Like Euler, Thomas Young was one of those rare individuals with such awesome intellectual powers it makes one marvel at the potential in one human brain. And if one thinks intelligence leads to skepticism, Young would disagree. He maintained his childlike faith and moral uprightness throughout his all-to-brief life of 56 years. A good short biography of Thomas Young was written by Dan Graves in Scientists of Faith (Kregel, 1996).
Ready to marvel at Young’s mind? At age two he could read, and by age four he had read through the Bible twice. While a teen, he could read Greek, Latin, Hebrew, Persian, Syriac, and Chaldean. At 14 he was tutoring others on the classics. By age twenty he had also learned French, German, Spanish, Arabic and Italian.
While a teen he also taught himself calculus, studied the sciences, learned how to construct his own optical devices, and learned medicine. He also studied art and learned to play the flute. He was not a complete nerd, either; he could also ride horses, sing, and dance. Once he walked over 170 miles to see an art exhibition.
Young is remembered for a number of major discoveries and accomplishments as an adult scientist. He is considered the founder of physiological optics—the practice of relating optics to the biology of the eye. He postulated that astigmatism was due to defects in the cornea, for instance, and predicted that the retina responds to color with three types of sensors. He was the first to do a double-slit experiment in optics, demonstrating that light had the properties of a wave: the two beams interfere like waves, he found, producing a diffraction pattern on a screen.
In addition, Young began use of the term energy in a published work in 1807 in which he developed a physical concept of energy. He also developed a mathematical constant describing elastic energy, still known as Young’s Modulus (though it owes a debt to work by Leonhard Euler 80 years earlier). Basically, it allows engineers to calculate the strain on a material when a known stress is applied (or vice versa), independent of the geometry of the material. This revolutionized engineering strategies, according to Wikipedia….
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