Super Information Theory
| Field | Theoretical physics |
|---|
Super Information Theory (SIT) is a proposed framework for unifying quantum mechanics, general relativity, and thermodynamics through an informational substrate. It was developed by Micah Blumberg at the Self Aware Networks Institute, with early work on the conceptual foundations dating from 2017 and a formal publication in 2025.[1]
- Background
Super Information Theory originated from attempts to link neuroscience and physics through coherence dynamics. Early formulations emphasized the role of "coincidence patterns" and distributed observation in physical measurement. By 2025, SIT was formalized as a covariant field theory introducing two primitive fields: a complex coherence field, denoted ψ(x), and a real time-density scalar, ρt(x).[1]
SIT is conceptually related to other approaches such as Causal Fermion Systems, entropic gravity, and holographic dualities, but differs by providing explicit dynamical fields and a Lagrangian formulation.
- Theoretical framework
- Coherence and time-density fields: Gravity emerges from gradients in the time-density field, while electromagnetism is modeled as the holonomy of the coherence phase.
- Law of coherence conservation: SIT generalizes conservation principles to an informational current, treating coherence as a fundamental quantity.
- Reduction to known physics: In tested limits, SIT claims to reproduce Newtonian gravity, Schrödinger quantum mechanics, and the Boltzmann equation.[1]
- Arrow of time: Temporal irreversibility is interpreted as monotonic coherence decay, formally linked to entropy production.
- Predictions
According to SIT, several falsifiable predictions can be derived:[1]
- gravitational anomalies in Bose–Einstein condensates,
- frequency shifts in atomic clocks due to coherence gradients,
- resonances corresponding to non-trivial zeros of the Riemann zeta function,
- reinterpretations of dark matter and dark energy as large-scale coherence gradients.
- Reception and criticism
As of 2025, SIT remains speculative and is not part of mainstream physics. While noting parallels with frameworks such as Causal Fermion Systems, it has not yet been independently validated. Commentators have emphasized the need for empirical confirmation and additional secondary sources to establish its place within theoretical physics.
- See also
- References
- ↑ 1.0 1.1 1.2 1.3 Blumberg, Micah (2025). Super Information Theory: The Coherence Conservation Law Unifying the Wave Function, Gravity, and Time (Draft 73 ed.). Self Aware Networks Institute. Search this book on
- Categories
References
This article "Super Information Theory" is from Wikipedia. The list of its authors can be seen in its historical and/or the page Edithistory:Super Information Theory. Articles copied from Draft Namespace on Wikipedia could be seen on the Draft Namespace of Wikipedia and not main one.
