Assumptions of Physics Reading Group

See Sabine Hossenfelder on The Laws of Physics and https://assumptionsofphysics.org/book/.

15:48 On covariant physics in flat space, see Newton–Cartan theory and Maggie Lieu on turning off gravity.

34:14 Wikipedia "A product integral is any product-based counterpart of the usual sum-based integral of calculus. The product integral was developed by the mathematician Vito Volterra in 1887 to solve systems of linear differential equations. ... For the case of f:[a,b]→ \mathbb{R}, the product integral reduces exactly to the case of Lebesgue integration, that is, to classical calculus. Thus, the interesting cases arise for functions f:[a,b]→A where A is either some commutative algebra, such as a finite-dimensional matrix field, or if A is a non-commutative algebra."

See also Expansion of the infinite product [Math Processing Error] etc. into a simple series by Leonhard Euler and Jordan Bell, this Mathologer video about Euler's product formula then this one about continued fractions. And then, if you're still bored, see Burkard Polster trying to start a revolution and me Trying to Make a Sci-Fi Movie

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