PART I PREDICTIONS
PREDICTION I: AN ANTIVERSE EXISTS
This one should come as no surprise if you read the previous page. This interpretation predicts
the existence of a universe (antiverse) that is essentially a negative image of our own, which is
made of antimatter from our frame of reference, and in which time runs backward relative to our
perspective. This means that if we could make a theoretical time machine and travel back all the
way to the big bang, and then keep going further back, we might end up in the antiverse. While
time kept running backwards for our frame of reference, we would witness the birth of the antiverse
in forward time, relative to that universe.
PREDICTION II: SEVERAL CORE THEORIES OF PHYSICS WILL NOT BE VIOLATED
This theory is built upon several key theories of physics. If these theories are shown to be
violated, it would mean core parts of this theory would need to be remodeled, reconsidered, or
abandoned. These include:
- Special and general relativityTheory that transformed physics and astronomy by depicting time and space as one entity: a 4-dimensional spacetime.(Click for more info.)
- Quantum field theory and theFramework that treats particles as excited states of their underlying quantum fields, which are more fundamental than the particles themselves.(Click for more info.)Standard Model of particle physicsTheory that describes three of the four known fundamental forces of nature, which has made several astonishingly accurate predictions in particle physics.(Click for more info.)
- The Heisenberg uncertainty principle, and conservation of uncertaintyPrinciple which implies that it is not possible to predict the value of a (quantum) quantity with arbitrary certainty, even if all initial conditions are specified.(Click for more info.)
- CPT symmetryReversal of charge (C), parity (P), and time (T) of a particle results in a exact symmetry at a fundamental physical level.(Click for more info.)
- Baryon asymmetry (within our own universe)The imbalance between matter and antimatter in the observable universe.(Click for more info.)
- No-hiding theorem, and conservation of informationTheorem that states that quantum information is never truly lost.(Click for more info.)
Obviously, there are some discrepancies between some of these theories. For example, we know that
there are issues to be resolved between quantum field theory and relativity, so those might be
modified if a solid theory is able to merge the two. For the no-hiding theorem, this theory
predicts that the black hole information paradox will somehow be reconciled.
When predictions of quantum mechanics and general relativity are combined, the math indicates that information could be destroyed. This violates quantum unitary, so it is now generally believed that information is somehow preserved.
(Click for more info.)
PREDICTION III: SPACETIME IS EMERGENT FROM UNCERTAINTY
This prediction might will likely be the most testable of this entire theory. With huge
trepidation, I make the following prediction: Spacetime is directly emergent from the presence of uncertainty of quantum fields. In the absence of uncertainty, spacetime cannot (and does not!) exist. This means the elusive graviton will never be found, because it does not exist. This prediction also means that gravity may never
be quantized.
The graviton is the hypothetical elementary particle that mediates the force of gravitational interaction.
(Click for more info.)
Next, we explore how the interpretation and these predictions could fit with known physics