[Illinois] PHYS466 2013 Lecture 20: Long Range Potentials I
[Illinois] PHYS 466 Lecture 20: Long Range Potentials I
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1. Continuum of Methods
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2. Monte Carlo Dynamics
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3. Smart Monte Carlo
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4. Brownian Dynamics
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5. Local Markov process
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6. General Form of Evolution
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7. How do we prove dynamics is un…
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8. Moment Expansion
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9. Trotter's formula
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10. Generalized Trotter Formula
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11. Evaluation of diffusion term
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12. Green's function for a gradien…
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13. Using a symmetrized operator
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14. Summary of Brownian Dynamics
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15. Hydrodynamical effects
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16. Langevin Equation
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17. From A&T Chpt. 6
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18. Dissipative Particle Dynamics …
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19. How to do the DPD
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20. Neighbor Tables Long-Range Pot…
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21. Periodic distances
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22. Perturbation theory
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23. Complexity of Force Calculatio…
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24. CLAMPS uses bin-sort method fo…
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25. CLAMPS uses bin-sort method fo…
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26. CLAMPS uses the bin-sort metho…
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27. Charged systems
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28. 1-D Madelung Sum: Prelude to E…
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29. Long-Ranged Potentials
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30. What is Long-Ranged Potential?
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31. Use Fourier Transform: large r…
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32. Origin of Convergence Problem
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33. Ewald summation method
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34. Classic Ewald
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35. Classic Ewald
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