Masterpost: Physics with Professor Feynman
Hi, tumblbuds!
I want to draw your attention to a rather wonderful free online research resource for all you writers who want to know more about science but don’t know where to start, or for you students looking for extra resources. Richard Feynman’s Lectures on Physics have held a unique position in science pedagogy since their initial publication in 1963. A comprehensive overview of mankind’s understanding of the physical world written with Feynman’s characteristic accessibility, humor, and reverence, the Lectures span three volumes covering everything from the basic definition of the atom to Quantum Mechanics and Einstein’s theories of Special and General Relativity.
Volume I Volume 2 Volume 3
Full and fair warning: while the Lectures are not a full, technical curriculum on par with getting a bachelor’s degree, they were written with lower-division college students in mind and many if not most of the entries rely on varying levels of mathematical knowledge, or at least a level of comfort following along with mathematical notation as it is being simultaneously explained in prose. The Lectures do generally progress in order, and it is not recommended that you flip to the middle of Volume III with an expectation of full understanding without having read at least some ‘prep knowledge’ lectures in the relevant subject area. Not ALL lectures reference math, however, and with the less-technically-minded reader in mind certain subsets of the Lectures were excerpted and published as Six Easy Pieces and Six Not-So-Easy Pieces. The Six Easy Pieces cover many conceptual fundamentals of physics in an accessible way while the Six Not-So-Easy Pieces deal entirely with Einstein’s Relativity. These twelve lectures are more or less completely understandable without foreknowledge, mathematical or otherwise, and are a good place to start (though the second set may come fully only with some re-reading). I have included the aforementioned subsets below:
Six Easy Pieces
Volume I Chapter 1: Atoms in Motion
Volume I Chapter 2: Basic Physics
Volume I Chapter 3: The Relation of Physics to Other Sciences
Volume I Chapter 4: Conservation of Energy
Volume I Chapter 7: The Theory of Gravitation
Volume I Chapter 37: Quantum Behavior
Six Not-So-Easy Pieces
Volume I Chapter 11: Vectors
Volume I Chapter 52: Symmetry in Physical Laws
Volume I Chapter 15: The Special Theory of Relativity
Volume I Chapter 16: Relativistic Energy and Momentum
Volume I Chapter 17: Space-Time
Volume II Chapter 42: Curved Space
Richard Feynman’s larger-that-life personality only partially comes out in his writing, and for those of you who are interested in watching some of his famous lectures, a decent repository exists on YouTube. I have linked some such videos below:
The Character of Physical Law
Much of the information presented here overlaps with the Six Easy Pieces and Six Not-So-Easy Pieces.
Part 1: The Law of Gravitation
Part 2: The Relation of Mathematics and Physics
Part 3: The Great Conservation Principles
Part 4: Symmetry in Physical Law
Part 5: The Distinction of Past and Future
Part 6: Probability and Uncertainty
Part 7: Seeking New Laws
Quantum Electrodynamics
This lecture series is based on Feynman’s highly acclaimed accessible, if somewhat difficult, overview of Quantum Electrodynamics that fundamental physicist Anthony Zee described as neither a “typical popular physics book” nor a textbook, but “a rare hybrid.”
Part 1: Photons—Corpuscles of Light
Part 2: Fits of Reflection and Transmission
Part 3: Electrons and Their Interactions
Part 4: New Queries
While Kip Thorne’s recent work on the film Interstellar is a particularly extreme (and great) example, the success of the movie is one indicator of many that the market exists for accurate, interesting science married with good artistry and storytelling. One rather interesting approach to this marriage I found in the work of James Kakalios, a physics professor at the University of Minnesota who has received acclaim for his classes and published novel on the “Physics of Superheroes.” In a behind-the-scenes featurette on the DVD of Watchmen (for the production of which he was head science consultant) Kakalios describes his approach to scientifically “accurate” superhero stories as centered on a single ‘miracle exception.’ If we allow for a single physical impossibility such as super-strength or the power of flight, etc., we can then, Kakalios reasons, work out otherwise realistic physical/scientific ramifications of the situation, creating a close approximation to ‘scientific accuracy’ in superheroes. Such a thought exercise might be interesting or useful for any kind of fantastical writing, I think, from the flight abilities of a dragon to a wormhole superhighway. Feynman’s Lectures certainly provide a wide enough breadth of subject matter to be applicable in a variety of such exercises.
I hope some of you will find these works enjoyable or at the very least useful research tools. Feynman had a particular knack for conveying even the most difficult concepts to a general audience without sacrificing scientific truth or comprehensibility. To all of you who have wondered about the physical ramifications of Heisenberg’s famous Uncertainty Principle or what Einstein meant when he described a curvature of spacetime, this is as good a place as any (and a better place than most) to dive in. I hope you enjoy.
- Dev


















