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Physics of fields and waves
Section 17.1
Page 42
Last line
"stored in a the electric field by a capacitor"
should be
"stored in the electric field by a capacitor"

Physics 1B "The galaxies were receding more slowly faster than hubbles law predicts" should be just faster, not "slowly faster", page 50

Symmetries of particles and fields
page 43
example 6.5.8
"This is simply the adjoint representation of 𝔰𝔬(2) as defined above"
should be
"This is simply the adjoint representation of 𝔰𝔲(2) as defined above"

particle physics page 67 just after equation 11.4.6 question ends with full stop instead of ?

page 4, squarerooted should be square rooted

Some of the Feynman diagrams on page 45 of physics 1B lecture notes are not valid Feynman diagrams, they have two arrows pointing into the same vertex

label on figure 28.2 i instead of ts for transmission labelled light rays.

nuclear physics page 32 equation 9.2.1
^236U should be ^{236}U

particle physics notes page 45 a . b has a_i b^j, should be a_i b^i

Quantum Theory
page 64
section 12.2.3
equation 12.2.19
brackets in lim \expected{m(...)^2} not rescaled to fit fraction

MFP2 notes, "Pierre sarrus' rule" on page 10 should be "Pieree Sarrus' rule"

nuclear physics page 29
"non-rectangular classically forbidden region"
should be
"non-rectangular classically-forbidden region"

Physics 1B page 48 have "E = 10^13 = m_Zc^2" without unit on 10^13, unclear what I meant by 10^13, should probably change it to 90 Gev

Thermal physics line 2043 in the main .tex file.

Section 33, page 107, line 1 in the pdf.

There is a "g(ε) de" which should be "g(ε)dε".

Hello,

I am glad to see a classmate, I also graduated from theoretical physics. I was looking at the MVP notes and found some mistakes.

All page numbers refer to the page of pdf documents.

1. On page 36, just above (7.3.5), I think you are trying to write the Laplacian operator but wrote $\varphi^2$.

2. In equation (7.3.1), can you please explain how you get the $\frac{\partial F}{\partial N} = \frac {\partial \frac{F}{N} } {\partial \frac{N}{V}}$? Shouldn't it be $\frac{\partial F}{\partial N} = \frac {\partial \frac{F}{V} } {\partial \frac{N}{V}}$?

Physics 1B page 50 electroweak should be one word