Specific heat and gap structure of a nematic superconductor: Application to FeSe

Engineering & Materials Science

• Superconducting materials 100%
• Specific heat 80%
• Electrons 76%
• Fermions 68%
• Excitation energy 64%
• Thermodynamic properties 35%
• Metals 24%
• Temperature 15%

Chemical Compounds

• Superconductor 85%
• Orbital 63%
• Fermion 60%
• Heat 56%
• Electron Particle 41%
• Thermodynamic Property 33%
• Application 24%
• Metal 17%

Physics & Astronomy

• specific heat 59%
• orbitals 53%
• transmutation 47%
• electrons 32%
• fermions 30%
• thermodynamic properties 30%
• temperature dependence 24%
• symmetry 22%
• metals 19%
• excitation 18%
• energy 11%