Can we make any ab initio predictions about it all?
A 2016 paper: aip.scitation.org/doi/abs/10.1063/1.4948309
Quantum Chemistry 10.1 - Hydrogen Molecule Hamiltonian by TMP Chem (2016)
Source. Continued in the following videos, uses the Born–Oppenheimer approximation. Does not give predictions vs experiment?The Engineering Puzzle of Storing Trillions of Bits in your Smartphone / SSD using Quantum Mechanics by Branch Education (2020)
Source. Nice animations show how quantum tunnelling is used to set bits in flash memory.In special relativity, it is impossible to travel faster than light.
One argument of why, is that if you could travel faster than light, then you could send a message to a point in Spacetime that is spacelike-separated from the present. But then since the target is spacelike separated, there exists a inertial frame of reference in which that event happens before the present, which would be hard to make sense of.
Even worse, it would be possible to travel back in time:
To run each example and see the output run:
./build.sh
xdg-open out/index.htmlBasic class example.
@cirosantilli/_file/python/sphinx/python/sphinx/virtual_method Updated 2025-01-10 +Created 1970-01-01
Basic component in spintronics, used in both giant magnetoresistance
He was at Fairchild. That place was nuts.
Minimal example. Gives a hint at how boilerplate heavy Sphinx can be!
Introduction to Spintronics by Aurélien Manchon (2020) spin-transfer torque section
. Source. Describes how how spin-transfer torque was used in magnetoresistive RAM
More comments at: Video "Introduction to Spintronics by Aurélien Manchon (2020)".
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