À propos
At the age of 24, I began exploring the idea that physics could be understood geometrically as a unified whole.
This led to an independent research program. An early version of this work was published in 2010. In 2015, these ideas inspired the development of the concept of "surrounding".
Between 2024 and 2025, the original framework was further refined, leading to the work Relativity Predicts a Variable G" and to a proposed solution to the "Yang–Mills mass-gap problem". The central claim is that several major open questions in modern physics may be addressed through an extension of General Relativity based on a variable gravitational coupling.
“In 2026, I presented a draft mathematical demonstration (available at the top of this page) showing that G naturally emerges as a variable quantity within the framework of General Relativity.
This led to an independent research program. An early version of this work was published in 2010. In 2015, these ideas inspired the development of the concept of "surrounding".
Between 2024 and 2025, the original framework was further refined, leading to the work Relativity Predicts a Variable G" and to a proposed solution to the "Yang–Mills mass-gap problem". The central claim is that several major open questions in modern physics may be addressed through an extension of General Relativity based on a variable gravitational coupling.
“In 2026, I presented a draft mathematical demonstration (available at the top of this page) showing that G naturally emerges as a variable quantity within the framework of General Relativity.
