Babylonia, named for the city of Babylon, was an ancient state in Mesopotamia (in modern Iraq), combining the territories of Sumer and Akkad. Its capital was Babylon. The earliest mention of Babylon can be found in a tablet of the reign of Sargon of Akkad, dating back to the 23rd century BC. In the Old Testament it is called 'Shinar' as well as 'the land of the Chaldeans.'

Babylon (Babylonian, Bab-ilim or Babil, 'Gate of God'), one of the most important cities of the ancient world, whose location today is marked by a broad area of ruins just east of the Euphrates River, 90 km (56 mi) south of Baghdad, Iraq.

Babylonia was located in what is now southern Iraq. Babylonian literature was well developed in the 3rd millennium B.C. Records have been found of highly developed religion, history and science, including medicine, chemistry, alchemy, botany, zoology, math and astronomy. The Babylonians lived in Mesopotamia, a fertile plain between the Tigris and Euphrates rivers.

History

During the first centuries of the "Old Babylonian" period (that followed the Sumerian revival under Ur-III), kings and people in high position often had Amorite names, and supreme power rested at Isin.

A constant intercourse was maintained between Babylonia and the West - with Babylonian officials and troops passing to Syria and Canaan, while "Amorite" colonists were established in Babylonia for the purposes of trade. One of these Amorites, Abi-ramu or Abram by name, is the father of a witness to a deed dated in the reign of Hammurabi's grandfather.

The city of Babylon was given hegemony over Mesopotamia by their sixth ruler, Hammurabi (1780­1750 BC; dates highly uncertain). He was a very efficient ruler, giving the region stability after turbulent times, and transforming it into the central power of Mesopotamia.

A great literary revival followed the recovery of Babylonian independence. One of the most important works of this "First Dynasty of Babylon", as it was called by the native historians, was the compilation of a code of laws. This was made by order of Hammurabi after the expulsion of the Elamites and the settlement of his kingdom.

A copy of the Code of Hammurabi was found by J. de Morgan at Susa, where it had been taken as plunder, and is now in the Louvre.

The Code of Hammurabi

Ammiditana, the great-grandson of Hammurabi, still titled himself "king of the land of the Amorites", and his father and son bore the Canaanite names of Abieshuh and Ammisaduqa.

The armies of Babylonia were well-disciplined, and they conquered the city-states of Isin, Elam, and Uruk, and the strong Kingdom of Mari. The rule of Babylon was even obeyed as far as the shores of the Mediterranean. But Mesopotamia had no clear boundaries, making it vulnerable to attack. Trade and culture thrived for 150 years, until the fall of Babylon in 1595 BC.

The last king of the dynasty was Samsu-Ditana, son of Ammisaduqa. He was overthrown following the sack of Babylon in 1595 BC by the Hittite king Mursili I, and Babylonia was turned over to the Kassites (Kossaeans) from the mountains of Iran, with whom Samsu-Iluna had already come into conflict in his 6th year. The Kassite dynasty was founded by Kandis or Gandash of Mari.

The Kassites renamed Babylon "Kar-Duniash", and their rule lasted for 576 years. With this foreign dominion - that offers a striking analogy to the contemporary rule of the Hyksos in Egypt - Babylonia lost its empire over western Asia. Syria and Canaan became independent, and the high-priests of Asshur made themselves kings of Assyria. Most divine attributes ascribed to the Semitic kings of Babylonia disappeared at this time; the title of "god" was never given to a Kassite sovereign. However, Babylon continued to be the capital of the kingdom and the 'holy' city of western Asia, where the priests were all-powerful, and the only place where the right to inheritance of the old Babylonian empire could be conferred.

Neo-Babylonian Empire

Through the centuries of Assyrian domination, Babylonia enjoyed a prominent status, or revolting at the slightest indication that it did not. However, the Assyrians always managed to restore Babylonian loyalty, whether through granting of increased privileges, or militarily. That finally changed in 627 BC with the death of the last strong Assyrian ruler, Ashurbanipal, and Babylonia rebelled under Nabopolassar the Chaldean the following year. With help from the Medes, Niniveh was sacked in 612, and the seat of empire was again transferred to Babylonia.

Nabopolassar was followed by his son Nebuchadnezzar II, whose reign of 43 years made Babylon once more the mistress of the civilized world. Only a small fragment of his annals has been discovered, relating to his invasion of Egypt in 567 BC, and referring to "Phut of the Ionians".Of the reign of the last Babylonian king, Nabonidus (Nabu-na'id), and the conquest of Babylonia by Cyrus, there is a fair amount of information available.

