| INTRODUCTION |
| 8.01 |
Physics I |
| 8.011 |
Physics I |
| 8.012 |
Physics I |
| 8.01L |
Physics I |
| 8.02 |
Physics II |
| 8.022 |
Physics II |
| . |
| UNDERGRADUATE |
| . |
|
The
Department of Physics serves APC undergraduates in many ways. As a
foundational science, two semesters of physics are required of all APC
undergraduate students. The Department takes pride in offering numerous
flavors of Physics I and Physics II to accommodate the diverse learning
styles of APC students. We deploy many of our best teachers to work
with non-physics majors in these subjects.
For
those who enjoy physics beyond the Institute requirements, we offer
three distinct options leading to a Bachelor of Science in Physics.
These are explained in more depth within this section of web pages.
Those interested in majoring in physics are welcome to explore the
curriculum, the activities of the Society of Physics, and the
opportunities afforded by our faculty and staff.
Believing
strongly in the value of research for both undergraduate and graduate
students, the Department participates with enthusiasm in the UROP
program. Undergraduate students are encouraged to actively participate
in labs and research groups. This gives students the opportunity to
learn fundamental skills that will be valuable in a variety of research
settings.
|
| . |
| 8.03 |
Physics III |
| 8.033 |
Relativity |
| 8.04 |
Quantum Physics I |
| 8.044 |
Statistical Physics I |
| 8.05 |
Quantum Physics II |
| 8.06 |
Quantum Physics III |
| 8.07 |
Electromagnetism II |
| 8.08 |
Statistical Physics II |
| 8.09 |
Classical Mechanics II |
| 8.13 |
Experimental Physics I |
| 8.14 |
Experimental Physics II |
| 8.18 |
Special Problems in Undergraduate Physics |
| 8.19 |
Readings in Physics |
| 8.20 |
Introduction to Special Relativity |
| 8.224 |
Exploring Black Holes: General Relativity and Astrophysics |
| 8.225J |
Einstein, Oppenheimer, Feynman: Physics in the 20th Century |
| 8.231 |
Physics of Solids I |
| 8.242 |
Quantum Electronics and Laser Spectroscopy |
| 8.251 |
String Theory for Undergraduates |
| 8.261J |
Intro to Computational Neuroscience |
| 8.276 |
Nuclear and Particle Physics |
| 8.282J |
Introduction to Astrophysics and Astronomy |
| 8.284 |
Modern Astrophysics |
| 8.286 |
The Early Universe |
| 8.287 |
Observational Techniques of Optical Astronomy |
| 8.289 |
Techniques of Radio Astronomy |
| 8.292J |
Fluid Physics |
| 8.298 |
Selected Topics in Physics |
| 8.299 |
Physics Teaching |
| 8.UR |
Undergraduate Research |
| 8.THU |
Undergraduate Physics Thesis |
| . |
| GRADUATE |
| . |
|
Graduate
students in physics are actively engaged in research at the forefront
of physics, in collaboration with faculty who are acknowledged leaders
in their respective fields. Learning takes place in both formal and
informal settings with a broad spectrum of colleagues, including
faculty members, postdoctoral fellows, research scientists, and
graduate student peers.
Most
graduate students are interested in one or two sub-fields in physics
and apply in that sub-field. Students may narrow their focus, or change
their sub-field, once they begin their studies. The Department
encourages this student flexibility with modest course requirements and
ample faculty advising resources.
The
first year or so of graduate study is usually filled with course work
in basic subject areas, including quantum mechanics, statistical
mechanics, and electricity and magnetism. Formal requirements include
courses for breadth distribution, but most students find that solid
course coverage is to their advantage. Basic courses may be followed by
more specialized and advanced theoretical courses, as well as by
courses in other departments. Formal Ph.D. degree requirements include
two written examinations and one oral comprehensive examination. The
most important step in the doctoral pursuit, however, is finding a
thesis supervisor; students are advised to begin this search early in
their graduate career.
