Who Studies Partial Wave Unitarity in Quantum Mechanics?

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SUMMARY

The discussion centers on "Partial Wave Unitarity" in Quantum Mechanics, specifically addressing the conditions under which the scattering amplitude squared (|A|^2) reaches its maximum value. It is established that this maximum occurs when sin^2(delta) equals 1, leading to the constraint |A|^2 ≤ 4π(2L+1)²/k² for spinless particles. The conversation highlights that this concept is widely studied within the field, particularly when considering the implications of spin factors.

PREREQUISITES
  • Understanding of Quantum Mechanics principles
  • Familiarity with scattering theory
  • Knowledge of phase shifts in wave functions
  • Basic grasp of angular momentum in quantum systems
NEXT STEPS
  • Research the implications of spin factors in Partial Wave Unitarity
  • Study the mathematical derivation of scattering amplitudes
  • Explore applications of Partial Wave Unitarity in particle physics
  • Learn about the role of phase shifts in quantum scattering processes
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Physicists, quantum mechanics students, and researchers focusing on scattering theory and its applications in particle physics will benefit from this discussion.

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Partial Wave Unitarity ??

Is there anyone who deals with "Partial Wave Unitarity" in Quantum Mechanics before??
 
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"Partial wave unitarity" means that the largest possible scattering amplitude squared (|A|^2) for any partial wave is when sin^2(delta)=1, where delta is the phase shift.
This means that |A|^2 is limited by 4 pi(2L+1)^2/k^2.
That is for spinless particles. Spin factors come in otherwise.
Many people deal with this.
 

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