During the time between editions of the
Review of Particle Physics and the
Particle Physics Booklet, we often find a number of errata. We correct most errata on our WWW pages. If you should find errata that are not known to us, please send mail to
pdg @ lbl.gov.
For errata in previous editions, please see:
http://pdg.lbl.gov/rpp-archive/
Page
1 of the web version:
"Physical Constants" review
(web version page 1)
(September 13, 2024):
Missing footnote [a] about the release of "2022 CODATA recommended values";
Page
1 of the web version:
"Production and Decay of
b-flavored Hadrons" review
(web version page 1)
(September 13, 2024):
Revised date should read: "Revised March 2024";
Page
6 of the web version:
"Polarization in
B Decays" review
(web version page 6)
(September 13, 2024):
Reference [1] should read: "P. Erola, M. Kreps, and Y. Kwon, "Production and Decay of b-Flavored Hadrons," minireview in this Review;
Pages
16, 54 of the web version:
$D^0$ particle summary
(web version page 16,
54)
(September 12, 2024):
$D^0$ decay mode $K^- \pi^+ \pi^- 2\pi^0$ should read: $K^{0}_{S} \pi^+ \pi^- 2\pi^0$;
Page
100 of the journal/book publication (pages 1, 27 of the web version, booklet page 182):
$\Sigma^+$ particle summary
(journal/book version page 100)
(web version page 1,
27,
page 182 of the booklet)
(September 9, 2024):
$\Sigma^+$ DECAY MODES should read:
$p \pi^0$ $(51.47 \pm 0.30)$%
$n \pi^+$ $(48.43 \pm 0.30)$%
$p \gamma$ $(1.04 \pm 0.06)\times 10^{-3}$, S=2.4
Page
96 of the web version:
$B^0$ particle listing
(web version page 96)
(September 11, 2024):
Second "AUBERT 09B" should have listed no meaurement value in
$\Gamma(\chi_{c1}(3872) K^*(892)^0)/\Gamma_\text{total}$ ($\Gamma_{251}/\Gamma$);
Pages
18, 50 of the web version:
(September 12, 2024):
Decay $\Gamma_{94}$ should read: $K^{0}_{S} \pi^+ \pi^- 2\pi^0$;
Page
2067 of the journal publication (page 1 of the web version):
(August 20, 2024):
- Decay $\Gamma_{1}$ should read: $\eta_c(1S) \pi^+$;
Pages
2067, 2068 of the journal publication (page 1 of the web version):
(August 07, 2024):
- The comments to "AAIJ 14AG" measurements should read: $\overline{B}^0 \to K^- \pi^+ \psi(2S)$;
- Decay $\Gamma_{1}$ should read: $\pi^+ \psi(2S)$;
Page
2068 of the journal publication (pages 1, 2 of the web version):
(August 07, 2024):
- The comments to "AAIJ 14AG" measurements should read: $\overline{B}^0 \to K^- \pi^+ \psi(2S)$;
Page
2162 of the journal publication (page 4 of the web version):
(September 11, 2024):
- Number of envents (EVTS) for "ABLIKIM 22AJ" in $\Gamma(n \gamma)/\Gamma_\text{total}$ ($\Gamma_3/\Gamma$) should read 1221;
Page
2187 of the journal publication (page 3 of the web version):
(September 9, 2024):
$\Sigma^+$ DECAY MODES should read:
$\Gamma_1$ $p \pi^0$ $(51.47 \pm 0.30)$%
$\Gamma_2$ $n \pi^+$ $(48.43 \pm 0.30)$%
$\Gamma_3$ $p \gamma$ $(1.04 \pm 0.06)\times 10^{-3}$, S=2.4
Page
2188 of the journal publication (pages 4, 5 of the web version):
(September 9, 2024):
$\Gamma(n \pi^+)/\Gamma(N \pi)$ OUR FIT value should read: $0.4848 \pm 0.0030$;
$\Gamma(p \gamma)/\Gamma(p \pi^0)$ OUR FIT value should read: $2.03 \pm 0.11$ $(\times 10^{-3})$; Scale factor 2.4;
$\Gamma(p \gamma)/\Gamma_{\text{total}}$ OUR FIT value should read: $1.04 \pm 0.00$ $(\times 10^{-3})$;
Page
2188 of the journal publication (page 5 of the web version):
(September 9, 2024):
- "ABLIKIM 23Y" measurements in $\Gamma(p \gamma)/\Gamma_{\text{total}}$ ($\Gamma_3/\Gamma$) should read:
$0.996+-0.021+-0.018$ $(\times 10^{-3})$;