Here is a list of typos and corrections that I know about.
Chapter 2
Page 36: With the definition of the Gaussian, the width in the figure should be 2\sigma^2 instead of 2\sigma. (The \sigma defined in A(k) is not the usual standard deviation.)
Page 45: The b_n in the middle equation should be b_p
Page 51: In (2.86), the inequality should be -a < x < a. (Not -a < 0 < a which is just dumb.)
Page 54: Below (2.98), the phrase "red circle" should just be "circle". (Because the figure is in black and white!)
Page 62: In (2.127), the correction should be O(x^3)
Page 68: In (2.146) one of the equalities is repeated twice.
Page 69: In (2.153) another place where it should be -a < x < a
Chapter 3
Page 84: In (3.50), \psi_n on the RHS should be \psi_mp
Page 84: In (3.50), \psi_n on the RHS should be \psi_mp
Page 90: In (3.72), in the third expression a_n > a_m
Page 91: Just after (3.77), it should say ||\psi||^2 = ...
Page 109: In (3.167) the e^{-ax^2/s} should be e^{-ax^2}
Page 114: The last term in (3.186) should have an absolute value
Page 117: Equation (3.192), the LHS should have the state \ket{\phi} \otimes \ket{\psi}
Page 117: Above (3.196) the tensor product should be C^2 \otimes C^2 (i.e. the times symbol should be in a cirlce)
Chapter 4
Page 133: The x- and y-axes in Figure 4.1 should be swapped
Page 140: In (4.57), the final term should be \pi^2/2n (not 4n)
Chapter 5
Page 145: Below (5.22), the expression for a^\dagger is missing the normalisation 1/\sqrt{2m\hbar\omega}. The result in (5.23) is unchanged.
Page 150: There is a minus sign missing in the (irrelevant) overall phase, which should be e^{-i\omega t}, in (5.44) and (5.45) and in the paragraph between them.
Page 153: There should be an extra factor of 1/2 in front of the gamma function in the final expresison
Page 157: After (5.72), "follows from (5.68)" should be "follows from (5.67)"
Page 160: There should be no factor of 1/2\pi in (5.82). That also spills over to the first line of (5.83) where the 1/2\pi should be removed. (But it should still be there on the second line of (5.83))
Chapter 6
Page 190: In (6.120), the middle term on the RHS should be - i\hbat \hat{p}/m rather than +.
Page 193: In (6.129) and (6.130) and (6.133), the Rydberg constant is denoted as R_H. But earlier in Chapter 6, it is denoted as Ry.
Page 194: In (6.137) (in the final term) and (6.139), the \epsilon_0 should be \epsilon_0^2
Chapter 7
Page 219: There should be hats on the L operators in the sentence below (7.56).
Page 221: (7.64) should say R_3(\theta) = e^{-i\thet T_3}
Page 223: There should be a |j,m> on the LHS of the second equation in (7.70).
Page 224: The LHS of (7.77) should be the norm squared (the square is missing)
Page 226: In (7.87), the term e^{i\theta \hat{J}_3} should be e^{-i\theta \hat{J}_3/\hbar}. The minus sign should be in the next exponent as well.
Page 230: Below (7.97), the "Lagrangian (7.93)" should read "Lagrangian (7.92)"
Page 231: No factor of i in front of \delta_{\alpha\beta} on the RHS.
Page 237: In (7.129), the first two terms in the final line should have a factor of 1/2, so it reads (schematically) 1/2(J_+J_- J_-J_+). That then infects (7.130), which shouldn't have a factor of 2 in front of the J_+J_- + J_-J_+ terms. Finally, in (7.131), the second and third lines shouldn't have that factor of 2.
Page 242: In (7.152) the middle equation is |0,0> = but should be |2,0> =
Page 243: If we derive (7.158) from (7.144) then there should be an overall (irrelevant!) minus sign on the RHS.
Page 247: In (7.174), the second line has 2\hbar but it should be just \hbar.
Page 247: Just below (7.174), it says j \geq j+2 but should be j' \geq j+1
Page 247: In (7.177), the first term on the second line should have an extra \hbar in front
Page 256: Below (7.219), H\Theta|\psi> = -\Theta H|\psi> = -E\theta|\psi>. (The \Theta is missing in the final term.)
Page 257: Below (7.126), in the sentence in parantheses, the |\psi(t)> should be |\psi(-t)>
Page 263: In (7.252), the spin operators in the equations on the left should be multiplied by 2/\hbar
Chapter 9
Page 302: The semi-direct product symbol in the text below (9.84) should use the latex symbol \ltimes, not \rtimes. That means that the vertical line should sit on the left-side of the bow tie, not the right.
