Does anyone know where to find "Quantum Entanglements, Part 2"? Was it video-recorded? Only Part 1 and Part 3 are available on YouTube. StanfordUniversity did clarify that Part 2 "is unavailable at this time", but that was an year ago.
@timcabc It's not too bad, a three dimensional vector has three components, and a three by three antisymmetric matrix (or tensor if you prefer) only has three independent components. So what you can do is insert the three components of your vector into the matrix (paying special attention to signs). Hope that helps.
I don't think that this guy is a particularly good lecturer.
two thumbs up!!!
grunder20 2 months ago
I've gained a lot of information from here.
agapitoflores001 2 months ago
Does anyone know where to find "Quantum Entanglements, Part 2"? Was it video-recorded? Only Part 1 and Part 3 are available on YouTube. StanfordUniversity did clarify that Part 2 "is unavailable at this time", but that was an year ago.
san34451 1 year ago
I can't understand the anti-symmetric tensor and how the relativistic lorentz force equation is derived
I feel dumb
timcabc 2 years ago 2
@timcabc It's not too bad, a three dimensional vector has three components, and a three by three antisymmetric matrix (or tensor if you prefer) only has three independent components. So what you can do is insert the three components of your vector into the matrix (paying special attention to signs). Hope that helps.
I don't think that this guy is a particularly good lecturer.
huntmatuk 1 year ago
@timcabc watch the previous lecture from about an hour in
DarKool81 4 weeks ago