Atomic physics is a subfield of quantum mechanics that focuses specifically on the structure and behavior of atoms. Quantum mechanics, originally developed to explain atomic structures, has since expanded to encompass a broader range of phenomena beyond just atoms. The distinction lies in the fact that while atomic physics deals with specific examples and experiments involving atoms, quantum mechanics governs the interactions of all matter, particularly at the microscopic level. The paper "Rescuing Quantum Mechanics from Atomic Physics" by EF Taylor provides further insights into this evolution.
PREREQUISITESStudents and professionals in physics, particularly those interested in the distinctions between atomic physics and quantum mechanics, as well as researchers exploring the experimental applications of quantum theories.