "rising in the East," the ancient technical term for an acronical rising, when an object rises at sunset and is visible all night. After they come to Jerusalemwe do not know how long that took, and there is no indication that the Star was in any way involved with the journeythey see the Star again as they travel the few miles to Bethlehem:
There was no need for a bright or supernatural guiding light to find Bethlehem from Jerusalem; it lies just five miles south on the main road. There is a reference not to the "house" of an infant (brephos in Greek) but of a paidion, or toddler, indicating that some months may have elapsed since the birth itself. What are the astronomical possibilities? This question has been asked many times since the Christian apologist Origen first raised it around 250 A.D. It is safe to say that every astronomical event known to have occurred during, say, the decade of interest has at some point been proposed as the Star of Bethlehem. The key point to answering this question is to note that it is not just any astronomical event that is of interest. We can restrict our inquiry to those appearances that would have had astrological significance to the Magi, who declared: "We observed the rising of his star, and we have come to pay him homage." An astrological event may not have been very obvious at all; certainly it was not obvious to Herod. Had it been an incomparably bright object, as later writers thought, there would be numerous written records of it. It is much more plausible that the Star of Bethlehem went unnoticed by all but a few experts such as the Magi. The Death of Herod According to Josephus, on the night of a lunar eclipse Herod executed two rabbis. They were accuse of inciting some young men to climb up on the wall and tear down the golden eagle that the king had ordered placed on the gate to the Temple in Jerusalem. This eagle was, of course, an abomination to the Jews because it was a graven image. Soon after this incident, Herod died and was buried. One of his sons inherited his throne shortly before Passover was celebrated. It was long believed that the lunar eclipse in question occurred on March 13 in 4 B.C. But this was only a partial eclipse (40 percent total) and fairly hard to detect. And it occurred only 29 days before Passover. Here is what would have had to happen in those 29 days: Herod was sick at the time of the execution of the rabbis, and his condition worsened almost immediately. He was treated for a time by his physicians, to no avail. He then decided to pack up the royal household and move to Jericho to take the baths. He tried the baths unsuccessfully for some days and then returned to Jerusalem. Believing that he soon would die, Herod came up with a diabolical plan to insure that all of Israel would mourn his death, in spite of his unpopularity. He commanded the leading men from around the country to come to Jerusalem; there he imprisoned them in the Hippodrome and ordered the army to execute them as soon as he was dead. Israel would indeed mourn, he vowed. (Fortunately, the order was not carried out.) In the meantime, word arrived from Rome that Herod finally had the Emperors permission to execute his rebellious son Antipater, and he promptly complied. Five days later Herod died, but not before decreeing that his was to be the largest funeral ever held in the history of the world. His body was embalmed. The army was assembled to carry his body in the funeral procession to a burial site some 25 miles away. The soldiers walked in bare feet, as was required when in mourning, traveling one mile a day. A legate from Rome, where word of Herods death had been received, arrived to protect the royal treasury. Finally, Herods son Archelaus was crowned king and had time to issue a few decrees prior to the celebration of Passover. The 29 days between the eclipse of 4 B.C. and the following Passover simply did not allow enough time for all of this to have happened. A minimum of ten weeks would have been required. But on January 10, 1 B.C., there was a total lunar eclipse visible in Palestine, and it occurred twelve and a half weeks before Passover. As Martin points out, there are other compelling reasons to regard 1 B.C. as the true date of Herods death. For example, the War of Varus, known to have followed Herods death, can be redated to 1 B.C., where it fits the other known facts perfectly. As a clincher, it has recently been discovered that Josephus himself dated Herods death to 1 B.C.; a sixteenth century copyists error is responsible for the incorrect date, which has been propagated to modern editions of Josephus. If we conclude that Herod did die in the spring of 1 B.C., we are free to add the years 3 B.C. and 2 B.C. to our search for the Star of Bethlehem. What was happening then? The year 2 B.C. marked the 25th anniversary of Caesar Augustuss rule and the 750th anniversary of the founding of Rome. Huge celebrations were planned. The whole empire was at peace. The doors of the temple of Janus were closed for only the third time in Roman history. To honor their emperor, the people were to rise as one and name him pater patriae, or "Father of the Country." Now, getting the people of an empire to do something "spontaneously" requires a great deal of organization. And so an enrollment, or census, was ordered:
This enrollment, described in the Book of Luke, which brought Joseph and Mary to Bethlehem, has always been a mystery since no regular census occurred at this time. But the pater patriae enrollment fits perfectly. The Astronomical Perspective Conjunctions of planets have also long been considered good possibilities. A conjunction is a close apparent approach between two celestial objects. Technically speaking, a conjunction occurs at the moment when both objects have the same celestial longitude; one is due north of the other. The closer the objects, the more visually impressive the event and the more significant astrologically. In 3 B.C. and 2 B.C., there was a series of close conjunctions involving Jupiter, the planet that represented kingship, coronations, and the birth of kings. In Hebrew, Jupiter was known as Sedeq or "Righteousness," a term also used for the Messiah. In September of 3 B.C., Jupiter came into conjunction with Regulus, the star of kingship, the brightest star in the constellation of Leo. Leo was the constellation of kings, and it was associated with Lion of Judah. The royal planet approached the royal star in the royal constellation representing Israel. Just a month earlier, Jupiter and Venus, the Mother planet, had almost seemed to touch each other in another close conjunction, also in Leo. Then the conjunction between Jupiter and Regulus was repeated, not once but twice, in February and May of 2 B.C. Finally, in June of 2 B.C., Jupiter and Venus, the two brightest objects in the sky save the sun and the