SUMMARY
Optics and photonics are classified under both classical and modern physics, with ray optics representing the classical aspect. The discussion highlights the absence of a dedicated section for optics and photonics on the site, prompting questions about their classification. Additionally, atomic, solid state, and computational physics are grouped together due to their interrelated concepts and applications. This classification reflects the interdisciplinary nature of these fields within physics.
PREREQUISITES
- Understanding of classical physics principles, particularly ray optics.
- Familiarity with modern physics concepts related to photonics.
- Knowledge of the interconnections between atomic, solid state, and computational physics.
- Basic comprehension of physics classification systems.
NEXT STEPS
- Research the principles of ray optics in classical physics.
- Explore the fundamentals of photonics and its applications in modern physics.
- Investigate the relationships between atomic, solid state, and computational physics.
- Study the classification systems used in physics to better understand interdisciplinary connections.
USEFUL FOR
Students of physics, educators in the field, and researchers interested in the classification and interrelation of optics, photonics, and other physics disciplines.