Dirac membrane and hadrons
arXiv:1103.1674
Abstract
In c=1 units the product (mass x radius) for the neutron and the proton is about 4.7\hbar assuming their radii equal to 1fm. We show that the corresponding products for the Dirac neutral and charged membrane coincide and are equal 1.6\hbar.
11 pages, 3 figures
References in corpus (12)
- Dimensional Reduction in Quantum Gravity
- Spectra of supersymmetric Yang-Mills quantum mechanics
- Conservation Laws and Formation of Singularities in Relativistic Theories of Extended Objects
- Fundamental Structures of M(brane) Theory
- Matrix Models and Lorentz Invariance
- Exact solutions for U(1) globally invariant membranes
- Lorentz-invariant membranes and finite matrix approximations
- Spiky membranes
- U(1) invariant Membranes and Singularities
- M-brane dynamical symmetry and quantization
- Partial Hamiltonian reduction of relativistic extended objects in light-cone gauge
- Quantum mechanics in a cut Fock space