The Kalam Cosmological Argument

A short note before the argument: My opponent's lack of understanding of quantum physics leaves me in a difficult position. I am limited in space in this debate, and I am limited in the scope of sources I can possibly site to explain excessively complex science. I will do the best I can to use words only to explain, but without mathematics it quickly becomes word-salad to people ignorant of the methodologies involved. The first attempt in countering my argument by my opponent uses equivocation. He claims that the name doesn’t have any bearing, and thus dismisses my argument against inductive premises out-of-hand. The resolutions upheld in debate after debate point out that the PREMISE must be deduced from shared observation in addition to the argument, not that only the argument be deductive. Thus the two halves of my opening argument were: 1.) The use of the term cosmology implies that arguments are derived from a premise based upon observation of the universe, or the causative origin thereof. It is not. It is based on the inductive philosophical claim that “whatever begins to exist has a cause”. 2.) Presentation of evidence that the universe does not, in fact, necessitate a causative action to exist. Further, the evidence presented was developed from experiments meant to confirm or deny a causal origin to the formation of baryonic matter. The experiment does not prove an origin, it prooves that order can arise from chaos without independent cause. Unfortunately my opponent does not seem to grasp the scientific evidence. He calls the history ‘irrelevant’ which I must assume is because he doesn’t understand how the history of physics and premise-by-deduction ties together with my cited research to show that the premise is based on unsupported assumption that is in violation of observational evidence. My opponent goes further, labeling his own argument from ignorance. ‘I am unsure how this supports Con’s argument.’ – Pro. He then proceeds to over-simplify the implications of CP-Symmetry by explaining it as ‘the discovery that subatomic particles decay by the Weak Force differently than previously predicted by the Standard Model’. That’s misleading at best, and dead wrong at worst. CP-symmetry violation is an observed experiment using Kaon particles to show that a barycentric self-informed entangled standing wave can form from energetic decay. Attempting to explain this without using mathematics myself is far beyond the scope of this debate, however it is enough to say that the particle is ‘real’ in the classical physics sense. It doesn’t violate conservation of energy because the universe is not a closed system, it is demonstrably bounded by a non-linear chaos of energetic interaction known as the quantum boundary. This is not a separate universe, but it is not bounded by the space-time conflation. In the quantum world, everything is energy. What that means is classical physics atoms are derived from a stable package of energetic interaction. That’s why we have the equation E=mc^2. The mass is the order of magnitude of quantum interactions along with the kinetic energy stored as a vector-space relational expression of the trapped energetic differential between the particles. Add in energy and you change the state relative other particles or the state of the closed system. This is relativity as expressed in the quantum world. Putting the pieces together into a unified whole is difficult because the interactions at the quantum level are t-symmetric only to themselves, not to the rest of the observable universe. That is not the same as saying we know nothing about how the quantum world works. The following video shows the low-order probability outcome of the 2pi variant anomaly. In this case, that’s a standing wave. A stable particle (although short-lived for Kaon decay). Baryonic matter is, after all, the stable barycentric interaction between nuclear particles that are themselves standing waves of particle interactions. Each one of these standing waves operates along a CPT-symmetric vector of causality independent of our view of causality. To say ‘before the universe’ is to talk about non-causative energetic potential within the purely mathematical bounds of a Hilbert space (vector space). Within the universe we have space-time conflated along a single vector. If you go down to the quantum world, space-time is no longer a single vector, it is essentially infinite as a whole, and 4-dimensional between entangled observers. This means that each causality chain follows a vector of time that is totally symmetric only within the closed system, it is totally asymmetric with any other system using bosons (if you take the particle physics approach) or using HUP and wave deformations if you take the QFT approach. So basically what we are describing with CP-symmetry violation is a standing wave (real barycentric matter) arising from an otherwise CP-symmetric system by doing a state-decay from high-energy half-state to shared-energy CP-symmetric state leaving ½ of the previous pair to continue on, and one entirely new CP-symmetric pair to continue on. One of the charged particle pairs decays into it’s own antiparticle and creates a stable system in real time (along our view of causality). Big Bang proponents say this happened a whole lot all at once to create our universe. Infinite Universe proponents say that the probability of occurrence and the complexity of occurrence rise as the density of local space drops between galaxies (Essentially less energy to interfere in the state decay yield more self-informed decay).All scientists, however, agree that this proves matter can spontaneously form from energy. Asking where the energy came from is an impossible question to answer. Even chaos has potential (energy) and thus the disagreement between cosmologists (scientific cosmology of course) about a big bang vs. infinite universe models. In the quantum world, energy is expressed as relative difference in interaction. A particle at high velocity only has relative energy and relative momentum within relative space-time. Otherwise, its only energy is completely symmetric to it’s own quantum state.