ALPS2023 -- Anomalies in Particle Physics

Session

Keynotes

27 Mar 2023, 08:30

UZ Obergurgl

Conveners

Keynotes

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Keynotes: Automatized One-Loop Matching of BSM Models

• Javier Fuentes-Martin (Universidad de Granada)

Keynotes

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Keynotes

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67. Status of flavour anomalies from LHCb (20+10)

Patrizia De Simone (INFN e Laboratori Nazionali di Frascati (IT)), Patrizia De Simone (Istituto Nazionale Fisica Nucleare (IT))

27/03/2023, 08:30

68. LFU and semileptonic B decays at Belle (20+10)

Luka Santelj (Jozef Stefan Institute)

27/03/2023, 09:00

69. b->sll transitions (20+10)

Bernat Capdevila (IFAE)

27/03/2023, 09:30

70. Recent semileptonic results from Belle II (20+10)

Chaoyi Lyu

27/03/2023, 10:30

71. Latest flavour physics results from CMS/ATLAS (20+10)

Prof. Prafulla Behera (Indian Institute of Technology Madras (IN))

27/03/2023, 11:00

73. New Physics in b->sll and b->ctaunu (20+10)

Syuhei Iguro (Nagoya University)

27/03/2023, 11:30

80. tau physics at Belle II (20+10)

Navid Khandan Rad

27/03/2023, 19:15

54. Status and prospects of the Muon g-2 experiment at FNAL (20+10)

Alberto Lusiani (Scuola Normale Superiore and INFN, sezione di Pisa)

28/03/2023, 08:30

After the 0.46 ppm measurement in 2021, the Muon g-2 experiment at FNAL aims at measuring the muon anomaly with a 0.23 precision in 2023 and later with a precision matching the design of 0.14 ppm.

79. g-2 and new physics (30+15)

Dominik Stockinger (IPPP Durham)

28/03/2023, 09:00

81. The Cabibbo angle anomaly and EW fits (30+15)

Martin Hoferichter

28/03/2023, 09:45

39. QCD contributions to the muon anomalous magnetic moment (20+10)

Gernot Eichmann

28/03/2023, 18:15

The anomalous magnetic moment (g-2) of the muon continues to be one of the most promising places to look for evidence of new physics. First measurements at Fermilab have confirmed the previous Brookhaven result and slightly increased the tension with the Standard Model prediction to 4.2 standard deviations. The theoretical value is the sum of QED, electroweak and QCD contributions, where the...

83. Overview and LHC searches for New Physics (30+15)

Greg Landsberg (Brown University (US))

29/03/2023, 08:30

84. Overview of LHC anomalies (30+15)

Bruce Mellado Garcia (University of Wisconsin)

29/03/2023, 09:15

109. Automatized One-Loop Matching of BSM Models

Javier Fuentes-Martin (Universidad de Granada)

29/03/2023, 11:00

97. Towards Constraining Dark Sectors with 21-cm Cosmology (20+10)

Tomer Volansky (Tel Aviv University (IL))

30/03/2023, 08:30

95. Anomalies in short-baseline neutrino experiments (20+10)

Dr Pilar Coloma (Instituto de Fisica Teorica UAM/CSIC)

30/03/2023, 09:00

96. Tensions between terrestrial and cosmological neutrino mass determinations (20+10)

Thomas Schwetz

30/03/2023, 09:30

93. 21cm and the radio background excess (20+10)

Joshua Ruderman (Princeton University), Joshua Thomas Ruderman (NYU)

30/03/2023, 10:30

49. New constraints on the dark matter-neutrino and the dark matter-photon scattering cross-sections (20+10)

Alejandro Ibarra

30/03/2023, 11:00

The flux of high energy neutrinos and photons produced in active galactic nuclei could get attenuated when they propagate through the dark matter spike around their central black hole. Using measurements of the neutrino and the gamma-ray fluxes from TXS 0506+056 and from NGC 1068 by IceCube and the Fermi-LAT we derive new constraints on the dark matter-neutrino and the dark matter-photon...

98. Small-scale tensions and self-interacting dark matter

Felix Kahlhoefer (Karlsruhe Institute of Technology)

30/03/2023, 11:30

108. Bd,s → μ+ μ– γ phenomenology overview

Diego Guadagnoli (LAPTh Annecy)

30/03/2023, 19:30

99. Ultralight dark matter generated by thermal fermions

Eung Jin Chun

31/03/2023, 08:30

100. Nanograv anomaly

Pedro Klaus Schwaller (Mainz University)

31/03/2023, 09:00

91. On the Hubble tension (20+10)

Dr Vivian Poulin (LUPM, CNRS & U. de Montpellier, France)

94. TBA

Alejandro Ibarra