moon, experienced an even closer encounter when their disks appeared to touch; to the naked eye they became a single object above the setting sun. This exceptionally rare spectacle could not have been missed by the Magi. In fact, we have seen here only the highlights of an impressive series of planetary motions and conjunctions fraught with a variety of astrological meanings, involving all the other known planets of the period: Mercury, Mars, and Saturn. The astrological significance of these impressive events must surely have been seen by the Magi as the announcement of the impending birth of a great king of Israel. September 11, 3 B.C., is perhaps the most interesting date of all. Not only was Jupiter very close to Regulus in the first of their conjunctions, but the sun was in the constellation of Virgo (of obvious symbolism), together with the new moon, in a configuration that fits a plausible interpretation of a passage in the Book of Revelation describing the birth of a male child who is to be the ruler of the universe. Significantly, September 11, 3 B.C., also marked the beginning of the Jewish New Year, traditionally regarded as the anniversary of Noahs landing after the Great Flood. But if the planet Jupiter was the Star of Bethlehem, or was a component of the events that triggered the visit by the Magi, how do we view the final appearance of the Star of their journey to Bethlehem? It would have been in the southern sky, though fairly high above the horizon. Could the Star have stopped over Bethlehem? The answer is yes. The word "stop" was used for what we now call a planets "stationary point." A planet normally moves eastward through the stars from night to night and month to month, but regularly exhibits a "retrograde loop." After it passes the opposite point in the sky from the sun, it appears to slow, come to a full stop, and move backward (westward) through the sky for some weeks. Again it slows, stops, and resumes its eastward course. It seems plausible that the Magi were "overjoyed" at again seeing before them, as they traveled southward, "his star," Jupiter, which as its stationary point was standing still over Bethlehem. We do know for certain that Jupiter performed a retrograde loop in 2 B.C. and that it was stationary on December 25, interestingly enough, during Hanukkah, the season giving presents. What Room for God? If we have correctly identified the Star of Bethlehem, the science is clear and simple. Johannes Kepler (1571-1630) was the German astronomer who discovered the physical laws describing planetary orbits. These orbits are so predictable that we can deduce quite accurately what the sky looked like two thousand years ago. Even the ancient Magi understood apparent planetary motions quite well. Predictions of the conjunction of 3 and 2 B.C. were made in error by only a few days. There is no need to invoke God or divine miracles to explain what happened in the heavens above Judaea. Natural laws are sufficient. But is this kind of sufficiently really enough for us? The significant question raised here is not what happened, but why it happened. What does it mean? Was Matthew right in seeing this event as divine confirmation of a central moment in Gods plan for mankind? What room is left for Gods plan for mankind? What room is left for God, not as an agent filling in the gaps between what we can understand as physical causes, but as the creator of purpose? Was Gods purpose fulfilled by the great celestial dance that we call the Star of Bethlehem? These are example of the kind of questions we are faced with daily. No theologian can say, in a way convincing to a scientist, that some event required an act of God outside natural law. Similarly, no scientist can say that some event was merely (a dangerous word) an act of natural law working itself out with no other meaning. That is, no one is force to believe that what happened in the heavens two thousand years ago was a simple, natural event devoid of meaning. The Star of Bethlehem was an excellent example of an event that occurs right at the intersection of Christianity and science, in a world created by a God who chose to institute natural laws but who nevertheless continues to carry out His own purposes.
Christmas Past and Christmas Present Then he explained that he though Virginias friends had been affected by the skepticism of a skeptical age. They did not believe what they could not see. "Nobody sees Santa Claus," he said, "but that is no sign that there is no Santa Claus. The most real things in the world are those that neither children nor men see." And Church concluded, "No Santa Claus! Thank God he lives and he lives forever. A thousand years from now, Virginia, nay, ten times ten thousand years from now, he will continue to make glad the heart of childhood." Almost a century has passed since Virginia wrote her famous letter. What do the Virginias of today believe? Do they have faith in the kind of Santa Claus and the "love and generosity and devotion" Church described? Or do they only believe in what they seethat is, in the dreary, ugly, and violent world that is so often portrayed on television, in films, and on the radio? I think it is likely that many of our children have become hardened skeptics like Virginia OHanlons little friends. Why? As PBS film critic Michael Medved argues in a forthcoming book, there has been "a national assault on innocence" in our culture, our schools, and our public square. Instead of teaching about Santa Claus and all the wonderful (nonsectarian) virtues that this jolly old Christian saint represents, we have chosen to introduce sex education in public elementary schools, to televise graphic depictions of thousands of murders, beatings, and robberies, and to endorse single-parent families and "alternative lifestyles." We have been so worried about preparing our children for what we think of as adulthood that we have destroyed their childhood. Oh, to believe in Santa Claus again! Perhaps if we adults can regain our faith, our children can, too.
Craig Chester is a co-founder and past president of the Monterey (California) Institute for Research in Astronomy (MIRA). Founded more than two decades ago, MIRA is the only America professional observatory established in this century that is independent of universities and of the federal government. Its observatory (at one of the best sites in the U.S.), its educational programs, and its state-of-the-art research are funded almost entirely by private donors who wish to support basic science at a unique institution. As a software consultant, Dr. Chester has worked on a variety of U.S. Navy and U.S. Air Force projects, developing ground equipment and software tools for satellite communications. He holds a Ph.D. in astronomy from Case Western Reserve University. This article originally appeared in the December, 1996 issue of IMPRIMIS.
|
|
|