Chapter 10
Page 320: Below (10.36), the \log n \approx should be \log n! \approx
Page 320: In (10.37), the prefactor after the = has a minus sign wrong: it should read (\log(c\lambda) + \log n)
Page 321: Second paragraph, last sentence: "example this" -> "example of this"
Page 321: Just before Section 10.1.4, there is a e^{-1/\lambda^p} which should be e^{-1/(c\lambda)^p}
Page 323: Third paragraph, third line: the second "P_\perp |\psi^0_i>" should be "P_\perp |\psi(\lambda)>"
Page 325: There is a sentence below (10.55) that says you can show P|\psi_i^1>=0. This is a little bit misleading. The correct statement is that it's possible to choose a \lambda-dependent unitary operator on the degenerate subspace that sets P|\psi_i^1>=0
Page 333: In the "Do Bound States Exist" section, the Coulomb potential should be -1/r, not +1/r
Page 346: Just before "An Aside: Quarkonium", the x \rightarrow \infty should be u \rightarrow \infty
Page 347 and 348: The 1/2m in front of (10.138), (10.139), (10.140), and (10.141) should be inside the (...)^{1/4} bracket.
Page 348: In both (10.139) and (10.141), the denominators of the two prefactors should be E-V(x) (and not V(x)-E)
Page 350: In (10.144), inside the square-root on the LHS there's a m^2 that should be m
Page 350: In (10.147), the E^{1/4} on the second line should be E^{3/4}
Page 350: In (10.148), the 1.75\pi should be \pi/1.75
Page 351: There's a factor of 2 missing in (10.156) in both the middle and final term. The last term should read C\pi/v.
Chapter 11
Page 368: The hydrogen molecule should, of course, be H^+_2, not H^-_2!
Page 369: Above (11.51), the \Psi_\pm should be \phi_\pm
Page 370: There's a factor of m missing in the x^2 term in both (11.57) and (11.59)
Page 372: Just after (11.58), the \tau << \hbar/\omega_0 should be \tau << 1/\omega_0
Page 375: There's an = sign missing on the right of (11.75)
Page 379: In (11.93) there should be a subscript I on |\psi(t)>
Page 380: In (11.96), the denominators (E_n - E_m - \hbar \omega) and (E_n - E_m + \hbar\omega) should be swapped.
Chapter 12
Page 390: Above Section 12.1.3, the minus sign is missing in E_{ground} = -mc^2(Z\alpha)^2/2
Page 392: A series of unfortunate minus signs, starting in the text above (12.32) which should read E = -B.m = +(e/m)B.S. This then follows through to (12.32) which should be + instead of - on the RHS, and (12.33) and (12.34), both of which should have + in the first term.
Page 393: In (12.31) \omega_T should be bold.
Page 421: In (12.105), it should be e^2/8\pi \epsilon_0 on the right-hand side (not e^2/4\pi \epsilon_0)
Page 424: In the first paragraph, it should say swapping "columns", not "rows" of the matrix
Chapter 15
Page 548: More of an addendum than a correction: the zeta function has a pole at s=1.
Page 554: In the un-numbered equation at the bottom of the page, there's a missing 1/2 in the exponent on the right-hand side.
Chapter 16
Page 570: The end of the first paragraph should read "The experiment was first done in the early 1970s by Clauser and Freedman, and more definitively by Aspect. It has been repeated many times since, with different groups trying to finesse the experiments in order to close off increasingly preposterous loopholes that philosophers claim to have discovered in the argument. Aspect, Clauser, and Zeilinger won the 2022 Nobel prize for these efforts."
Page 596: Paragraph below (16.104) "two parts of the system", not "two parts of the subsystem"
Page 597: First paragaph "enlarged Hilbert space H", not "enlarged Hilbert space H_B"
Page 613: In equation (16.157), the arguments of the matrix M should be \delta t, not t+\delta t
Chapter 17
Page 634: I am mortified to learn that I spelt Richard Jozsa's name wrong in the Deutsch-Jozsa algorithm (and in the acknowledgements). It's Jozsa, not Josza. My embarrassment is compounded by the fact that Richard's office is four doors down from mine.
Further Reading
Page 673: "flaunt" -> "flout"
Page 674: "Sakura" -> "Sakurai"
My thanks to Yunpai Lan, Robert Brandenberger, Michael Heaney, Nahian Rahman, Emanuele Ventura, Mark Mezei, Isaac Parker, Yu-Yuan Huang, Travis Provence, Jack Ethridge, E-Jie Tan, Taoxiang Wang, Maja John, Claude Pelletier and especially to Mark Weitzman for pointing out some of these.