Quantum theory of a massless relativistic surface and a two-dimensional bound state problem
dspace.mit.edu
A MIT doctoral thesis by Jeffrey Goldstone digs into the quantum mechanics of massless relativistic surfaces — where the physics of boundlessness and confinement collide in two dimensions.
Quantum Field TheoryRelativistic Quantum MechanicsBound State TheorySymmetry Breaking
Theory Briefing
- Jeffrey Goldstone's MIT PhD thesis tackles the quantum behavior of a massless relativistic surface, a frontier problem in theoretical physics.
- The two-dimensional bound state problem at its core tests how quantum confinement works when mass itself is removed from the equation.
- Relativistic symmetry and quantum mechanics clash in 2D — making this a proving ground for foundational frameworks like quantum field theory.