4 ms·
Not directly related, but for People interested in fundamental physics, classical mechanism is becoming very relevant for explaining particles. «in the deter
by The_rationalist 8y ago
Not directly related, but for People interested in fundamental physics, classical mechanism is becoming very relevant for explaining particles.
«in the deterministic collapse theory of 2016 [29] the nonlocal absolute phase constants of the wavepackets were taken as hidden variables (cf. [30]). Collapse occurs when two wavepackets spatially overlap and satisfy a mathematical criterion, which demands that their phase constants very nearly coincide. The wavepackets then collapse to the overlap volume. In a measurement this mimics the action of a point particle. The phase constants are pseudorandom numbers, in the sense of the deterministic chaos theory, and the Born rules are derived under the assumption that their distribution is uniform. »
« Physicists report that quantum behavior can be explained with classical physics for a single particle, but not for multiple particles as in quantum entanglement and related nonlocality phenomena ("spooky action at a distance" ["gruselige Action in einiger Entfernung" (german)],[344] according to Albert Einstein) »
https://www.eurekalert.org/pub_releases/2018-10/thni-wii101118.php https://www.eurekalert.org/pub_releases/2018-10/thni-wii1011...
And another hidden variable theory explain quantum entanglement.
Thus, classical mechanism deterministically explain ALL of quantum mechanics !
What still needs to be done is to unify those three local hidden variable theories and wouldn't that create the first theory of Everything ?
A thing that quantum mechanics will never by design be able to do by being incompatible with general relativity.
Let's be clear, probabilities distributions (quantum mechanics) are a Nice map of the territory.
But the map isn't the territory ans the territory IS superdeterministic like classical mechanics.
Also, I believe that local hidden variable theories are deeply underresearched because mainstream scientists have not updated their belief on them since 40 years...
I guess too that many quantum scientists are afraid of dropping the Nice absurd Idea of free will...
- mef51 8y agoI thought Bell's theorem ruled out local hidden variable theories? https://en.wikipedia.org/wiki/Bell%27s_theorem https://en.wikipedia.org/wiki/Bell%27s_theorem
- The_rationalist 8y agoBell theorem is kinda a circular reasoning in it's attempt to disprove classical mechanics, see https://en.m.wikipedia.org/wiki/Superdeterminism https://en.m.wikipedia.org/wiki/Superdeterminism Also all the theories I cited justify in their respective paper why the Bell theorem doesn't apply on them. Some does it by being non local but it is not a necesssity.
- gus_massa 8y agoFrom https://en.wikipedia.org/wiki/Pilot_wave_theory#Principles https://en.wikipedia.org/wiki/Pilot_wave_theory#Principles > The theory brings to light nonlocality that is implicit in the non-relativistic formulation of quantum mechanics and uses it to satisfy Bell's theorem. [Disclaimer: I don't like pilot wave theory.]