ST: Advanced Physics
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Overview
Subject area
PHYS
Catalog Number
85200
Course Title
ST: Advanced Physics
Department(s)
Description
ST: Advanced Physics
Typically Offered
Offer as needed
Academic Career
Graduate School Graduate
Liberal Arts
No
Credits
Minimum Units
0
Maximum Units
4
Academic Progress Units
0
Repeat For Credit
Yes
Total Completions Allowed
99
Components
Name
Lecture
Hours
1
Course Topic ID
1
Formal Description
Magnestism & Superconductivity of Solids
Course Topic ID
2
Formal Description
Metamaterials
Course Topic ID
3
Formal Description
MachineLearning for Scientists
Course Topic ID
4
Formal Description
Intro Lie Alegras&Representation Theory
Course Topic ID
5
Formal Description
Finance for Scientists
Course Topic ID
6
Formal Description
2D Materials Science
Course Topic ID
7
Formal Description
Nanofabrication&Nanodevices
Course Topic ID
8
Formal Description
Hardware&Algorithms Quant Comp
Course Topic ID
9
Formal Description
Photonics
Course Topic ID
10
Formal Description
Basic of Laser Physics&Nonlinear Optics
Course Topic ID
11
Formal Description
Photonics II
Course Topic ID
12
Formal Description
Complex Networks
Course Topic ID
13
Formal Description
Topol0gical Insulators & Superconductors
Course Topic ID
14
Formal Description
Many-body Quantum Chaos
Course Topic ID
15
Formal Description
2 Dimensional Materials
Course Topic ID
16
Formal Description
General Relativity&Black Holes
Course Topic ID
17
Formal Description
Unsolved Problems Astrophysics
Course Topic ID
18
Formal Description
Early Universe Cosmology
Course Topic ID
19
Formal Description
Geometry&Symmetry in Physics
Course Topic ID
20
Formal Description
Quantum Field Theory
Course Topic ID
21
Formal Description
Machine Learning Physics&Astronomy
Course Topic ID
22
Formal Description
Photonics II Quantum Optics
Course Topic ID
23
Formal Description
Frontiers in Photonics
Course Topic ID
24
Formal Description
Special Topics:Quantum Field Theory
Course Topic ID
25
Formal Description
Galaxies
Course Topic ID
26
Formal Description
Star and Planet
Course Topic ID
27
Formal Description
Lasers & Nonlinear Photonics
Course Topic ID
28
Formal Description
Phys Realiz & Mat for Quantum Comptg
Course Topic ID
29
Formal Description
Computational Mthd in Astrophysics
Course Topic ID
30
Formal Description
Fluid Dynamics to Classical&Quantum Systems
Course Topic ID
31
Formal Description
Quantum Optics
Course Topic ID
32
Formal Description
Astrophysics of Compact Objects
Course Topic ID
33
Formal Description
Computational Mthd Condense Matter Physics
Course Topic ID
34
Formal Description
Physics Seminar
Course Topic ID
35
Formal Description
Large Language Models for Science
Course Topic ID
36
Formal Description
Numerical Methods II
Requisites
034254