Click here: to donate by Credit Card
Or here: to donate by PayPal
Or by mail to: Free Republic, LLC - PO Box 9771 - Fresno, CA 93794
Thank you very much and God bless you.
Posted on 08/02/2025 7:14:52 AM PDT by SunkenCiv
On November 7, 1492, the Ensisheim meteorite was observed to fall in a wheat field outside the walled town of Ensisheim in then Alsace, Further Austria (now France).
It was a stony, triangular-shaped meteorite weighing 127 kilograms. The object can still be seen in Ensisheim's Museum, the sixteenth-century Musée de la Régence.
Upon impact, the meteorite created a 1-meter (3 ft 3 in) deep hole. Its fall through the Earth's atmosphere was witnessed at a distance of up to 150 kilometers from where it eventually landed.
People living in neighboring areas gathered at the location to raise the meteorite from its impact hole. They began removing pieces of the meteorite, considered a sign of good luck from God. Many of the fragments later ended up in museums around the world.
According to sources, King Maximilian of Austria heard of the stone falling from the sky and decided to look at it. At the time, he was engaged in local battles with the French and believed that the fall was a sign from God, predicting his upcoming military victories.
After removing a piece of meteorite for himself, Maximilian declared that the remains should be kept in the church forever.
The stone remained in the parish church until the French revolution. Later, it was placed in a museum in nearby Colmar by French revolutionaries. French scientists also removed some pieces of the meteorite for further study.
The meteorite was returned to the church but had lost much of its mass by this time. Eventually, the remaining specimen, a rounded gray mass weighing only 55 kg, can be seen today at Ensisheim resting in an elegant case in the middle of the main hall of the Regency Palace...
(Excerpt) Read more at ancientpages.com ...
|
|
Click here: to donate by Credit Card Or here: to donate by PayPal Or by mail to: Free Republic, LLC - PO Box 9771 - Fresno, CA 93794 Thank you very much and God bless you. |
Picture this: you live in the town of L'Aigle in Normandy, France. You're just going about your business on this day in 1803, when suddenly, rocks start to fall from the sky.
You'd notice, right? Well, it was the presence of a townful of witnesses to more than 3,000 stones falling from the sky that finally helped scientists confirm that meteorites came from space.
Although writing about meteorites goes even farther back than the Romans, writes French researcher Matthieu Gounelle, prior to the late 1700s nobody thought of them as something that needed scientific explanation. Like rains of less likely substances -- including "blood, milk, wool, flesh and gore," according to historian Ursula Marvin -- eighteenth-century rationalists with their fancy new scientific outlook thought the stories of rains of iron rocks weren't real.
A physicist named Ernst Chladni had published a book in 1794 suggesting that meteorites came from space. Chladni was hesitant to publish, writes Marvin, because he knew that he was "gainsaying 2,000 years of wisdom, inherited from Aristotle and confirmed by Isaac Newton, that no small bodies exist in space beyond the Moon."
...But after the meteorites fell in l'Aigle, Jean-Baptise Biot, a physicist, went to analyze the event. Biot was a scientist whose resume also includes the first scientific balloon flight and pioneering work in the field of saccharimetry (a way to analyze sugar solutions)...
"Biot distinguished two kinds of evidence of an extraterrestrial origin of the stones," Gounelle writes. First, the kind of stone that had fallen was totally different than anything else available locally -- but it was similar to the stone from the Barbotan meteor fall in 1790. "The foundries, the factories, the mines of the surroundings I have visited, have nothing in their products, nor in their slag that have with these substances any relation," Biot wrote.Scientists Didn't Believe in Meteorites Until 1803 | Kat Eschner | Smithsonian Magazine | April 26, 2017
An artist's rendering of a meteor passing over the British Isles in 1783. Unlike the L'Aigle meteor a few decades later, the meteorites from this event were not witnessed falling to the ground, and thus meteorites remained a scientific mystery for another 20 years.
Wellcome Images
aristotle stones can't fall from the sky [snip] Aristotle believed that stones could not fall from the sky because he thought the heavens were perfect and could not have loose pieces floating around to fall to Earth. [/snip] | Brave AI result
Hmm, I missed it.
Christopher Columbus also discovered America in 1492 - it was quite the year!
Seems like a small hole
but no one in Europe knew about his discoveries until 1493
Um…..how does this happen with a rock?
Christopher Columbus also discovered America in 1492 - it was quite the year!The 15th century itself set the modern world: French & English statehood, printing press, rise of Ottomans, Reconquista in Spain, the Caravel and European transoceanic trade & conquest (also the Ming fleet), Hussite Rebellion, Devotio Moderna, Aztec rise, Songhai rise (slave trade), matchlock trigger for firearms, double-entry bookkeeping & modern banking bills of exchange, industrial advances, esp. mills and furnaces, and, of course Da Vinci.
How does a rock go from 122kg to 59kg? The USPS hadn’t been invented, must have been FedEx damaged in shipment. Lucky it even made it to earth...
That’s what he said.
The article says various people and institutions kept chipping away samples from the stony meteorite, reducing its original 127 kilogram mass to 55 before it was finally returned to the church. (After French revolutionaries had removed it.) Its density should have remained the same, if it was homogenous in composition throughout, if that’s what you mean.
Aside: Through gifts and thefts, only a fraction of the rocks the Apollo missions brought back from the moon remain in NASA’s keeping.
“I would rather believe that two Yankee professors would lie than that stones would fall from heaven.” - attributed to Thomas Jefferson, 1807
Uh, people kept chipping off chunks of it.
Brave AI: [snip] According to historical records, Jefferson’s reaction to the meteorite incident was cautious, but not as dismissive as the quote suggests. He wrote to Daniel Salmon on 15 February 1808, expressing that while it was difficult to explain how a stone could have come into its position, it was not easier to explain how it got into the clouds from which it was supposed to have fallen. Jefferson emphasized the need for evidence to support such extraordinary claims. [/snip]
(turns out, use of the phrase “extraordinary claims” is in fact the only indisputably extraordinary claim)
😁
The trick is to have it miss you.
In 1482, Ensisheim sailed the sky, um, blue?
Oh, I get that part.
But the syntax chosen by the writer makes it like a natural, sort-of decompositional situation.
Disclaimer: Opinions posted on Free Republic are those of the individual posters and do not necessarily represent the opinion of Free Republic or its management. All materials posted herein are protected by copyright law and the exemption for fair use of copyrighted works.
