Major contractions to hidden variables theory?
What's the most convincing evidence that hidden variable theory could be correct?
What's the most glaring fault/issue with hidden variables theory? (Hard mode, name an issue that doesn't have anything to do with whether or not evidence can be observed from within space-time)
Everything below this line, is opinion.
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These opinions can not currently be tested to have supporting evidence or evidence that refutes them. Unless new proposals for gravity's interaction in virtual wave-space are published, this is speculative only at this time:
Personally, I like the hidden variables theory. It may allow for virtual force vectors, that only exist for tensors along dimensional axis's outside of space-time, to have an observable effect within space-time. I.E. a Dark Energy and/or Dark Matter explanation that could potentially be tested, if we ever think we have an accurate model of gravitational waves' movement along the "virtual" axis that we can't directly observe, we should be able to predict how and where we should see these differences have an impact on mass distribution for large cosmological structures.
Also, I am not Gary, but I am curious whether Gary's Optimum automata could simulate the virtual vector space, that is an additional dimensional axis. Space-Time+1
What's the most convincing evidence that hidden variable theory could be correct?
What's the most glaring fault/issue with hidden variables theory? (Hard mode, name an issue that doesn't have anything to do with whether or not evidence can be observed from within space-time)
Everything below this line, is opinion.
----
These opinions can not currently be tested to have supporting evidence or evidence that refutes them. Unless new proposals for gravity's interaction in virtual wave-space are published, this is speculative only at this time:
Personally, I like the hidden variables theory. It may allow for virtual force vectors, that only exist for tensors along dimensional axis's outside of space-time, to have an observable effect within space-time. I.E. a Dark Energy and/or Dark Matter explanation that could potentially be tested, if we ever think we have an accurate model of gravitational waves' movement along the "virtual" axis that we can't directly observe, we should be able to predict how and where we should see these differences have an impact on mass distribution for large cosmological structures.
Also, I am not Gary, but I am curious whether Gary's Optimum automata could simulate the virtual vector space, that is an additional dimensional axis. Space-Time+1
