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  1. (Work in Progress) The Experiments, as the Irreducible Basis of All Science, and the Observer, as the Probability Space of All Experiments, Are Found Sufficient to Entail All Physics.Alexandre Harvey Tremblay - manuscript
    While there exists in the wild a process to derive the laws of physics ---namely, the practice of science--- such does not currently benefit from a purely formal construction. This lack necessarily leads to obscurities in the development of physics. It is our present purpose to formalize the process within a purely mathematical background that will eliminate these obscurities. The first step in the program will be to eliminate all ambiguities from our language. To do so, we will express arbitrary (...)
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  2.  49
    A Gravitized Standard Model Is Found as the Solution to the Problem of Maximizing the Entropy of All Geometric Measurements.Alexandre Harvey Tremblay - manuscript
    In modern theoretical physics, the laws of physics are directly represented with axioms (e.g., the Dirac--Von Neumann axioms, the Wightman axioms, Newton's laws of motion). Although in logic axioms are held to be true merely by definition, in physics the laws are entailed by laboratory measurements. This difference is sufficient to warrant a more appropriate logical structure than axioms to represent the laws of physics. This paper first presents this logical structure and then demonstrates its supremacy. Specifically, an optimization problem (...)
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  3.  87
    Does Interstellar Dust Form the Largest Primordial Soup in the Universe?Alexandre Harvey Tremblay - manuscript
    In the abiogenesis hypothesis, self-replicating RNA is generally assumed to have arisen out of a primordial soup of amino acids no later than 500 million years before life on Earth. Recently, prebiotic molecules such as glycolaldehyde and amino acetonitrile were found to be abundant in nebulas such as Sagittarius B2. In this paper I propose that icy grains within nebulas can act as tiny primordial soups, and I investigate the consequences of such. I further argue that a typical nebula would (...)
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