Bio
Dr. Gang Lee is a researcher affiliated with Shanghai Jinmao Dress Co. Ltd Shanghai in China, focusing on theoretical physics and quantum gravity. His work includes developing a new approach to quantum gravity, deriving the theoretical value of the EoS parameter from first principles, and exploring the role of noncommutative quantum gravity in dark matter and dark energy phenomena.
Educational Journey
University of Florida
Ph.D. β’ Sociology
1998Experience
Professor
2013 - Present β’ Sociology and Criminal JusticeAssociate Professor
2000 - 2013 β’ Sociology/Criminal JusticeResearch Scientist
1998 - 2000Research
Quantum Superposition Effect of Gravitational Field, Negative Pressure and Dark Energy
Noncommutative Quantum Gravity and Symmetry of Klein-Gordon Equation
In the paper Γ’β¬β’A New Approach to Quantum GravityΓ’β¬β’[1], we suggest a new approach to quantum gravity. Using this theory, we can study the noncommutative gravitational field in momentum space. In this paper, we obtain the general form of the Klein-Gordon equation in noncommutative gravitational field. Then we find the symmetry associated with noncommutative gravity from the Klein-Gordon equation. We study black hole in momentum space and conclude that the event horizon of black holes is formed by the dipoles in momentum space with limit state.
Noncommutative Quantum Gravity and Dark Matter
According to the theory of noncommutative quantum gravity[1][2], we calculate the self-interaction of gravitons in momentum space. It shows that the self-interaction of gravitons makes the gravitational field deviate from the inverse square law. By calculating the metric, it can be ob- tained that the stronger the gravitational source, the stronger the energy- momentum of the excited gravitons, and the stronger the gravitational effect produced by the self-interaction of gravitons. Maybe be it can be used to explain dark matter and the Pioneer anomaly.
