| Course No. | Course Title | Instructor | Term |
|---|---|---|---|
| PHYS 040 | Expanding Ideas of Time and Space | Meg Urry | Fall |
| PHYS 050 | Science of Modern Technology & Public Policy | Daniel Prober | Fall |
| PHYS 105 | Electromagnetism: Physics, Magic , Religion | Alison Sweeney / Paola Bertucci | Fall |
| PHYS 151 | Multivariable Calculus for Engineers | Vidvuds Ozolins | Fall |
| PHYS 165L | General Physics Laboratory | Helen Caines Sidney Cahn Mehdi Ghiassi-Nejad Cailtin Hansen Stephen Irons |
Fall |
| PHYS 170 | University Physics: Life Sciences | Sarah Demers | Fall |
| PHYS 180 (2 sections) |
University Physics | Adriane Steinacker | Fall |
| PHYS 200 | Fundamentals of Physics | Paul Tipton | Fall |
| PHYS 205L / PHYS 206L | Modern Physical Measurement | Eduardo Higino da Silva Neto Stephen Irons Steven Konezny Reina Maruyama |
Fall |
| PHYS 260 | Intensive Introductory Physics | Jack Harris | Fall |
| PHYS 295 | Research Methods: Astrophysics | Hector Arce | Fall |
| PHYS 301 | Introduction to Mathematical Methods of Physics | Simon Mochrie | Fall |
| PHYS 343 | Gravity, Astrophysics, and Cosmology | Daisuke Nagai | Fall |
| PHYS 353 | Introduction to Biomechanics | Michael Murrell | Fall |
| PHYS 401 | Advanced Classical Physics | Laura Newburgh | Fall |
| PHYS 410 | Classical Mechanics | Steven Girvin | Fall |
| PHYS 412 | Relativity | Vincent Moncrief | Fall |
| PHYS 420 | Thermodynamics & Statistical Mechanics | Nicholas Read | Fall |
| PHYS 428 | Science of Complex Systems | Jun Korenaga | Fall |
| PHYS 439 / PHYS 539 | Basic Quantum Mechanics | Peter Rakich | Fall |
| PHYS 440 | Quantum Mechanics & Natural Phenomena I | R. Shankar | Fall |
| PHYS 441 | Quantum Mechanics & Natural Phenomena II | Steve Lamoreaux | Fall |
| PHYS 448 / PHYS 548 | Solid State Physics | Sohrab Ismail-Beigi | Fall |
| PHYS 458 / PHYS 675 | Principles of Optics with Applications | Hui Cao | Fall |
| PHYS 460 / PHYS 506 | Mathematical Methods of Physics | Keith Baker | Fall |
| PHYS 469 | Independent Research in Physics | Karsten Heeger Charles Baltay |
Fall |
| PHYS 471 | Independent Projects in Physics | Karsten Heeger Charles Baltay |
Fall |
| PHYS 500 | Advanced Classical Mechanics | Yoram Alhassid | Fall |
| PHYS 508 | Quantum Mechanics I | Thomas Appelquist | Fall |
| PHYS 515 | Topics in Modern Physics Research | Nir Navon | Fall |
| PHYS 524 | Introduction to Nuclear Physics | David Moore | Fall |
| PHYS 538 | Introduction to Relativistic Astrophysics annd General Relativity | Walter Goldberger | Fall |
| PHYS 601 | Quantum Information and Computation | Shruti Puri | Fall |
| PHYS 609 | Relativistic Field Theory I | Ian Moult | Fall |
| PHYS 628 | Statistical Physics II | Ben Machta | Fall |
| PHYS 632 | Quantum Many Body Theory | Meng Cheng | Fall |
| PHYS 677 | Noise, Dissipation, Amplification, and Information | Michel Devoret | Fall |
| PHYS 762L | Laboratory Instruction Design & Mechanical Arts | Kurt Zilm David Johnson |
Fall |
| PHYS 991 | Integrated Workshop | Corey O’Hern | Fall |
| PHYS 050 | Science of Modern Technology & Public Policy | Daniel Prober | Spring |
| PHYS 099 | Introduction to Research Methods in Physics and Biology | Simon Mochrie | Spring |
| PHYS 100 | Energy Technology and Society | Daniel Prober | Spring |
| PHYS 107 | Being Human in STEM | Rona Ramos | Spring |
| PHYS 120 | Quantum Physics and Beyond | Helen Caines | Spring |
| PHYS 151 | Multivariable Calculus for Engineers | Staff | Spring |
| PHYS 166L | General Physics Laboratory | Sean Barrett Mehdi Ghiassi-Nejad Caitlin Hansen Stephen Irons Steven Konezny |
Spring |
| PHYS 171 | University Physics: Life Sciences | Sarah Demers | Spring |
| PHYS 181 (2 sections) |
University Physics | Adriane Steinacker | Spring |
| PHYS 201 | Fundamentals of Physics | Paul Tipton | Spring |
| PHYS 205L / PHYS 206L | Modern Physical Measurement | Eduardo Higino da Silva Neto Mehdi Ghiassi-Nejad Adrian Gozar Stephen Irons |
Spring |
| PHYS 261 | Intensive Introductory Physics | Jack Harris | Spring |
| PHYS 345 | Introduction to Quantum Information Processing and Communication | Steven Girvin | Spring |
| PHYS 378 | Introduction to Scientific Computing & Data Science | Daisuke Nnagai | Spring |
| PHYS 382L / PHYS 504 | Advanced Physics Laboratory | Laura Newburgh Sidney Cahn Nir Navon |
Spring |
| PHYS 402 | Advanced Classical Physics | Nikhil Padmanabhan | Spring |
| PHYS 430 | Electromagnetic Fields & Optics | Witold Skiba | Spring |
| PHYS 441 | Quantum Mechanics & Natural Phenomena II | R. Shankar | Spring |
| PHYS 442 | Introduction to Nuclear & Elementary Particle Physics | Keith Baker | Spring |
| PHYS 449 / PHYS 549 | Solid-State Physics II | Yi He | Spring |
| PHYS 470 | Introduction to Independent Projects in Physics | Charles Brown Charles Baltay |
Spring |
| PHYS 472 | Independent Projects in Physics | Charles Brown Charles Baltay |
Spring |
| PHYS 502 | Electromagnetic Theory I | Thomas Appelquist | Spring |
| PHYS 510 | Quantum Mechanics II | Nicholas Read | Spring |
| PHYS 512 | Statistical Physics | Ben Machta | Spring |
| PHYS 517 | Methods & Logic in Interdisciplinary Research | Corey O’Hern | Spring |
| PHYS 522 | Introduction to Atomic Physics | Steve Lamoreaux | Spring |
| PHYS 562 | Dynamical Systems in Biology | Joe Howard Damon Clark Thierry Emonet |
Spring |
| PHYS 590 | Responsible Research for the Physical Scientist | Karsten Heeger | Spring |
| PHYS 600 | Cosmology | Nickhil Padmanabhan | Spring |
| PHYS 610 | Quantum Many-Body Theory | Leonid Glazman | Spring |
| PHYS 630 | Relativisity Field Theory II | Ian Moult | Spring |
| PHYS 678 | Computing for Scientific Research | David Moore Larry Gladney |
Spring |
| PHYS 816 | Techniques of Microwave Measurement and RF Design | Rob Schoelkopf | Spring |