Ignatius Donnelly - Antediluvian world

Here we seem to have a reference to the magnetic cup used in night sailing; and this is another proof that the use of the magnetic needle in sea-voyages was associated with the Atlantean gods.

ANCIENT

COINS

OF

TYRE

Lucian tells us that a sea-shell often took the place of the cup, as a vessel in which to hold the water where the needle floated, and hence upon the ancient coins of Tyre we find a sea-shell represented.

Here, too, we have the Pillars of Hercules, supposed to have been placed at the mouth of the Mediterranean, and the tree of life or knowledge, with the serpent twined around it, which appears in Genesis; and in the combination of the two pillars and the serpent we have, it is said, the original source of our dollar mark [$].

COIN

FROM

CENTRAL

AMERICA

Compare these Phoenician coins with the following representation of a copper coin, two inches in diameter and three lines thick, found nearly a century ago by Ordonez, at the city of Guatemala. “M. Dupaix noticed an indication of the use of the compass in the centre of one of the sides, the figures on the same side representing a kneeling, bearded, turbaned man between two fierce heads, perhaps of crocodiles, which appear to defend the entrance to a mountainous and wooded country. The reverse presents a serpent coiled around a fruit-tree, and an eagle on a hill.” (Bancroft’s “Native Races,” vol. iv., p. 118.) The mountain leans to one side: it is a “culhuacan,” or crooked mountain.

We find in Sanchoniathon’s “Legends of the Phoenicians” that Ouranus, the first god of the people of Atlantis, “devised Baetulia, contriving stones that moved as having life, which were supposed to fall from heaven.” These stones were probably magnetic loadstones; in other words, Ouranus, the first god of Atlantis, devised the mariner’s compass.

I find in the “Report of United States Explorations for a Route for a Pacific Railroad” a description of a New Mexican Indian priest, who foretells the result of a proposed war by placing a piece of wood in a bowl of water, and causing it to turn to the right or left, or sink or rise, as he directs it. This is incomprehensible, unless the wood, like the ancient Chinese compass, contained a piece of magnetic iron hidden in it, which would be attracted or repulsed, or even drawn downward, by a piece of iron held in the hand of the priest, on the outside of the bowl. If so, this trick was a remembrance of the mariner’s compass transmitted from age to age by the medicine men. The reclining statue of Chac-Mol, of Central America, holds a bowl or dish upon its breast.

Divination was the ars Etrusca. The Etruscans set their temples squarely with the cardinal points of the compass; so did the Egyptians, the Mexicans, and the Mound Builders of America. Could they have done this without the magnetic compass?

The Romans and the Persians called the line of the axis of the globe cardo, and it was to cardo the needle pointed. Now “Cardo was the name of the mountain on which the human race took refuge from the Deluge . .

. the primitive geographic point for the countries which were the cradle of the human race.” (Urquhart’s “Pillars of Hercules,” vol. i., p. 145.) From this comes our word “cardinal,” as the cardinal points.

Navigation.—Navigation was not by any means in a rude state in the earliest times:

“In the wanderings of the heroes returning from Troy, Aristoricus makes Menelaus circumnavigate Africa more than 500 years before Neco sailed from Gadeira to India.” (“Cosmos,” vol. ii., p. 144.) “In the tomb of Rameses the Great is a representation of a naval combat between the Egyptians and some other people, supposed to be the Phoenicians, whose huge ships are propelled by sails.” (Goodrich’s “Columbus,” p. 29.)

The proportions of the fastest sailing-vessels of the present day are about 300 feet long to 50 wide and 30 high; these were precisely the proportions of Noah’s ark—300 cubits long, 50 broad, and 30 high.

“Hiero of Syracuse built, under the superintendence of Archimedes, a vessel which consumed in its construction the material for fifty galleys; it contained galleries, gardens, stables, fish-ponds, mills, baths, a temple of Venus, and an engine to throw stones three hundred pounds in weight, and arrows thirty-six feet long. The floors of this monstrous vessel were inlaid with scenes from Homer’s ‘Iliad.’” (Ibid., p. 30.)

The fleet of Sesostris consisted of four hundred ships; and when Semiramis invaded India she was opposed by four thousand vessels.

It is probable that in the earliest times the vessels were sheeted with metal. A Roman ship of the time of Trajan has been recovered from Lake Ricciole after 1300 years. The outside was covered with sheets of lead fastened with small copper nails. Even the use of iron chains in place of ropes for the anchors was known at an early period. Julius Caesar tells us that the galleys of the Veneti were thus equipped. (Goodrich’s “Columbus,” p. 31.)

Gunpowder.—It is not impossible that even the invention of gunpowder may date back to Atlantis. It was certainly known in Europe long before the time of the German monk, Berthold Schwarz, who is commonly credited with the invention of it. It was employed in 1257 at the siege of Niebla, in Spain. It was described in an Arab treatise of the thirteenth century. In A.D. 811 the Emperor Leo employed fire-arms. “Greek-fire” is supposed to have been gunpowder mixed with resin or petroleum, and thrown in the form of fuses and explosive shells. It was introduced from Egypt A.D. 668. In A.D. 690 the Arabs used fire-arms against Mecca, bringing the knowledge of them from India. In A.D. 80 the Chinese obtained from India a knowledge of gunpowder. There is reason to believe that the Carthaginian (Phoenician) general, Hannibal, used gunpowder in breaking a way for his army over the Alps. The Romans, who were ignorant of its use, said that Hannibal made his way by making fires against the rocks, and pouring vinegar and water over the ashes. It is evident that fire and vinegar would have no effect on masses of the Alps great enough to arrest the march of an army. Dr. William Maginn has suggested that the wood was probably burnt by Hannibal to obtain charcoal; and the word which has been translated “vinegar” probably signified some preparation of nitre and sulphur, and that Hannibal made gunpowder and blew up the rocks. The same author suggests that the story of Hannibal breaking loose from the mountains where he was surrounded on all sides by the Romans, and in danger of starvation, by fastening firebrands to the horns of two thousand oxen, and sending them rushing at night among the terrified Romans, simply refers to the use of rockets. As Maginn well asks, how could Hannibal be in danger of starvation when he had two thousand oxen to spare for such an experiment? And why should the veteran Roman troops have been so terrified and panic-stricken by a lot of cattle with firebrands on their horns? At the battle of Lake Trasymene, between Hannibal and Flaminius, we have another curious piece of information which goes far to confirm the belief that Hannibal was familiar with the use of gunpowder. In the midst of the battle there was, say the Roman historians, an “earthquake;” the earth reeled under the feet of the soldiers, a tremendous crash was heard, a fog or smoke covered the scene, the earth broke open, and the rocks fell upon the beads of the Romans. This reads very much as if the Carthaginians had decoyed the Romans into a pass where they had already planted a mine, and had exploded it at the proper moment to throw them into a panic.

Earthquakes do not cast rocks up in the air to fall on men’s heads!

And that this is not all surmise is shown by the fact that a city of India, in the time of Alexander the Great, defended itself by the use of gunpowder: it was said to be a favorite of the gods, because thunder and lightning came from its walls to resist the attacks of its assailants.