Can Spectral Action be a Window to Very High Energies?

TL;DR

This paper explores how the spectral action principle from noncommutative geometry can predict the behavior of bosonic theories at extremely high energies, potentially offering insights into fundamental physics.

Contribution

It provides an overview of universal predictions of the spectral action principle for high-energy behavior of bosonic theories within the noncommutative geometry framework.

Findings

Standard Model fits well into noncommutative geometry

Spectral action predicts bosonic behavior at high energies

Universal predictions for high-energy physics

Abstract

The principles of noncommutative geometry impose severe restrictions on the structure of (almost) commutative field theories. The Standard Model fits surprisingly well into the noncommutative framework. Here we overview some universal predictions of the spectral action principle for the behavior of bosonic theories at very high energies.