Hybrids, tetraquarks, pentaquarks, doubly heavy baryons, and quarkonia in Born-Oppenheimer effective theory

Keyphrases

• Effective Theory 100%
• Born-Oppenheimer 100%
• Effective Field Theories 100%
• Pentaquark 100%
• Tetraquarks 100%
• Heavy Quarkonium 100%
• Static Power 100%
• Doubly Heavy Baryons 100%
• Quantum Chromodynamics 66%
• Low Energy 33%
• Shortest Distance 33%
• Coupled Equations 33%
• Schrdinger 33%
• Gauge Invariant 33%
• Scale Separation 33%
• Non-adiabatic 33%
• Hadronic 33%
• Leading Order 33%
• Static Potential 33%
• Mesons 33%
• Quantum number 33%
• Heavy Quarks 33%
• Spin-dependent 33%
• Exotic States 33%
• Wilson Loop 33%
• Molecular Characteristics 33%
• Molecular Image 33%
• Particle Theory 33%
• Avoided Level Crossing 33%
• Large Distances 33%
• Scale Symmetry 33%

Physics

• Effective Field Theory 100%
• Baryon 100%
• Quantum Chromodynamics 66%
• Particle Theory 33%
• Fine Structure 33%
• Quantum Number 33%
• Meson 33%

Chemistry

• Field Theory 100%
• Baryon 100%
• Quantum Chromodynamics 66%
• Quantum Number 33%
• Particle Theory 33%