Organizational Meeting + Joe Bramante: "Searching for subhalo dark matter with neutron stars" Room: 02.430

Christopher Capiello: "Probing the Landscape of Heavy, Strongly Interacting, and Composite Dark Matter" Room: 02.430

Ariel Zhinitsky: "Axion Quark Nuggets and Matter-Antimatter asymmetry: theory, observations and future searches" Room: 02.430

MITP seminar: Rodolfo Capdevilla https://www.thep.physik.uni-mainz.de/theorie-palaver/ ** note special location ** Lorentz room (Staudingerweg 7, 5th floor)

David Curtin: "Complex Dark Matter Dynamics" Room: 02.430

MITP Colloquium: Geraldine Servant https://www.thep.physik.uni-mainz.de/prisma-colloquium/

Melissa Diamond: "Binary Blob Mergers" Room: 02.430

Mustafa Amin: "Small-Scale Structure in Vector Dark Matter: Polarized Solitons, Interference Patterns and Spin" Room: 02.430

Giacomo Landini: "Macroscopic gravitational DM from dark confining phase transition" Room: 02.430

free discussion Room: 02.430

free discussion Room: 02.430

Organizational Meeting + Pedro Schwaller: "Audible Axions with a booster" Room: 02.430

Michael Geller Room: 02.430

Daniel Carney: "Mechanical quantum sensing and the Windchime project" Room: 02.430

Rafael Lang: "Thoughts from an Experimentalist" Room: 02.430

Dorota Grabowska: "Classical and Quantum Simulations of Gauge Theories (So Your Dark Sector is Strongly Interacting...)" Room: 02.430

Anne Green: "Primordial black holes as a dark matter candidate" Room: 02.430

MITP Colloquium: Adi Bornheim https://www.thep.physik.uni-mainz.de/prisma-colloquium/

Nicolas Fernandez: "Playing with early matter domination eras: Long and short ones with a kick" Room: 02.430

Sebastian Ellis: "Stellar Shocks from Dark Matter" Room: 02.430

Jessica Turner: "Relativistic Bubble Wall Velocity" Room: 02.430 I discuss work where we calculate the velocity of the Higgs condensate bubble wall during a first-order electroweak phase transition in the early Universe. The interaction of particles with the bubble wall can be accompanied by the emission of multiple soft gauge bosons. When computed at fixed order in perturbation theory, this process exhibits large logarithmic enhancements which must be resummed to all orders when the wall velocity is large. We perform this resummation both analytically and numerically at leading logarithmic accuracy. The numerical simulation is achieved by means of a particle shower in the broken phase of the electroweak theory. The two approaches agree to the 10% level. For fast-moving walls, we find the scaling of the thermal pressure exerted against the wall to be P~γ^2T^4. This is impactful for baryogenesis, gravitational wave radiation and generation of other cosmic relics.

Gilly Elor: "Mesogenesis" Room: 02.430

Sarif Khan: "Addressing SM drawbacks using abelian gauge extension" Room: 02.430

Organizational Meeting + Daniel Chung: "Big Axionic DM Object in the Sky" Room: 02.430

Fatemeh Elahi: "Vector Coherent Oscillation" Room: 02.430

Nicholas Orlofsky Room: 02.430

Joshua Eby: "Transient Signals from Relativistic Axion Bursts" Room: 02.430

Raghuveer Garani Room: 02.430

MITP Colloquium: Chris Hays https://www.thep.physik.uni-mainz.de/prisma-colloquium/

Sida Lu Room: 02.430

Joshua Berger: "What's DUNE doin'?" Room: 02.430

Hendrik Bekker: "CASPEr" Room: 02.430

free discussion Room: 02.430

free discussion Room: 02.430