William Henry Bragg

Sir William Henry Bragg and his Work with X-Rays

Sir William Henry Bragg and his Work with X-Rays

On July 2 1862, British physicist, chemist, mathematician, active sportsman and Nobel Laureate Sir William Henry Bragg was born. Bragg shared the 1915 Nobel Prize in physics with his son William Lawrence Bragg [3] “for their services in the analysis of crystal structure by means of X-rays“. During the WW I, Bragg was put in charge of research on the detection and measurement of underwater sounds in connection with the location of submarines. He also constructed an X-ray…
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Primo Levi and the Best Science Book ever Written

Primo Levi and the Best Science Book ever Written

On July 31, 1919, Italian Jewish chemist, writer, and Holocaust survivor Primo Levi was born. As a writer, he is noted for his restrained and moving autobiographical account of and reflections on survival in the Nazi concentration camps. His book The Periodic Table, a collection of short stories published in 1975, and named after the periodic table in chemistry, was named it the best science book ever by the Royal Institution of…
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William Lawrence Bragg and X-Ray Crystallography

William Lawrence Bragg and X-Ray Crystallography

On March 31, 1890, British physicist and X-ray crystallographer William Lawrence Bragg was born. He discovered the Bragg law of X-ray diffraction, which is basic for the determination of crystal structure and was joint winner (with his father, Sir William Bragg) of the Nobel Prize for Physics in 1915.[4] “God runs electromagnetics on Monday, Wednesday, and Friday by the wave theory, and the devil runs it by quantum theory on Tuesday, Thursday,…
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Wilhelm Conrad Röntgen – The Father of Diagnostic Radiology

Wilhelm Conrad Röntgen – The Father of Diagnostic Radiology

On March 27, 1845, Wilhelm Conrad Röntgen was born. The German physicist is best known for producing and detecting electromagnetic radiation in a wavelength range, better known as X-rays or Röntgen rays. Röntgen received the Nobel Prize in Physics for his achievement in 1901. “Having discovered the existence of a new kind of rays, I of course began to investigate what they would do. … It soon appeared from tests that the rays had…
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