Describes perfect lossless waves on the surface of a string, or on a water surface.
As mentioned at: math.stackexchange.com/questions/579453/real-world-application-of-fourier-series/3729366#3729366 from solving partial differential equations with the Fourier series citing courses.maths.ox.ac.uk/node/view_material/1720, analogously to the heat equation, the wave linear equation can be be solved nicely with separation of variables.
Plutonium-based.
Its plutonium was produced at Hanford site.
- newrepublic.com/article/173376/100-political-films-new-republic-list archive.ph/SJCgo The 100 Most Significant Political Films of All Time
4 K. Enough for to make "low temperature superconductors" like regular metals superconducting, e.g. the superconducting temperature of aluminum if 1.2 K.
Contrast with liquid nitrogen, which is much cheaper but only goes to 77K.
The group of all transformations that preserve some bilinear form, notable examples:
- orthogonal group preserves the inner product
- unitary group preserves a Hermitian form
- Lorentz group preserves the Minkowski inner product
A young Ciro Santilli really liked this game, the way it makes you feel.
Extract certain pages of a PDF:
pdftk input.pdf cat 2-4 output out1.pdf
Course actually means "degree", not just one specific "course":
The course outline is given in a "handbook", a one or more PDF files that contain what people will learn and other practicalities. There is a full list of handbooks at: www.ox.ac.uk/students/academic/guidance/undergraduate/handbooks, but many of them are closed. The system is so closed that even the fucking course list is closed, e.g. all links at: www2.physics.ox.ac.uk/students/undergraduates are closed. Insane.
Canonical example: Euclidean space.
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