Welcome Room: 4/3-006 - TH Conference Room

Charm physics experimentally - selected highlights

• Dominik Stefan Mitzel (Technische Universitaet Dortmund (DE))

Room: 4/3-006 - TH Conference Room

Spectroscopy overview

• David Wilson (University of Cambridge)

Room: 4/3-006 - TH Conference Room

Scattering with charmed mesons and baryons

• Liuming Liu (Institute of Modern Physics, Chinese Academy of Sciences)

Room: 4/3-006 - TH Conference Room

$T_{cc}$ Room: 4/3-006 - TH Conference Room

Discussion session

• Sasa Prelovsek Komelj

Room: 4/3-006 - TH Conference Room

Theory perspective on rare charm decays

• Gudrun Hiller (Technische Universitaet Dortmund (DE))

Room: 4/3-006 - TH Conference Room

Inclusive semileptonic decays from lattice QCD: recent developments

• Alessandro De Santis (Helmholtz-Institut Mainz and Johannes Gutenberg-Universität Mainz)

Room: 4/3-006 - TH Conference Room

Long distance contributions to D-meson mixing

• Matteo Di Carlo

Room: 4/3-006 - TH Conference Room

Radiative decays of charmed mesons from lattice QCD: status and future perspectives

• Giuseppe Gagliardi

Room: 4/3-006 - TH Conference Room

Hadronic $D$-decays Room: 4/3-006 - TH Conference Room

Discussion session

• Shoji Hashimoto (KEK)

Room: 4/3-006 - TH Conference Room

Precision charm physics

• Gregorio Herdoiza

Room: 4/3-006 - TH Conference Room

Recent developments of distillation techniques

• Juan Andres Urrea Nino

Room: 4/3-006 - TH Conference Room

Predicting multi-hadron electroweak processes from the QCD path integral (Theory Colloquium)

• Max Hansen

Room: 4/3-006 - TH Conference Room I will discuss recent progress and open challenges in computing multi-hadron electroweak amplitudes from lattice QCD, a Euclidean, finite-volume, discretised formulation of quantum chromodynamics. Starting from the underlying quarks and gluons, QCD predicts a spectrum of hadrons—such as the pion, kaon, and D meson—whose masses and matrix elements can now be computed with sub-percent precision using numerical lattice QCD. Looking beyond this, an important frontier involves scattering processes with multiple hadrons, including πK → πK, ππK, electroweak transitions such as πγ → ππ, K → ππ, D → ππ, and B → K*, and neutral-meson mixing amplitudes, as well as other long-distance matrix elements. Such observables are essential for interpreting experiments in flavour physics and testing the Standard Model. In this colloquium, I will aim to outline the key theoretical challenges in such calculations, review the methods developed to address them, and highlight a selection of recent results.