I am excited to announce Chain Theory, a new research program of mine that seeks to rebuild fundamental physics from quantum information, and its first result: a parameter-free candidate for the fine-structure constant, derived from a single axiom, that matches its measured value to ten significant digits.
In the first three decades of the twentieth century, fundamental physics was rebuilt from its foundations. Between Planck’s quantum of 1900 and Dirac’s equation of 1928 came special relativity, general relativity, the quantum theory of the atom, and quantum mechanics itself, each a new framework and most of them confirmed within a few years. The decades that followed turned those frameworks into the Standard Model, whose structure was considered complete by the middle of the 1970s.
Since then, fundamental physics has been starved of new structure. The great experiments of the last fifty years, the W and Z bosons (1983), the top quark (1995), the Higgs boson (2012), and gravitational waves (2015), confirmed predictions made decades earlier. The genuine surprises of 1998, neutrino masses and the accelerating expansion of the universe, were found by experiment, explained by no theory, and added free parameters to a count that was meant to shrink. The drought is now longer than the golden age it followed. A drought that long is a sign that what is missing is not more data but a different starting point.