MIT Professors and
Coursework of James Lindesay
Freshman year
Newtonian Mechanics, Prof. Earle Loman
Calculus I, Prof. Harvey Greenspan
Introduction to Structure, Bonding, and Mechanism, Profs. Greene and Deutch
Photochemistry & Solar Energy Conversion, Prof L. J. Heidt
Electron Microscopy, Prof. Jacques Sultan (lecture) Dr. Mandell (lab)
Western Tradition I: The Greeks, Prof. Ruth Perry
Archery
Independent Activities Period, Development of “Resonance” Demonstration for Corridor Laboratory, Prof. Dietrich Brandt
Calculus II Preparation, Dr. Williams
Electricity and Magnetism, Prof Earle Loman
Calculus II, Prof. David Benny
Organic Chemistry, Prof Kemp
Chemical Equilibrium, Prof. Garland
Western Tradition II: Comparative Religion, Prof. Kibel
Golf
Differential Equations, Prof. Irvin. Blau
Introduction to Electronics, Profs. Charles Lui and John Poklemba
Revolution in the 20th Century, Prof. David Ralston
Sophomore year
Vibration and Waves, Prof. Walter Lewin
Quantum Mechanics, Prof.. A. Kerman
Advanced Calculus I, Profs. Smith and Hildebrand
Linear Algebra, Prof. Strang
Physics Teaching, Prof. Earle Loman
Symbolic Logic, Prof. James Thomson
Atoms and Molecules, Prof. L.S. Osborne
Classical Mechanics (Theoretical Physics I), Prof. G.F. Koster
Special Relativity, Prof. W.W. Buechner
Advanced Calculus II, Profs. Mandula and Hildebrand
Physics Teaching, Prof Earle Loman
Undergraduate Research, Scattering Theory, Prof. Francis Low
Classics in the Philosophy of Science, Prof. Paul Horwich
Undergraduate Research, Experimental Particle Physics, Prof. Ulrich Becker
Junior year
Atomic Physics Lab, Prof. S. Rappaport
Graduate Electromagnetic Theory I, Prof. John Belcher
Graduate Particle Physics I, Prof. Ulrich Becker
Undergraduate Research, Scattering Theory, Prof. Francis Low
Induction and Probability, Prof. James Thomson
Statistical Mechanics (Theoretical Physics III), Prof. U. Ingard
Atomic Physics Lab II, Profs. D. Frisch and
Graduate Electromagnetic Theory II, Prof. John Belcher
Graduate Particle Physics II, Prof. Ulrich Becker
Undergraduate Research, Scattering Theory, Prof Francis Low
Senior year
Graduate Quantum Theory I, Prof. Kerson Huang
Graduate Statistical Mechanics I, Prof. Peter Wolff
Graduate Methods of Theoretical Physics I, Prof. Herman Feshbach
Institute Lab Requirement, Particle Physics, Prof. Ulrich Becker
Undergraduate Research, Condensed Matter Physics, Prof Harry Morrison
Graduate Philosophy of Physics, Prof. Paul Horwich
Graduate Quantum Theory II, Prof. Kerson Huang
Graduate Statistical Mechanics II, Prof. Peter Wolff
Graduate Methods of Theoretical Physics II, Prof. Herman Feshbach
Undergraduate Thesis, “Consequences of Galilean Kinematic Symmetry on Superfluidity”, Prof. Harry Morrison
Tensor Calculus, Prof N. Prakash
Tennis
Swimming (Passed small boats test)
Audit: Applied Geometric Algebra, Prof. Laszlo Tisza
Required for graduation=360 units
Completed coursework=582 units
