Understanding #Quantum #Mechanics #3: #NonLocality

❛❛ #Quantum #Mechanics, it seems, then forces you to give up on #determinism & #locality. It is fundamentally unpredictable & #nonlocal. ❜❜ 5:00/7-min.

🔗 https://www.youtube.com/watch?v=XL9wWeEmQvo 2020 May 29
🔗 https://Wikipedia.org/wiki/Quantum_nonlocality
🎓 h/t @teledyn for thoughts on non-locality.

#Community #TimeTravel #Research #physics #science #spacetime #BellsTheorem #video #Kronodon

Understanding Quantum Mechanics #3: Non-locality

YouTube

⬆️ >> #ZeroDenom Here is a humorous example that “proves” that 1 == 2.

Time to move up from elementary algebra :-)

"…any form of #BellsTheorem lets one quickly and easily prove that 0=1"

via @chemoelectric https://masto.ai/@chemoelectric/113856316516264216

@MoiraEve@mastodon.world

Barry Schwartz 🫖 (@chemoelectric@masto.ai)

This leads us to see one of the reasons John Clauser does not deserve his Nobel Prize: he did not arrive at the same result as QM, yet did not consider his result an error. ALL MATHEMATICAL METHODS MUST ARRIVE AT THE SAME RESULT. Otherwise mathematics would be inconsistent! And, indeed, any form of "Bell's theorem" lets one quickly and easily prove that 0=1.

Mastodon
Bell's Theorem - GTech Booster

Bell's theorem states that certain consequences of entanglement in quantum mechanics cannot be reproduced by local hidden-variable theories.

GTech Booster
Bell's Theorem: The Quantum Venn Diagram Paradox

YouTube

Still wondering how well I did at explaining the #BellsTheorem #Physics experiment I did with 6th years (~18yrs old, meeting this stuff for the first time). It's the polarised sheet experiment where you have two crossed sheets (so "black") and introduce a third a 45deg and it gets lighter.

(1/n)