The big world of nanothermodynamics

Mathematics

• Thermodynamics 79%
• Subdivision 76%
• Nonextensive Entropy 64%
• 1/f Noise 61%
• Entropy 60%
• Finite Size Effects 58%
• Thermal Equilibrium 56%
• Mean-field Theory 53%
• Chemical Potential 52%
• Mechanical Behavior 50%
• Energy 50%
• Equilibrium Distribution 46%
• Activation 44%
• Ising Model 43%
• Ludwig Boltzmann 41%
• Instantaneous 40%
• Ensemble 37%
• Monte Carlo Simulation 32%
• Scaling 32%
• Configuration 29%
• Distinct 26%
• Standards 20%

Physics & Astronomy

• subdivisions 100%
• entropy 82%
• thermodynamics 50%
• magnetic materials 39%
• ingredients 38%
• Ising model 37%
• baths 33%
• activation 29%
• scaling 26%
• energy 22%
• configurations 20%
• simulation 14%

Engineering & Materials Science

• Entropy 94%
• Thermodynamics 64%
• Mean field theory 61%
• Ising model 59%
• Chemical potential 55%
• Magnetic materials 47%
• Hot Temperature 36%
• Relaxation 34%
• Chemical activation 33%