Wilhelm röntgen biography

Knowable Magazine. Retrieved 25 March University of Washington: Department of Radiology. Something About X-Rays for Everybody. ISBN Cambridge University Press. Science in the Twentieth Century and Beyond. Cambridge: Polity Press. Inward bound: of matter and forces in the physical world Reprint ed. Oxford: Clarendon Press [u. Hasse, A ed. Singapore: World Scientific.

Michigan State University. Retrieved 18 September OCLC Columbia Daily Spectator. XLIII, no. New York City. Retrieved 22 March Retrieved 22 February Royal Netherlands Academy of Arts and Sciences. Retrieved 20 July National Library of Medicine. Retrieved 16 August The son of a German weaver and a Dutch mother, he moved with his wilhelm röntgen biography at an early age to the Netherlands.

Specifically, they settled in Apeldoorn, where he began his studies at the Martinus Herman van Doorn Institute. During this stage he showed certain gifts for the manufacture and manipulation of mechanical devices, as well as a certain love for nature. In this center he was barely three years due to a misunderstanding. Despite the fact that the sketch was made by someone else, his innocence was not believed and he was expelled from the center.

This meant a blemish on his file and the loss of credentials, which prevented him from attending the University of Utrecht, for example. For this reason, he enrolled at the Federal Polytechnic Institute in Zurich, where he obtained very good marks as a mechanical engineering student. In he also got a doctorate at the University of Zurich, which gave him the opportunity to work as an assistant to August Kundt -a notable German physicist of the time who opened the doors for his development as a scientist.

At Giessen he had the opportunity to make a name for himself as an excellent researcher and a demanding person with work. In fact, few students attended their practices due to the complexity of the experimental physics that they developed in their classes. He was a key figure for the theory of electromagnetism that flourished in those years coinciding with the Second Scientific Revolution.

Although it is not very clear what the methodology was when it came to finding out these electromagnetic waves, the most established idea was due to an error by an assistant who is a fan of photography. This inspired the physicist to wonder how that inexplicable event happened. He noticed that those plates had been locked in a drawer covered with black paper.

And on top of that drawer there was a cathode tube that could be responsible for the veiling. He got to work and for weeks he was investigating how that lightning had supposedly veiled the photographic plates. He named that ray X-ray, being the name that remains today.

Wilhelm röntgen biography

On November 8,he discovered that if the cathode discharge tube was enclosed in a dark box where light would not enter and he placed paper covered by barium platinocyanide, it became fluorescent when exposed to the cathode tube. German physicist Rontgen was the first to win the Nobel Prize in Physics. His insight was immediately useful in many areas of medical imaging.

Perhaps his most notable honor came inwhen he received the Nobel Prize in Physics. Thus, he is the inaugural holder of the prize. The honor was for his groundbreaking work on X-rays. With this finding, he paved the way for diagnostic radiology and shook the foundations of the medical world. He laid the groundwork for the use of imaging in medicine.

Understanding the dangers of X-rays has allowed scientists to create measures that drastically reduce exposure. While X-rays will always have an important place in medicine, new imaging methods have since emerged, some of which eliminate the need for radiation altogether. Your email address will not be published. Save my name, email, and website in this browser for the next time I comment.

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