Modern physics refers to the physics developed in the 20th century including the
special theory of relativity, quantum mechanics, atomic and nuclear physics, particlephysics and cosmology.
Main topics:
• Quick revision of the Bohr model
• The Hydrogen Atom
• Many Electron Atoms
• Statistical Physics
• Nuclear Physics
• Elementary Particles
Modern Physics II is the second semester of Modern
Physics I. Both courses offer a comprehensive review of the modern physics
breakthrough: Einstein Relativity and the Quantum Theory for undergraduate
students in Physics. Basic principles mastered in Modern Physics I are applied to
obtain a solid understanding of the physics of atoms, statistical physics, nuclei and
elementary particles.
After completion of this course, students should be able to:
1. Deal with and solve problems related to: Schroedinger’s equation, the
Hydrogen and many electron atoms, classical and quantum statistics, nuclear
and elementary particle physics.
2. Use the terminology of physics intelligently.
3. Understand the significance of different modern physics experiments and
explain the relationship between those experimental results and the theories
of Modern Physics.
o 4. Prepare written reports that demonstrate both an understanding of physics
and the ability to clearly express ideas.
Modern Physics Kenneth Krane, 3rd edition ISBN 978-1-118-06114-5
Activity | Percent (%) |
---|---|
online quizes | 30% |
assignments | 50% |
project | 20% |