Since he has unbanned me, but is liable to dishonestly edit or remove from public view, I am continuing the conversation here and linking to posts.
There are several dishonest claims Wong has made about my education. First, he has engaged in a blatantly obvious lie:
Requirements for a BS in Physics from appstate.edu:
(A heavily edited version of the BS Physics Checksheet)
I count six core courses, plus 18 semester hours in an "emphasis area" (that's 4 or 5 courses) and three Calculus courses. By way of comparison, University of Waterloo's physics program has thirty core courses, plus elective requirements.
As you can see from
actually reading the requirements, there are an additional 2-3 physics "electives" included in the physics core, and he has heavily edited the checksheet requirements. As can readily be seen from the
concentration checksheets, concentrations include a minimum of 6 courses.
Total, this is a minimum of 62 credit hours, i.e., the equivalent of just over 10 standard yearlong courses or a minimum of 18 out of 38 (corresponding to 21 out of 41 in "standard" three credit units) semester courses.
In addition to this, physics majors take an additional 30 hours of discretionary courses, which often mostly consist of courses related to the major. I was no exception in spite of my additional majors; there were easily at least a half dozen additional courses on my transcript that could have gone on my checksheets but didn't. The total program thus generally includes 10-15 yearlong course units related to the major.
his alma mater is so lightweight that it wouldn't get him out of second year at a better school.
Bullshit. Technical colleges do cover more, but not that much more. There is, at best, an additional year's worth of physics being covered.
Review, in detail, the courses taken by a physics major at Waterloo, and - let us say a
mathematical physics concentration. What Wong didn't mention was that these were not the minimum requirements for the physics program in general, but the recommended complete course of study for "Honours Physics" seen
here.
CHEM 120/120L, 123/123L: These are equivalent to an introductory chemistry sequence. Not required, but not physics either. Equivalent to Appstate's CHE 1101, 1110, 1102, 1120 sequence. (This is incidentally required for physics BAs, and which I had credit for before I moved over to the BS program.)
MATH 114, MATH 127, MATH 128, MATH 227, MATH 228: Curiously enough, these are the exact same math courses we see on the Mathematical physics checksheet at Appalachian. I've taken all of these - and, of course, many more.
Seven elective semester courses of any type. Appalachian's program includes ten.
Two elective 300 or 400-level half-normal credit physics labs and two elective physics courses - corresponding, credit-wise, with the 6-8 hours of "physics electives."
PHYS 10 Physics Seminar A series of guest lecturers, films, et cetera physics students are expected to attend for their entire career as a Waterloo student. That this is a credited course is why the Waterloo course count is unusually high.
Honors physics students at Appalachian are "expected" to attend such.
PHYS 121/131L 122/132L These courses partially correspond to PHY 1150/1151 at Appalachian.
PHYS 252/252L Electricity and Magnetism/Laboratory This partially corresponds to the PHY 1150/1151 (mainly in the lab work) and partially to PHY 2010/2020.
PHYS 139 Scientific Computer Programming: This course in C++ scientific computing has no precise equivalent at Appalachian. There is a course not yet on the official checksheet which, nonetheless, all recent mathematical physics graduates have been "advised" to take, PHY 4020 Computational Methods in Physics and Engineering, but PHY 4020 requires strong familiarity with differential equations, and PHYS 139 does not.
PHYS 232L Measurement Laboratory This is roughly equivalent to PHY 2210 in position and actual laboratory work, although the course description makes it clear this is mostly intended to teach material that students taking PHY 4210 cover as part of the incidental work for a course that regularly consumes 20 hours per week. The lecture content of PHY 2210 actually corresponds to material covered in PHYS 239, an elective course.
PHYS 234 Quantum Physics 1 Partial overlap with the Modern I/II 3210/3220 sequence and partial overlap with PHY 5640/4640 Quantum Mechanics. However, Diff Eq is a coreq for PHYS 234, and a prereq for PHY 4640.
PHYS 256/256L Geometrical and Physical Optics/Laboratory PHY 4620 Optics
Seven electives which are not required to be anything in particular (as opposed to ten.)
PHYS 258 Thermal Physics Corresponds to PHY 3230 Thermal Physics.
PHYS 263 Classical Mechanics and Special Relativity This is not, reviewing the syllabus, actually equivalent to PHY 3010 Classical Mechanics, which includes Hamiltonian, Lagrangians, and calculus of variations, and therefore corresponds to PHYS 363. The special relativity unit is tucked in with PHY 3210 Modern Physics I, and the remainder of this material is found in PHY 2010/2020.
PHYS 334 Quantum Physics 2 Partial overlap with Modern II 3220 and Quantum Mechanics 5640/4640. (Expectation values, Zeeman effect, et cetera.)
PHYS 360A Modern Physics Laboratory 1 Included in PHY 4210.
PHYS 363 Intermediate Classical Mechanics PHY 3010 Classical Mechanics.
PHYS 364 & 365 Mathematical Physics 1 and 2: Junior level course. About half this material is covered in MAT 3130 or PHY 4020 at App. Of course, everything in the course descriptions sound strangelyfamiliar to me, with my substantial additional work in mathematics.
PHYS 335 Condensed Matter Physics: Junior level course. Not covered in a normal M.P concentration at Appalachian..
PHYS 359 Statistical Mechanics: Junior level course. Should cover material more advanced than found in PHY 3230 Thermal Physics, which includes introductory statistical mechanics.
PHYS 441A/B Electromagnetic Theory: 441A (electrostatics, magnetostatics, and macroscopic descriptions of dielectrics) corresponds mostly to material covered in PHY 2020 Intermediate II. 441B corresponds by description to PHY 3020 Electromagnetic Fields and Waves, which deals with magnetodynamics, electrodynamics, Maxwell's equations in full differential glory, and plane waves.
PHY 434: Senior-level quantum course including material not covered at Appalachian. And that rounds out the requirements.
What's not covered in a typical Appalachian's mathematical physics program that is
required at Waterloo? A semester of statistical mechanics. About a semester of quantum mechanics. About a semester's worth of "mathematical physics" material. A semester of condensed matter physics. A couple semester-courses of additional lab-work. 2.5 units, as Waterloo measures it, or about a semester's work
in physics.
As I pointed out, it's generous to call it a
year of material covered at Waterloo but not Appalachian, and saying "less than two years" is complete and utter bullshit.
He has also claimed:
Appstate's physics program is a pale imitation of a real physics degree. It's a glorified community college program.
Which a cursory look at community college programs dispels, as does the
rate at which Appalachian physics graduates successfully go on to complete their master's degrees and doctorates.
brianyeci also said something interesting and worth replying to:
That is 10+ hours per week per course. I know because they assign a problem set every week, and you need ten hours to do it. If you collaborate, good luck, physics and science majors aren't as forthcoming with their huge group sharing thing as engineers. So with five courses that's fifty hours a week: you'd need to be a bookworm with no interest in anything at all except school to even survive. Ahahahaha goddamn, every time I think of this compared to a philosophy degree I almost rip my lungs a new one.
10+ hours per week per course is very typical of physics courses at Appalachian. The 3 credit hour standard is
supposed to correspond to about 10 hours of work.
10+ hours per week per course is also very typical of students in any 3000 or higher level philosophy course at Appalachian.