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Abstract:The Quantum Harmonic Theory proposes that all perceptible reality bears a quantum harmonic resonance (QHR) in the same key, allowing objects to interact with each other. However, objects with a QHR in a different key may not be able to interact with our own QHR, and this may explain why multiple realities with different physical laws and constants exist in the multiverse. The Modal Phase Transposition is a process that can potentially re-tune an object's QHR with another, enabling access to other realities.
| Through the course of this dissertation, many questionable claims are made. I will attempt to be gentle in my responses to these out of respect for Dr. Mudamir’s personal struggles, but I simply cannot permit grief to stand in the way of good science. - Dr. Kross |
Introduction:Quantum mechanics has revealed that the world at the subatomic level behaves differently from what we see in the classical world. One of the essential concepts in quantum mechanics is that all particles have a wave-particle duality, and their behavior is described by wave functions that depend on their position and momentum. The Quantum Harmonic Theory proposes that all objects in the perceptible world also have a QHR that depends on their composition and structure.
| Wave-particle duality is a largely outdated concept, and basing one’s research on it is denial of salient information. While it is true that we are only able to measure the position and trajectory of particles and waves respectively, researchers have successfully observed no fewer than 36 different quantum states of a given atom. Further, current research suggests that the behavior of an atom is not dependent on their position and momentum, but rather the inverse, an atom’s behavior (dictated by its quantum state) determines its orientation and movement in physical space. - Dr. Kross |
According to this theory, objects with different QHRs may not interact with each other, and this may explain why we don't see objects from other realities with different physical laws and constants. However, other realities that have QHRs that are similar to our own may exist, and these realities could have similar climates, evolutionary paths, and even individual beings. Objects with QHRs in adjacent and compatible keys may partially interact, which could potentially explain supernatural phenomena such as ghosts, alien sightings, or other cryptozoological claims.
| It is insufficient to suggest that objects resonating with incompatible quantum harmonics “may not” interact. In reality, they would be incapable of interacting, as they would be entirely intangible to one another. The suggestion that other realities could have different physical laws is an absurd one. Alternate resonance spaces may have rules that seem to behave differently from what we would expect, but it is the stuff of science fiction to imply that they frustrate the laws of physics altogether. - Dr. Kross |
The Modal Phase Transposition is a process that could potentially allow for the re-tuning of an object's QHR with another, potentially enabling access to other realities. However, this process is dangerous and unpredictable and needs to be approached with caution.
| It is irresponsible to leave out concerns for the placement of matter in the other QHR reference frame, as attempting to retune an object to that space could result in our matter and the alien matter attempting to occupy the same point in space, likely to catastrophic results. Any experimentation without first taking steps to negotiate around the Pauli Exclusion Principle should have their funding terminated immediately. - Dr. Kross |
Methodology:To study the QHR of objects, we need to isolate their QHR from that of their surroundings. This requires a tremendous amount of energy, and we need to use a measuring device that is not affected by our QHR. One possible approach to this is to use additional dimensional scanning beyond human sensory capability to track an object across multiple QHR keys.
| To state that a tremendous amount of energy would be required is an understatement. By rough calculations, this would require at least as much energy as would be needed to operate 3 Large Hadron Colliders continuously for two weeks. That Dr. Mudamir would leave out this very important information should be regarded as a depressing representation of our field. - Dr. Kross |
Once we can isolate an object's QHR, we can study it and potentially use the Modal Phase Transposition to re-tune it with another. The re-tuning process involves generating quantum sound waves that might project outward in unpredictable ways, however with proper measurement, we hope to discern patterns through which we can model more accurate predictions.Results:The reverberation caused by this process has been shown to cause instability, making the process more dangerous and unpredictable than we originally believed. We recommend that all experimentation be ceased until we can find a way to isolate an object with some sort of quantum noise cancellation.
| This section presents a concerning lack of information. The scientific community would do well to seek out more specific information regarding the dangers of this experimentation before we accept any further research proposals in this emerging field. - Dr. Kross |
Quantum Harmonic Theory suggests that other realities with different physical laws and constants may exist in the multiverse, and the Modal Phase Transposition could potentially enable access to these realities. However, caution is necessary when attempting to re-tune an object's QHR, as it is currently impossible to project outcomes with anything greater than a 31% accuracy rate.Conclusion:The Harmonic Theory in Quantum Resonance and the Modal Phase Transposition provide a new perspective on the concept of a multiverse. These theories suggest that other realities with different physical laws and constants may exist, and that the re-tuning of an object's QHR could potentially enable a connection between those realities.
| The lack of information, failure to include and reference current research, and the general unprofessionalism of this paper are deeply concerning. Having worked with Dr. Mudamir, I would be remiss if I did not point out that this is not what I would have expected from the work of a respected colleague, and much more akin to something penned by an undergrad or some manner of neural network. I do hope that she is well, and that her future publications are more like herself. - Dr. Kross |
Proposed by physicist Dr. Alya Mudamir, December 4th, 2019 at the Workshop for Quantum Harmonic Research at Miskatonic University.Peer-reviewed by Research Director Dr. S. M. Kross, December 19th, 2019.
