I did physics at university, but with hindsight I think I wasn't much good at it, and should have studied computer science.
However, as an education it was valuable. "Thinking like a physicist" I call it sometimes, though I imagine real physicists would scoff at my thoughts. Having some understanding of how and why things work helps me find my place in the world, and is very useful, especially electronics.
But... roughly, in the 19th century it was chemistry that made enormous strides that changed the human condition, in the 20th it was physics, and I predict in the 21st it will be biology. Biology and information science are moving together, mostly in genetics and brain science with AI. Geneticists have barely scratched the surface of the unknown, and neither have neurologists.
However, as an education it was valuable. "Thinking like a physicist" I call it sometimes, though I imagine real physicists would scoff at my thoughts. Having some understanding of how and why things work helps me find my place in the world, and is very useful, especially electronics.
But... roughly, in the 19th century it was chemistry that made enormous strides that changed the human condition, in the 20th it was physics, and I predict in the 21st it will be biology. Biology and information science are moving together, mostly in genetics and brain science with AI. Geneticists have barely scratched the surface of the unknown, and neither have neurologists.
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