November 7 - Nobel Winners Born

nPosted on November 7, 2018

Key Points

Marie Curie’s birthday is today – and she not only won a Nobel Prize, she won two! So far she is the only woman to have been awarded two Nobels.

nI’ve already written about Curie (see “Also on this date” below)…but there have been five other Nobel Laureates born on this date! That’s…impressive.

nTwo of these Nobel-Prize-winning birthday-peeps came from two very different places and won for two very different areas of study: Sir Chandrasekhara Venkata Raman was born on this date in 1888, in India, and won for work in physics; and Konrad Lorenz was born on this date in 1904, in Austria, and won for his work in zoology.

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C.V. Raman won a Nobel for his work on light scattering. We all know that light is scattered in a willy-nilly sort of way by particles (atoms or molecules) that are smaller than the wavelength of the light. That kind of scattering affects the short-wavelength light (the blue wavelengths) the most – and that’s why the sky often appears blue. BUT that’s not the sort of light scattering that Raman studied. The kind we all know and love is called Rayleigh scattering after the British physicist, Lord Rayleigh, who provided the first theoretical explanation of the effect.

nRayleigh scattering is called “elastic scattering,” and the energy of the light (photon) stays the same but the direction changes. C.V. Raman studied “inelastic scattering” in liquids (and also gases and solids). In this kind of scattering, some of the energy of the light (photon) is lost or increased. This kind of scattering is called Raman scattering. Scientists use this Raman effect to figure out what is in a substance without necessarily touching and therefore without damaging the substance.

Konrad Lorenz’s work is probably easier for most of us to understand. He is one of the founders of ethology, the study of animal behavior. He investigated how geese and some other birds imprint – which means that they bond instinctively with the first moving object that they see after hatching.

nWhen Lorenz was a young person and a student, he accumulated a lot of animal pets – including some more exotic not-usually-pet animals such as a capuchin monkey. What gets me about that is that his pets lived in his parents’ apartment – and if they hadn’t allowed such a thing, the world might not have gained all the knowledge about animals that Lorenz discovered.

Lorenz had to interrupt his work during World War II, when he was used as a medic and as a military psychologist for the German army. (After the war, Lorenz stated that he regretted being part of the Nazi Party, the Nazi Army, or the Nazi anything!) While the war was raging, Lorenz became a prisoner of war in Russia, and he continued to serve as a medic even as a POW. He actually started writing a book while he was a Russian prisoner, and he tamed a starling (a bird) and so had yet another pet!

nThe ugliness of Lorenz’s life and science was the ways in which he may or may not have helped the hateful and untrue bigotry of the white supremacy and white nationalism that characterize the Nazi party.

nThe beauty of Lorens’s life and science was that he was able to discuss animal behavior within the theory of evolution by natural selection. He asked questions like – How did behavior X benefit the animal? How did the behavior make the animal better adapted to its environment and therefore better able to pass on its genes?