Paul Linden facts for kids
Quick facts for kids
Paul Linden
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Born |
Paul Frederick Linden
29 January 1947 |
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Thesis | The Effect of Turbulence and Shear on Salt Fingers (1972) |
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Paul Frederick Linden (born on January 29, 1947) is a smart mathematician. He studies how liquids and gases move, which is called fluid dynamics. He used to be a special professor at the University of Cambridge. He was also a professor at the University of California, San Diego.
Education
Paul Linden studied at the University of Cambridge. He earned his PhD degree there in 1972. His main teacher was Stewart Turner. For his PhD, he wrote about how "turbulence" (swirly movements) and "shear" (forces that twist things) affect "salt fingers." These are tiny, finger-like movements that happen when salty water meets less salty water.
Awards and Honours
Paul Linden has received important awards for his work. In 2003, he became a Fellow of the American Physical Society. This means he was recognized as a leading scientist in physics.
In 2007, he was chosen to be a Fellow of the Royal Society (FRS). This is a very high honour for scientists in the United Kingdom. It means he is one of the best scientists in the world.
His award recognized him for several key things:
- He is famous for his experiments and ideas about how fluids move. This helps us understand oceans, weather, and even problems in factories.
- He is very good at finding out the basic physical rules behind many different things.
- He studied how different layers of water mix in the ocean. This helped explain how ocean layers form.
- He looked at how fluids mix when they are layered, like oil and water. He also came up with a way to measure how well fluids mix.
- He studied how swirling movements (like vortices) behave in rotating fluids.
- His work on how gravity makes fluids flow has helped us understand "fronts" in the atmosphere and ocean. These are like boundaries between different air or water masses.
- He also helped design new ways to naturally cool and air buildings. For example, his ideas were used in the New York Times building.
- He helped create new ways to see and measure how fluids move in experiments.