What question did this study set out to answer?

The aim is to prove the world's ten major millennium mathematical problems using a unified theory of light strings.

May 19, 2026Open Access

First-Principle Unified Theory Solving the World's Ten Major Mathematical Problems

Key Points

The aim is to prove the world's ten major millennium mathematical problems using a unified theory of light strings.
Utilizes a first-principle unified theory based on intrinsic structures of cosmic light strings
Analyzes two-dimensional symmetric vibrations and discrete frequency energy levels
No additional assumptions or logical jumps during proofs
Successfully proves all ten major millennium mathematical problems in a unified manner
Establishes that mathematics reflects physical laws inherent in light strings
Demonstrates the grand unification of physics and mathematics through rigorous derivation

Abstract

Based on the first-principle unified theory of light strings, this paper takes the intrinsic structure of cosmic light strings, two-dimensional symmetric vibration, discrete frequency energy levels, and indivisible steady closed loops as the fundamental axiomatic system. Starting from the ultimate physical origin, it completely and rigorously proves the world’s ten major millennium mathematical problems in a unified way. The whole derivation adopts no additional assumptions, no logical jumps, no empirical fitting and no abstract reasoning. This work realizes the grand unification of physics and mathematics, and establishes a new inherent paradigm that mathematics is the objective projection of physical laws of light strings.

First-Principle Unified Theory Solving the World's Ten Major Mathematical Problems

Key Points

Abstract

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