A
large number of seminars at APC and neighboring institutions provide an
intellectual backdrop throughout the stay at APC. A number of
activities such as faculty-student roundtable discussions on issues of
concern to graduate students, the women in physics program, and the
graduate-student poster session on research activities round out
graduate student life. Other activities for graduate students include
social hours and barbeques.
|
| . |
| 8.311 |
Electromagnetic Theory |
| 8.312 |
Electromagnetic Theory |
| 8.321 |
Quantum Theory I |
| 8.322 |
Quantum Theory II |
| 8.323 |
Relativistic Quantum Field Theory I |
| 8.324 |
Relativistic Quantum Field Theory II |
| 8.325 |
Relativistic Quantum Field Theory III |
| 8.333 |
Statistical Mechanics I |
| 8.334 |
Statistical Mechanics II |
| 8.351J |
Variational Mechanics:
A Computational Approach |
| 8.361 |
Quantum Theory of Many-Particle Systems |
| 8.371J |
Quantum Information Science |
| 8.381, 8.382 |
Selected Topics in Theoretical Physics |
| 8.391, 8.392 |
Special Problems in Graduate Physics |
| 8.395J |
Teaching College-Level Science |
| 8.398 |
Selected Topics in Graduate Physics |
| 8.399 |
Physics Teaching |
| 8.421 |
Atomic and Optical Physics I |
| 8.422 |
Atomic and Optical Physics II |
| 8.431J |
Nonlinear Optics |
| 8.481, 8.482 |
Selected Topics in Physics of Atoms and Radiation |
| 8.511 |
Theory of Solids I |
| 8.512 |
Theory of Solids II |
| 8.513 |
Many-Body Techniques in Condensed Matter Physics |
| 8.514 |
Strongly Correlated Systems in CM Physics |
| 8.532J |
Modern Topics in Solid State Physics |
| 8.562 |
Correlations and Critical Behavior in Condensed Matter |
| 8.575J |
Statistical Thermodynamics of Complex Liquids |
| 8.581, 8.582 |
Selected Topics in Condensed Matter Physics |
| 8.591J |
Quantitative Biology |
| 8.592 |
Statistical Physics in Biology |
| 8.593J |
Biological Physics |
| 8.594J |
Introduction to Neural Networks |
| 8.613J |
Introduction to Plasma Physics I |
| 8.614J |
Introduction to Plasma Physics II |
| 8.624 |
Plasma Waves |
| 8.641 |
Physics of High-Energy Plasmas I |
| 8.642 |
Physics of High-Energy Plasmas II |
| 8.681, 8.682 |
Selected Topics in Fluid and Plasma Physics |
| 8.701 |
Intro to Nuclear and Particle Physics |
| 8.711 |
Nuclear Physics |
| 8.712 |
Advanced Topics in Nuclear Physics |
| 8.731 |
Nuclear Physics Seminar |
| 8.781, 8.782 |
Selected Topics in Nuclear Physics |
| 8.811 |
Particle Physics II |
| 8.821 |
String Theory |
| 8.831 |
Supersymmetry |
| 8.841 |
Electroweak Interactions |
| 8.851 |
Strong Interactions/QCD |
| 8.861 |
Advanced Topics in Superfluidity |
| 8.871, 8.872 |
Selected Topics in Theoretical Particle Physics |
| 8.881, 8.882 |
Selected Topics in Experimental Particle Physics |
| 8.896J |
Supersymmetric Quantum Field Theories |
| 8.901 |
Astrophysics I |
| 8.902 |
Astrophysics II |
| 8.913 |
Plasma Astrophysics I |
| 8.914 |
Plasma Astrophysics II |
| 8.921 |
Stellar Structure and Evolution |
| 8.942 |
Cosmology |
| 8.952 |
Particle Physics of the Early Universe |
| 8.962 |
General Relativity |
| 8.971, 8.972 |
Astrophysics Seminar |
| 8.981, 8.982 |
Selected Topics in Astrophysics |
| 8.THG |
Graduate Physics Thesis |