Advances in Quantum Chemistry, Volume 89 highlights new advances in the field, with this new volume presenting interesting chapters written by an international board of authors. Updates in this release include Scattering of e± with Al, Ni, Cu, Ag, Pt, and Au atoms including the relativistic effects at 1 eV = Ei = 1 MeV, Chirped Pulse Control of Raman Coherence in Atoms and Molecules, and The Quantum Mechanical Non-adiabatic coupling Term as friction in the formation of DH2+.
1. 1 Introduction - p. 2 2. 2 The neutron-proton interaction at low energies - p. 4 3. 3 Neutron scattering from pairs of protons - p. 9 4. 4 Creation of proton-proton entanglement in n-p scattering - p. 17 5. 5 Entanglement effects in neutron Compton scattering - p. 21 6. 6 Entanglement effects in INS - p. 35 7. 7 Decoherence of entanglement in neutron scattering from H and D - p. 38 8. 8 Protons in tunneling states - p. 45 9. 9 Recoil effects in neutron scattering from hydrogen - p. 50 10. 10 Summary - p. 56 11. Acknowledgment - p. 58 12. References - p. 58 13. Chapter Two: Scattering of e± with Al, Ni, Cu, Ag, Pt, and Au atoms including the relativistic effect at 1 eV ≤ Ei ≤1 MeV - p. 199 14. Abstract - p. 62 15. 1 Introduction - p. 62 16. 2 Theory - p. 65 17. 3 Potential details - p. 74 18. 4 Differential cross sections and spin asymmetry - p. 83 19. 5 Critical minima and maximum spin polarization - p. 185 20. 6 Integrated elastic and total cross sections - p. 202 21. 7 Conclusion - p. 211 22. References - p. 218 23. Chapter Three: Chirped pulse control of Raman coherence in atoms and molecules - p. 225 24. Abstract - p. 225 25. 1 Introduction - p. 226 26. 2 Quantum control in cars using chirped pulses - p. 231 27. 3 Application of ultrafast C-CARS for remote detection - p. 243 28. 4 Deep neural networks applications in quantum control - p. 262 29. 5 Creation of maximally coherent states using fractional stimulated Raman adiabatic passage - p. 269 30. 6 Summary - p. 282 31. References - p. 284 32. Chapter Four: The quantum mechanical non-adiabatic coupling term as friction in the formation of DH2+ - p. 291 33. Chapter Five: Ultra-compact accurate wave functions for He-like isoelectronic sequences and variational calculus. IV. Spin-singlet states (1s ns)n1S family of the helium sequence - p. 311 34. Chapter Six: Solution of the Dirac–Coulomb equation using the Rayleigh–Ritz method: Results for He-like atoms - p. 351 35. Chapter Seven: Quantum Monte Carlo method modeling hydrogen production using methane at Ni(111): The adsorbed formyl to CO step - p. 359 36. Chapter Eight: Revisiting the Coulomb potential corresponding to the product of two 1s STOs by using the Laguerre functions - p. 373 37. Index - p. 378
Advances in Quantum Chemistry, Volume 89 highlights new advances in the field, with this new volume presenting interesting chapters written by an international board of authors. Updates in this release include Scattering of e± with Al, Ni, Cu, Ag, Pt, and Au atoms including the relativistic effects at 1 eV = Ei = 1 MeV, Chirped Pulse Control of Raman Coherence in Atoms and Molecules, and The Quantum Mechanical Non-adiabatic coupling Term as friction in the formation of DH2+.
1. 1 Introduction - p. 2 2. 2 The neutron-proton interaction at low energies - p. 4 3. 3 Neutron scattering from pairs of protons - p. 9 4. 4 Creation of proton-proton entanglement in n-p scattering - p. 17 5. 5 Entanglement effects in neutron Compton scattering - p. 21 6. 6 Entanglement effects in INS - p. 35 7. 7 Decoherence of entanglement in neutron scattering from H and D - p. 38 8. 8 Protons in tunneling states - p. 45 9. 9 Recoil effects in neutron scattering from hydrogen - p. 50 10. 10 Summary - p. 56 11. Acknowledgment - p. 58 12. References - p. 58 13. Chapter Two: Scattering of e± with Al, Ni, Cu, Ag, Pt, and Au atoms including the relativistic effect at 1 eV ≤ Ei ≤1 MeV - p. 199 14. Abstract - p. 62 15. 1 Introduction - p. 62 16. 2 Theory - p. 65 17. 3 Potential details - p. 74 18. 4 Differential cross sections and spin asymmetry - p. 83 19. 5 Critical minima and maximum spin polarization - p. 185 20. 6 Integrated elastic and total cross sections - p. 202 21. 7 Conclusion - p. 211 22. References - p. 218 23. Chapter Three: Chirped pulse control of Raman coherence in atoms and molecules - p. 225 24. Abstract - p. 225 25. 1 Introduction - p. 226 26. 2 Quantum control in cars using chirped pulses - p. 231 27. 3 Application of ultrafast C-CARS for remote detection - p. 243 28. 4 Deep neural networks applications in quantum control - p. 262 29. 5 Creation of maximally coherent states using fractional stimulated Raman adiabatic passage - p. 269 30. 6 Summary - p. 282 31. References - p. 284 32. Chapter Four: The quantum mechanical non-adiabatic coupling term as friction in the formation of DH2+ - p. 291 33. Chapter Five: Ultra-compact accurate wave functions for He-like isoelectronic sequences and variational calculus. IV. Spin-singlet states (1s ns)n1S family of the helium sequence - p. 311 34. Chapter Six: Solution of the Dirac–Coulomb equation using the Rayleigh–Ritz method: Results for He-like atoms - p. 351 35. Chapter Seven: Quantum Monte Carlo method modeling hydrogen production using methane at Ni(111): The adsorbed formyl to CO step - p. 359 36. Chapter Eight: Revisiting the Coulomb potential corresponding to the product of two 1s STOs by using the Laguerre functions - p. 373 37. Index - p. 378
