zeusfyi
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Quantum observers synchronize at the speed of light and align towards the superposition of mass/energy/info. eg center of gravity. Gravity is a pulsing force that works like an AESA radar. it is a quantum/classical physics information transformer. Once information is observable from a quantum process, eg self measured. it creates gravity for that state. which binds causes to effects This solution shows that yes. time/space is in fact discrete. and yes it is a principle of superposition. Gravity binds informational capacity to the bounds of space and time.
Why would the universe be expanding? Literally needs space to store new information. Why would the observable eventually expand to where light will never reach? Information capacity. What mediates information flow? Gravity flow is the cosmological constant.
What else our theory predicts. No information before the big bang, gravity, then fundamental forces creating knowledge from an undefined quantum process. Eg a complete fully explained. solution consistent with quantum, classical
Additional prediction, subatomic, composite, and elementary particle orientations and directional spins, are all set by gravity and mass is mediated by Higgs boson which has no spin, and should be unstable due to it being more fundamental to gravity.
This predicts the high amount of symmetry. eg positive/negative charges. anti-matter may just have been more inefficient.
I also predict dark matter is hidden from causality and shares no new information, thus is not bound to classical rules. And it is in-fact part of how gravity mediates information entropy along with dark energy, probably to meet some sort of assembly target entropy.
I predict that Quantum Mechanics, using its inherent dimensions of statistical information (a concept alien to our brains honestly) that are only accessible when hidden from causality, is how it creates lossless compression and conserves information, which shows up as black body radiation in the vacuum.
The compression ratio of space time due to gravity, which causes black holes, is to prevent classical information loss, as it compresses dimensionality back to quantum information. The constant is that value, the Gravitation constant, and the fundamental way it can be calculated, also taking into account other factors like SNR codes “fundamental particles” that boosts QNR/CNR signal
Other predictions matching reality, eg our brains use gravity to measure space time as well.
Here we review behavioral evidence in favor of the hypothesis that the brain is endowed with mechanisms that exploit the presence of gravity to estimate the spatial orientation and the passage of time.
https://pubmed.ncbi.nlm.nih.gov/26595949/
Lacquaniti F, Bosco G, Gravano S, Indovina I, La Scaleia B, Maffei V, Zago M. Gravity in the Brain as a Reference for Space and Time Perception. Multisens Res. 2015;28(5-6):397-426. doi: 10.1163/22134808-00002471. PMID: 26595949.
Other excerpts:
This is an excerpt on quantum to classical systems of information transfer. And it is 100% consistent with our theory of gravity. You don't have to believe us, this is Cal Tech.
http://theory.caltech.edu/~preskill/ph219/chap10_6A.pdf
pg 40
Therefore, if Alice wants to convey classical information to Bob by sending qubits, she can do no better than treating the qubits as though they were classical, sending each qubit in one of the two orthogonal states {|0i, |1i} to transmit one bit. This statement is not so obvious. Alice might try to stuff more classical information into a single qubit by sending a state chosen from a large alphabet of pure single-qubit signal states, distributed uniformly on the Bloch sphere. But the enlarged alphabet is to no avail, because as the number of possible signals increases the signals also become less distinguishable, and Bob is not able to extract the extra information Alice hoped to deposit in the qubit. If we can send information more efficiently by using an alphabet of mutually orthogonal states, why should we be interested in the accessible information for an ensemble of non-orthogonal states? There are many possible reasons. Perhaps Alice finds it easier to send signals, like coherent states, which are imperfectly distinguishable rather than mutually orthogonal. Or perhaps Alice sends signals to Bob through a noisy channel, so that signals which are orthogonal when they enter the channel are imperfectly distinguishable by the time they reach Bob.
--- Zeusfyi
Gotcha, so you're saying it needs to create space-time dimensionality. But it's not that obvious. Cool.
So you're saying a quantum-classical system would need to prevent over-saturation, or it would lose INFORMATION. lol. this is unreal funny
hmm? what might that look like in a visible universe? an over-saturation of signal? a black hole. lol called it...
so you're saying the alphabet of signal codes are a good candidate for explaining the gravitational constant. interesting.
gotcha so nature probably uses the same principals of radar, and dimensionality to express an equivalent amount of state. cool. thanks for the education cal tech.