Particle accelerator deciphers Archimedes

In summary, a team of scientists has successfully used a particle accelerator to decipher and reveal hidden text on a 2,000-year-old document created by Archimedes. The document, known as the Archimedes Palimpsest, contains writings by the ancient Greek mathematician and scientist that were scraped off and overwritten with prayers in the Middle Ages. By using the powerful X-ray beams of a particle accelerator, the scientists were able to uncover and read the original text, providing new insights into Archimedes' work and contributions to mathematics and physics. This groundbreaking technique could potentially be used to reveal other hidden texts and artifacts in the future.
  • #1
Orion1
973
3
BALTIMORE -- A particle accelerator is being used to reveal the long-lost writings of the Greek mathematician Archimedes, work hidden for centuries after a Christian monk wrote over it in the Middle Ages.

Highly focused X-rays produced at the Stanford Linear Accelerator Center were used last week to begin deciphering the parts of the 174-page text that have not yet been revealed. The X-rays cause iron in the hidden ink to glow.

Scholars believe the treatise was copied by a scribe in the 10th century from Archimedes' original Greek scrolls, written in the third century B.C.

It was erased about 200 years later by a monk who reused the parchment for a prayer book, creating a twice-used parchment book known as a "palimpsest." In the 12th century, parchment -- scraped and dried animal skins -- was rare and costly, and Archimedes' works were in less demand.

The palimpsest was bought at auction for $2 million in 1998 by an anonymous private collector who loaned it to the Baltimore museum and funded studies to reveal the text. About 80 percent of the text has been uncovered so far.

While reading an article on the text, Stanford physicist Uwe Bergmann realized he could use a particle accelerator to detect small amounts of iron in the ink. The electrons speeding along the circular accelerator emit X-rays that can be used to cause the iron to fluoresce, or glow.

The so-called Archimedes Palimpsest includes the only copy of the treatise "Method of Mechanical Theorems," in which Archimedes explains how he used mechanical means to develop his mathematical theorems. It is also the only source in the original Greek for the treatise "On Floating Bodies," in which Archimedes deals with the physics of flotation and gravity.

Three of the undeciphered pages were imaged last week, and the rest are expected to take three to four years to complete, Noel said.

Reference:
http://www.thewalters.org/archimedes/frame.html
http://archive.harktheherald.com/
 
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  • #2
Orion1 said:
Reference:
http://www.thewalters.org/archimedes/frame.html
http://archive.harktheherald.com/

Hi,

can I ask you where you got the quote from ? I didn't find it in your references... Thanks.

Cheers,
Patrick.
 
Last edited by a moderator:
  • #3


The specific link is too long to post here, just click:
http://archive.harktheherald.com/

And type 'Archimedes' in the search engine, the exact article is listed there.

Also note that the quote listed here is not complete, rather just highlights of the article.


Contrary to what scholars had thought, the ancient Greeks, who invented mathematics, did explore the concept of infinity.

Mathematicians have long thought that the concept of infinity wasn't studied in any detailed way until the Scientific Revolution.

But Reviel Netz, an assistant professor of classics at Stanford University, recently examined an ancient text called the Archimedes Palimpsest, which was authored by Archimedes and is currently housed at the Walters Art Museum in Baltimore.

Netz and some colleagues were shocked to discover a reference to a proof that Archimedes had worked on comparing two infinitely large sets.

"We could hardly believe our eyes, " Netz wrote in the Nov. 1 Science. "It has always been thought that modern mathematicians were the first to be able to handle infinitely large sets. "

Reference:
http://archive.harktheherald.com/
 
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1. What is a particle accelerator?

A particle accelerator is a scientific instrument that accelerates charged particles to high speeds using electromagnetic fields. It is used to study the fundamental nature of matter and energy, and to create new particles for research.

2. How does a particle accelerator decipher Archimedes?

A particle accelerator can decipher Archimedes by using a technique called X-ray fluorescence. This technique involves shooting high-energy X-rays at an object, which causes the atoms in the object to emit characteristic X-rays. By analyzing these X-rays, scientists can determine the chemical composition of the object, allowing them to decipher any hidden text or drawings.

3. Why was the particle accelerator used to decipher Archimedes?

The particle accelerator was used to decipher Archimedes because it is a non-destructive and highly precise method of analysis. This means that it can reveal hidden text or drawings without damaging the original document, making it ideal for studying ancient artifacts like the Archimedes Palimpsest.

4. What did the particle accelerator reveal about Archimedes' work?

The particle accelerator revealed that Archimedes was far ahead of his time in terms of mathematics and engineering. The analysis of the Archimedes Palimpsest showed that he had made significant advancements in calculus, geometry, and hydrostatics, and had even developed theories that were not discovered until centuries later.

5. How has the use of particle accelerators impacted the study of ancient artifacts?

The use of particle accelerators has greatly impacted the study of ancient artifacts by allowing scientists to uncover hidden information without damaging the original object. This has led to new insights and discoveries about ancient civilizations, their technologies, and their contributions to the development of science and mathematics.

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