SUMMARY
The discussion focuses on finding references for articles that explore generalized canonical commutation relations, specifically the relation ##[x,p]=ic\hbar## where ##c## is a real constant. The user, Ssnow, seeks literature that addresses this variation, as most existing literature typically uses the standard relation ##[x,p]=i\hbar## with units where ##\hbar=1##. Participants in the forum highlight the scarcity of resources specifically addressing the generalized form with a constant other than one.
PREREQUISITES
- Understanding of quantum mechanics and canonical commutation relations
- Familiarity with the notation and implications of ##\hbar## in quantum physics
- Knowledge of literature search techniques in academic physics
- Basic grasp of theoretical physics concepts related to constants in quantum equations
NEXT STEPS
- Research articles on generalized canonical commutation relations in quantum mechanics
- Explore literature that discusses the implications of using different constants in quantum equations
- Investigate the significance of units in quantum mechanics, particularly the use of ##\hbar=1##
- Look for advanced textbooks or papers that delve into the mathematical foundations of quantum mechanics
USEFUL FOR
Physicists, researchers in quantum mechanics, and students seeking to understand advanced concepts in canonical commutation relations and their variations.