This is chiefly derived from a chronological tablet containing the annals of Nabonidus, supplemented by another inscription of Nabonidus where he recounts his restoration of the temple of the Moon-god at Harran; as well as by a proclamation of Cyrus issued shortly after his formal recognition as king of Babylonia. It was in the sixth year of Nabonidus (549 BC) that Cyrus, the Achaemenid Persian "king of Anshan" in Elam, revolted against his suzerain Astyages, "king of the Manda" or Medes, at Ecbatana. Astyages' army betrayed him to his enemy, and Cyrus established himself at Ecbatana, thus putting an end to the empire of the Medes. Three years later Cyrus had become king of all Persia, and was engaged in a campaign in the north of Mesopotamia. Meanwhile, Nabonidus had established a camp in the desert, near the southern frontier of his kingdom, leaving his son Belshazzar (Belsharutsur) in command of the army.

In 538 BC Cyrus invaded Babylonia. A battle was fought at Opis in the month of June, where the Babylonians were defeated; and immediately afterwards Sippara surrendered to the invader. Nabonidus fled to Babylon, where he was pursued by Gobryas, the governor of Kurdistan, and on the 16th of Tammuz, two days after the capture of Sippara, "the soldiers of Cyrus entered Babylon without fighting."

Nabonidus was dragged from his hiding-place, and Kurdish guards were placed at the gates of the great temple of Bel, where the services continued without interruption. Cyrus did not arrive until the 3rd of Marchesvan (October), Gobryas having acted for him in his absence. Gobryas was now made governor of the province of Babylon, and a few days afterwards the son of Nabonidus died.

A public mourning followed, lasting six days, and Cambyses accompanied the corpse to the tomb.Cyrus now claimed to be the legitimate successor of the ancient Babylonian kings and the avenger of Bel-Marduk, who was assumed to be wrathful at the impiety of Nabonidus in removing the images of the local gods from their ancestral shrines, to his capital Babylon.

Nabonidus, in fact, had excited a strong feeling against himself by attempting to centralize the religion of Babylonia in the temple of Merodach (Marduk) at Babylon, and while he had thus alienated the local priesthoods, the military party despised him on account of his antiquarian tastes. He seems to have left the defence of his kingdom to others, occupying himself with the more congenial work of excavating the foundation records of the temples and determining the dates of their builders.

The invasion of Babylonia by Cyrus was doubtless facilitated by the existence of a disaffected party in the state, as well as by the presence of foreign exiles like the Jews, who had been planted in the midst of the country. One of the first acts of Cyrus accordingly was to allow these exiles to return to their own homes, carrying with them the images of their gods and their sacred vessels. The permission to do so was embodied in a proclamation, whereby the conqueror endeavoured to justify his claim to the Babylonian throne. The feeling was still strong that none had a right to rule over western Asia until he had been consecrated to the office by Bel and his priests; and accordingly, Cyrus henceforth assumed the imperial title of "king of Babylon."

A year before Cyrus' death, in 529 BC, he elevated his son Cambyses II in the government, making him king of Babylon, while he reserved for himself the fuller title of "king of the (other) provinces" of the empire. It was only when Darius Hystaspis ("the Magian") acquired the Persian throne and ruled it as a representative of the Zoroastrian religion, that the old tradition was broken and the claim of Babylon to confer legitimacy on the rulers of western Asia ceased to be acknowledged. Darius, in fact, entered Babylon as a conqueror.

After the murder of Darius, it briefly recovered its independence under Nidinta-Bel, who took the name of Nebuchadnezzar III, and reigned from October 521 BC to August 520 BC, when the Persians took it by storm. A few years later, probably 514 BC, Babylon again revolted under Arakha; on this occasion, after its capture by the Persians, the walls were partly destroyed.

E-Saggila, the great temple of Bel, however, still continued to be kept in repair and to be a center of Babylonian patriotism, until at last the foundation of Seleucia diverted the population to the new capital of Babylonia and the ruins of the old city became a quarry for the builders of the new seat of government.




Science and Mathematics

Astronomy

Among the sciences, astronomy and astrology occupied a conspicuous place in Babylonian society. Astronomy was of old standing in Babylonia, and the standard work on the subject, written from an astrological point of view, later translated into Greek by Berossus, was believed to date from the age of Sargon of Akkad. The zodiac was a Babylonian invention of great antiquity; and eclipses of the sun and moon could be foretold. Observatories were attached to the temples, and reports were regularly sent by astronomers to the king. The stars had been numbered and named at an early date, and we possess tables of lunar longitudes and observations of the phases of Venus. Great attention was naturally paid to the calendar, and we find a week of seven days and another of five days in use.

Like the Chinese, Babylonian astrologers kept careful records about celestial happenings including the motions of Mercury, Venus, the Sun, and the Moon on tablets dating from 1700 to 1681 BC.

Later records identified a total solar eclipse on July 31, 1063 BC, that "turned day into night," and the famous eclipse of June 15, 763 BC, recorded by Assyrian observers in Nineveh. Babylonian astronomers are credited with having discovered the 223-month period for lunar eclipses.

At this time, the same lunar phase would be recorded at the same time of the solar calendar year. This period also gives a rough guide to when a lunar eclipse will recur at the same geographic location. Ptolemy (ca 150 AD) represents the epitome of knowledge of Grecian astronomy. Records such as the Almagest show he had a sophisticated scheme for predicting both lunar and solar eclipses.

