Quantum Theory of Radiation Interactions | Nuclear Science and Engineering | MIT OpenCourseWare

Course Info

Instructor

Prof. Paola Cappellaro

Departments

Nuclear Science and Engineering

As Taught In

Fall 2012

Level

Graduate

Course Info

Instructor

Prof. Paola Cappellaro

Departments

Nuclear Science and Engineering

As Taught In

Fall 2012

Level

Graduate

Topics

Topics

Learning Resource Types

Exam Solutions

Exams

Lecture Notes

Problem Sets

Download Course

Lecture Notes

Axioms of Quantum Mechanics

EPR paradox, Bell inequalities

22.51 Course Notes, Chapter 1: Introduction to the course

22.51 Course Notes, Chapter 10: The electromagnetic field

22.51 Course Notes, Chapter 11: Perturbation Theory

22.51 Course Notes, Chapter 12: Interaction of Radiation with Matter

22.51 Course Notes, Chapter 2: Mathematical Formalism of Quantum Mechanics

22.51 Course Notes, Chapter 3: Axioms of Quantum Mechanics

22.51 Course Notes, Chapter 4: Two-level systems

22.51 Course Notes, Chapter 5: Time evolution

22.51 Course Notes, Chapter 6: Composites systems and Entanglement

22.51 Course Notes, Chapter 7: Mixed states

22.51 Course Notes, Chapter 8: Open Quantum Systems

22.51 Course Notes, Chapter 9: Harmonic Oscillator

22.51 Lecture slides: Introductory lecture

22.51 Lecture slides: Neutron scattering

22.51 Lecture slides: Quantization of the electromagnetic field

22.51 Quantum Theory of Radiation Interactions: Complete Course Notes

Course Info

Instructor

Prof. Paola Cappellaro

Departments

Nuclear Science and Engineering

As Taught In

Fall 2012

Level

Graduate

Course Info

Instructor

Prof. Paola Cappellaro

Departments

Nuclear Science and Engineering

As Taught In

Fall 2012

Level

Graduate

Topics

Topics

Learning Resource Types

Exam Solutions

Exams

Lecture Notes

Problem Sets

Download Course

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