India: What can it teach us? / A Course of Lectures Delivered before the University Of Cambridge

by F. Max Müller

If this were so, it would be irrefragable evidence of at all events a commercial intercourse between Babylon and India at a very early time, though it would in no way prove a real influence of Semitic on Indian thought. But is it so? If we translate sakâ manâ hiranyayâ by "with a mina of gold," we must take manâ hiranyayâ as instrumental cases. But sakâ never governs an instrumental case. This translation therefore is impossible, and although the passage is difficult, because manâ does not occur again in the Rig-Veda, I should think we might take manâ hiranyayâ for a dual, and translate, "Give us also two golden armlets." To suppose that the Vedic poets should have borrowed this one word and this one measure from the Babylonians, would be against all the rules of historical criticism. The word manâ never occurs again in the whole of Sanskrit literature, no other Babylonian weight occurs again in the whole of Sanskrit literature, and it is not likely that a poet who asks for a cow and a horse, would ask in the same breath for a foreign weight of gold, that is, for about sixty sovereigns.

But this is not the only loan that India has been supposed to have negotiated in Babylon. The twenty-seven Nakshatras, or the twenty-seven constellations, which were chosen in India as a kind of lunar Zodiac, were supposed to have come from Babylon. Now the Babylonian Zodiac was solar, and, in spite of repeated researches, no trace of a lunar Zodiac has been found, where so many things have been found, in the cuneiform inscriptions. But supposing even that a lunar Zodiac had been discovered in Babylon, no one acquainted with Vedic literature and with the ancient Vedic ceremonial would easily allow himself to be persuaded that the Hindus had borrowed that simple division of the sky from the Babylonians. It is well known that most of the Vedic sacrifices depend on the moon, far more than on the sun.[132] As the Psalmist says, "He appointed the moon for seasons; the sun knoweth his going down," we read in the Rig-Veda X. 85, 18, in a verse addressed to sun and moon, "They walk by their own power, one after the other (or from east to west), as playing children they go round the sacrifice. The one looks upon all the worlds, the other is born again and again, determining the seasons."

"He becomes new and new, when he is born; as the herald of the days, he goes before the dawns. By his approach he determines their share for the gods, the moon increases a long life."

The moon, then, determines the seasons, the ritus, the moon fixes the share, that is, the sacrificial oblation for all the gods. The seasons and the sacrifices were in fact so intimately connected together in the thoughts of the ancient Hindus, that one of the commonest names for priest was ritv-ig, literally, the season-sacrificer.

Besides the rites which have to be performed every day, such as the five Mahâyagñas, and the Agnihotra in the morning and the evening, the important sacrifices in Vedic times were the Full and New-moon sacrifices (darsapûrnamâsa); the Season-sacrifices (kâturmâsya), each season consisting of four months;[133] and the Half-yearly sacrifices, at the two solstices. There are other sacrifices (âgrayana, etc.) to be performed in autumn and summer, others in winter and spring, whenever rice and barley are ripening.[134]

The regulation of the seasons, as one of the fundamental conditions of an incipient society, seems in fact to have been so intimately connected with the worship of the gods, as the guardians of the seasons and the protectors of law and order, that it is sometimes difficult to say whether in their stated sacrifices the maintenance of the calendar or the maintenance of the worship of the gods was more prominent in the minds of the old Vedic priests.

The twenty-seven Nakshatras then were clearly suggested by the moon's passage.[135] Nothing was more natural for the sake of counting days, months, or seasons than to observe the twenty-seven places which the moon occupied in her passage from any point of the sky back to the same point. It was far easier than to determine the sun's position either from day to day, or from month to month; for the stars, being hardly visible at the actual rising and setting of the sun, the idea of the sun's conjunction with certain stars could not suggest itself to a listless observer. The moon, on the contrary, progressing from night to night, and coming successively in contact with certain stars, was like the finger of a clock, moving round a circle, and coming in contact with one figure after another on the dial-plate of the sky. Nor would the portion of about one third of a lunation in addition to the twenty-seven stars from new moon to new moon, create much confusion in the minds of the rough-and-ready reckoners of those early times. All they were concerned with were the twenty-seven celestial stations which, after being once traced out by the moon, were fixed, like so many mile-stones, for determining the course of all the celestial travellers that could be of any interest for signs and for seasons, and for days and for years. A circle divided into twenty-seven sections, or any twenty-seven poles planted in a circle at equal distances round a house, would answer the purpose of a primitive Vedic observatory. All that was wanted to be known was between which pair of poles the moon, or afterward the sun also, was visible at their rising or setting, the observer occupying the same central position on every day.

Our notions of astronomy cannot in fact be too crude and too imperfect if we wish to understand the first beginnings in the reckoning of days and seasons and years. We cannot expect in those days more than what any shepherd would know at present of the sun and moon, the stars and seasons. Nor can we expect any observations of heavenly phenomena unless they had some bearing on the practical wants of primitive society.

If then we can watch in India the natural, nay inevitable, growth of the division of the heaven into twenty-seven equal divisions, each division marked by stars, which may have been observed and named long before they were used for this new purpose—if, on the other hand, we could hardly understand the growth and development of the Indian ceremonial except as determined by a knowledge of the lunar asterisms, the lunar months, and the lunar seasons, surely it would be a senseless hypothesis to imagine that the Vedic shepherds or priests went to Babylonia in search of a knowledge which every shepherd might have acquired on the banks of the Indus, and that, after their return from that country only, where a language was spoken which no Hindu could understand, they set to work to compose their sacred hymns and arrange their simple ceremonial. We must never forget that what is natural in one place is natural in other places also, and we may sum up without fear of serious contradiction, that no case has been made out in favor of a foreign origin of the elementary astronomical notions of the Hindus as found or presupposed in the Vedic hymns.[136]

The Arabs, as is well known, have twenty-eight lunar stations, the Manzil, and I can see no reason why Mohammed and his Bedouins in the desert should not have made the same observation as the Vedic poets in India, though I must admit at the same time that Colebrooke has brought forward very cogent arguments to prove that, in their scientific employment at least, the Arabic Manzil were really borrowed from an Indian source.[137]