I’m now turning my attention to describing thermodynamics in the language of information theory, making use of a mix between academic work, and commercial software, that would allow for fairly sophisticated scientific computing to be conducted on rather cheap machines.

This work reminded me that I have produced what is arguably a novel, and unified model of physics that is consistent with the enormous body of experiments testing relativity, but nonetheless makes use of objective time. As a result, it’s a much simpler model of physics than relativity, and because it’s rooted in information theory, and entirely quantized, it is built for scientific computing. Because it is, to my knowledge, consistent with all of the experiments testing relativity, the model I’ve presented is either correct, or as a practical matter, a more sensible alternative to relativity, since it produces results that are, even for scientific purposes, indistinguishable from relativity.

Here is the main paper on time-dilation, and here are the follow up papers that address gravity, charge, magnetism, wave interference, and color charge. Together, these papers present a single model of physics that allows for essentially all of the behavior described by relativity and quantum mechanics, in a unified conceptual framework that naturally lends itself to scientific computing.