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kottke.org posts about Steven Weinberg

Some science book reading lists

posted by Jason Kottke   Jun 30, 2015

From John Horgan, a list of 25 Terrific Science(y) Books. There are some unorthodox picks here (next to some no-brainers):

Ulysses, by James Joyce, 1922. Yeah, it’s a work of fiction, but as I argued a few years ago, Joyce was a more astute observer of the mind than anyone before or since. He exemplifies Noam Chomsky’s dictum that we will always learn more about ourselves from literature than from science.

The Structure of Scientific Revolutions, Thomas Kuhn, 1962. This sneaky, subversive assault on conventional notions of scientific truth and progress triggered a revolution itself within the philosophy of science. Be sure to note where Kuhn compares scientists with drug addicts.

From Steven Weinberg, a list of the 13 best science books for the general reader. Solid list. But The Origin of Species is more than a little tough for the lay reader; I tried reading it a few years ago and it was a slog. I recommend The Elegant Universe and The Making of the Atomic Bomb w/o reservation.

Physics: what we currently know and don’t know

posted by Jason Kottke   Oct 21, 2013

For the New York Review of Books, theoretical physicist and Nobel laureate Steven Weinberg gives us an update on what we know and don’t know about physics.

It turns out that particles already known to us are not enough to account for the mass of the hot matter in which the sound waves must have propagated. Fully five sixths of the matter of the universe would have to be some kind of “dark matter,” which does not emit or absorb light. The existence of this much dark matter in the present universe had already been inferred from the fact that clusters of galaxies hold together gravitationally, despite the high random speeds of the galaxies in the clusters. So this is a great puzzle: What is the dark matter? Theories abound, and attempts are underway to catch ambient dark matter particles or remnants of their annihilation in detectors on Earth or to create dark matter in accelerators. But so far dark matter has not been found, and no one knows what it is.