Ptolemy knew, for example, the details of the orbit of the Moon including its nodal points. He also knew that the Sun must be within 20 degrees 41' of the node point, and that up to two solar eclipses could occur within seven months in the same part of the world. Lunar eclipses were especially easy to calculate because of the vast area covered by Earth's shadow on the Moon.

Solar eclipses however required much greater knowledge. The shadow of the Moon on Earth is less than 100 kilometers wide, and its track across the daytime hemisphere is the result of many complex factors that cannot be anticipated without a nearly complete understanding of the lunar orbit and speed.


Tablet with a list of eclipses between 518 and 465, mention the death of king Xerxes.

In Seleucid and Parthian times, the astronomical reports were of a thoroughly scientific character; how much earlier their advanced knowledge and methods were developed is uncertain.

Mathematics

The development of astronomy implies considerable progress in mathematics; it is not surprising that the Babylonians should have invented an extremely simple method of ciphering, or have discovered the convenience of the duodecimal system. The ner of 600 and the sar of 3600 were formed from the unit of 60, corresponding with a degree of the equator. Tablets of squares and cubes, calculated from 1 to 60, have been found at Senkera, and a people acquainted with the sun-dial, the clepsydra, the lever and the pulley, must have had no mean knowledge of mechanics. A crystal lens, turned on the lathe, was discovered by Austen Henry Layard at Nimrud along with glass vases bearing the name of Sargon; this could explain the excessive minuteness of some of the writing on the Assyrian tablets, and a lens may also have been used in the observation of the heavens.

The Babylonian system of mathematics was sexagesimal, or a base 60 numeral system. From this we derive the modern day usage of 60 seconds in a minute, 60 minutes in an hour, and 360 (60 x 6) degrees in a circle. The Babylonians were able to make great advances in mathematics for two reasons. First, the number 60 has many divisors (2, 3, 4, 5, 6, 10, 12, 15, 20, and 30), making calculations easier. Additionally, unlike the Egyptians and Romans, the Babylonians had a true place-value system, where digits written in the left column represented larger values (much as in our base ten system: 734 = 7×100 + 3×10 + 4×1).

Among the Babylonians mathematical accomplishments were the determination of the square root of two correctly to seven places (YBC 7289 clay tablet). They also demonstrated knowledge of the Pythagorean theorem well before Pythagoras, as evidenced by this tablet translated by Dennis Ramsey and dating to c. 1900 BC.

The Babylonians divided the day into 24 hours, each hour into 60 minutes, each minute into 60 seconds. This form of counting has survived for 4000 years. Calendars

Calendars

The ancient Babylonians used a calendar with alternating 29 and 30 day months. This system required the addition of an extra month three times every eight years, and as a further adjustment the king would periodically order the insertion of an additional extra month into the calendar.

The Babylonians, who lived in what is now Iraq, added an extra month to their years at irregular intervals. Their calendar, composed of alternate 29-day and 30-day months, kept roughly in step with the lunar year.

To balance the calendar with the solar year, the early Babylonians calculated that they needed to add an extra month three times every eight years. But this system still did not accurately make up for the accumulated differences between the solar year and the lunar year.

Whenever the king felt that the calendar had slipped too far out of step with the seasons, he ordered another extra month. However, the Babylonian calendar was quite confused until the 300's B.C., when the Babylonians began to use a more reliable system.

Writing System


Two Scribes Using Alphabetic and Cuneiform Script


Tablets

Babylonians developed an abstract form of writing based on cuneiform symbols. Their symbols were written on wet clay tablets which were baked in the hot sun. It was the use of a stylus on a clay medium that led to the use of cuneiform symbols since curved lines could not be drawn. Many thousands of these tablets have survived to this day.

Medicine

In the field of medicine, surgery was well known and often practiced, judging from the Hammurabi law code, which devotes several paragraphs to the surgeon. Pharmacology, too, doubtless had made considerable progress, although the only major direct evidence of this comes from a Sumerian tablet written several centuries before Hammurabi.

Map Making - Farming - Technology

The Babylonians inherited the technical achievements of the Sumerians in irrigation and agriculture. Maintaining the system of canals, dikes, weirs, and reservoirs constructed by their predecessors demanded considerable engineering knowledge and skill. Preparation of maps, surveys, and plans involved the use of leveling instruments and measuring rods.

Farming was a complicated and methodical occupation requiring foresight, diligence, and skill. A recently translated document written in Sumerian but used as a textbook in the Babylonian schools is a veritable farmer's almanac; it records a series of instructions and directions to guide farm activities from the watering of the fields to the winnowing of the harvested crops.

Babylonian artisans were skilled in metallurgy, in the processes of fulling, bleaching, and dyeing, and in the preparation of paints, pigments, cosmetics, and perfumes.

Society

Babylon society consisted of three classes represented by


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