Space-time non-commutativity tends to create bound states

Abstract

We study the spectrum of fluctuations about static solutions in 1+1 dimensional non-commutative scalar field models. In the case of soliton solutions non-commutativity leads to creation of new bound states. In the case of static singular solutions an infinite tower of bound states is produced whose spectrum has a striking similarity to the spectrum of confined quark states.

revtex4, 6 pages, v2: a reference added

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Cited by in corpus (9)

• Defect Structures in Lorentz and CPT Violating Scenarios
• Quantum noncommutative gravity in two dimensions
• Emergent Spacetime and The Origin of Gravity
• On The Bound States Of Photons In Noncommutative Quantum Electrodynamics
• Quantum corrections to the noncommutative kink
• Canonical analysis of space-time noncommutative theories and gauge symmetries
• Constraints, gauge symmetries, and noncommutative gravity in two dimensions
• Black hole evaporation based upon a q-deformation description
• Space-time noncommutativity and (1+1) Higgs Model