PHYSICS 2320 --- Summer 2022

Modern Physics : Relativity, Atomic, and Nuclear Physics with basic Quantum Mechanics, Sub-nuclear and Solid State

SR lecture notes handout the material may include some stuff I did leave out in lecture

GR lecture notes handout the material may include some stuff I did leave out in lecture and I posted it because the lecture formulas were hard to read. I am not sure if this is much better but it won't matter either way as GR is only conceptually on the exam, not with calculations. LectureProblemsYouCouldNotReadOnVideo.docx

Compilation of lecture examples

Concise List of Video Lecture Content updated to end on 7/23/18

Audio Feed for Lecture 13 from 4-13 uploaded 8/3

Audio Feed for Lecture 13 from 3-28 updated 8/4

Audio Feed for Lecture 13 from 3-21 uploaded 7/24

Audio Feed for Lecture 13 from 3-19 uploaded 7/24

Audio Feed for Lecture 13 from 2-19

Audio Feed for Lecture 4

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Relative Motion, Inertia etc. Skip through the first two videos to see the two Ishow in lecture.

Rel Video 1 Michelson

Rel Video 2 spacetime 1

Rel Video 3 spacetime 2

Rel Video 4 spacetime, Muons

Rel Video 5 Space Billard

Rel Video 6 E= m c^2 stuff

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A loose collection of 1st. letters to self.

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Lecture support slides:

Atomic Physics:

Atomic Physics - Landmark Experiments, Particle and Radiation Phenomena

Atomic Physics - Bohr Model, Spectra - QM1 work in progress, updated 3/27/20

Nuclear Physics and beyond:

Nuclear Physics

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Relativity:

Copernicus/Galileo/Aristotle, Ptolemy

Relativity ~ prelude

Background Michelson Experiment

French p. 16-29

French ether chapter

French p. 74-82 transformations

French p. 167-176 collisions

French p. 214-223 forces

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Homework:

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General Course Information:

Sum22 Syllabus look for updates