Numerical Relativity - Mathematical Formulation by Harald Pfeiffer

Numerical Relativity - Mathematical Formulation by Harald Pfeiffer

International Centre for Theoretical Sciences via YouTube Direct link

Constraint damping

29 of 30

29 of 30

Constraint damping

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Numerical Relativity - Mathematical Formulation by Harald Pfeiffer

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  1. 1 Numerical relativity
  2. 2 How to simulate coalescing binary black holes?
  3. 3 Gravitational waves
  4. 4 Lecture plan
  5. 5 Numerical Relativity
  6. 6 Early & Brief History
  7. 7 2005 - Pretorius
  8. 8 Components of NR
  9. 9 Goal of NR
  10. 10 Projection into
  11. 11 Differential geometry w / in
  12. 12 Extrinsic curvature:
  13. 13 Adopted coordinates
  14. 14 Can also show
  15. 15 Further, all spatial objects objects collapse to 3 -D ones
  16. 16 Decomposing curvature & E. Egs.
  17. 17 Comments
  18. 18 Basics of Partial Difference Equation
  19. 19 Solving Constraints
  20. 20 Conformal trato
  21. 21 Side remark
  22. 22 Solved by e.g
  23. 23 BH momentum of spin : Transverse- traceless decomp of Kip
  24. 24 "Puncture initial data multi - BH boosted spinning BHS.
  25. 25 Evolutions -Strategies to modify equations
  26. 26 BSSN equations
  27. 27 Q&A
  28. 28 Note
  29. 29 Constraint damping
  30. 30 Q&A

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