"The road built by vacuum" part 2
Ok this was the ideas: if a nucleic imbalance of a certain type pulls energy from the vacuum like this, then in stable nuclei, this channel is present, but normative, and available for manipulation, not to take from the vacuum ( that for another era of ideas) but the road the vacuum takes, to send and receive information, and compute at a level that is much higher than upon which the error phased qubit conceptionality can be structured.For now we wouldn't have to recreate beta decay without the decay and simply try to shove it into a computer design, but rather the quantum paths available from the literalized grading of energy coming in from the vacuum during beta decay can be analogued in stable nuclei that can comprise the components of a much better type quantum computer than we think is possible today.
How would we, with a positive control, calculate, mathematically predict these effects given that data can demonstrate their culmination and the steps along the way that being them to fruition?
Given the fact that the time/energy uncertainty principle allows for the existence of the heavy W boson under conditions, to get at the mechanics of distribution from vacuum to particle we would have to the realistic latitude of the uncertainty, both it's upper and lower bounds: heisenberg's uncertainty principle combined with key principles from Max Planck and Einstein, indicates that uncertainty collapses at the Planck scale. the uncertainty principle becomes the certainty principle, which inspired the line of thought that the universe operates like an infinite set, with it's lowest cardinal point being the planck scale, and of course the literal gradationing observable in beta decay follows here, with Planck time being the lowest cardinality, it being the most 'virtual' of the big four Planck units, time, length, mass, and temperature.Consequentially, from what we know by the evidence that quantum mechanics provides, a complexer cardination perspective of how physical energy is situated to be able to operate is true and noncontradictory. Infinitizing the Planck scales will allow us to track the vacuum indirectly. Planck scale is mathematically describable as a quantitative infinite set, to explain the supercardinality that we observed in experiments as socalled breaks in symmetry like in beta decay.#computing #quantumcomputing #semiconductors #compositivelogic #Innovation #Technology #China #Huawei #management #future #math #science #quantumtech #quantumtechnology #hydrogen #physics #mathematics #quantummechanics