David I. Müller

Theoretical and Computational Physics | Postdoc @ ITP @tu_wien |
Heavy-ion collisions, lattice gauge theory, machine learning

[David I. Müller @d_i_mueller]

Check out our #lattice2022 proceedings! We've made progress towards stable complex Langevin simulations for non-Abelian gauge fields in real-time using a clever kernel. A longer and more detailed paper is already in preparation.
https://t.co/9jedbUQfim

[Georg Harrer @gmeni]

We are very happy that our paper https://t.co/xEr5RJ7nLd has been marked as Editors' Suggestion by @PhysRevLett and is featured in @APSphysics https://t.co/RoVQZw8GmQ.
In this thread I try to explain our research using GIFs (1/7)

[The Nobel Prize @NobelPrize]

BREAKING NEWS:
The Royal Swedish Academy of Sciences has decided to award the 2022 #NobelPrize in Physics to Alain Aspect, John F. Clauser and Anton Zeilinger.

[David I. Müller @d_i_mueller]

So glad I attended #ConfXV this year. It was a wonderful conference w/ many great talks and posters. The organizers did an outstanding job with Covid safety measures. This is really how every conference should be done during the pandemic. Masks and ventilation work!

[ConfXV @ConfXiv]

At #ConfXV @UniStavanger we continue the tradition of #XQCD2022 PhD school (#Stavanger) & conference (@ntnu) we monitor CO2 levels so that our participantscan can feel safe & focus on physics. Great to see our preparations w/ improved ventilation for >240 participants pay off.

[Alexander Rothkopf @rothkopfAK]

Our team from @UniStavanger will report on recent progress on beating the sign problem for real-time simulations with Complex Langevin at the #Lattice2022 conference. Check out Daniel Alvestad's talk today Monday August 8th 14:40h in the Algorithms track.
@forskningsradet

[David I. Müller @d_i_mueller]

@ConfXiv @tu_wien Adding this for more visibility: #ConfXV

[David I. Müller @d_i_mueller]

Attention all CGC and Glasma enthusiasts at QCHS22 @ConfXiv! Today I'm giving a talk about our recent advancements in semi-analytical solutions for the 3+1D rapidity-dependent Glasma in the weak field approximation (Session D, 14:50). https://t.co/GLqTLijJqm

[David I. Müller @d_i_mueller]

@ConfXiv This is work I've done together with Andreas Ipp, Markus Leuthner (our new PhD at the ITP @tu_wien), Sören Schlichting and Pragya Singh. If you're interested, check out our paper from last year: https://t.co/k11qRLtPBF

[David I. Müller @d_i_mueller]

@FavoniMatteo

[David I. Müller @d_i_mueller]

Check out Matteo’s talk today on lattice gauge equivariant convolutional neural networks @ConfXiv (Session H, 14:30)! He’ll present our first steps towards applying Neural ODEs to lattice gauge theory. https://t.co/4ReXctFVvv

[David I. Müller @d_i_mueller]

Congratulations to Paul Hotzy for winning the #XQCD2022 best poster award! His presentation was on our new Complex Langevin scheme for real-time lattice gauge theory which Kirill Boguslavski, Paul, and I have been working on. We should have a preprint out this year!

[Alexander Rothkopf @rothkopfAK]

The #XQCD2022 conference is delighted to award 2 #EPJ @EDPSciences poster prizes, selected by an expert committee (C. Ratti, L. Tolos, A. Vuorinen):
👉Jamie Karthein @MIT - QCD equation of state
👉Paul Hotzy @tuvienna - real-time complex langevin
Congratulations to our winners!

[Alexander Rothkopf @rothkopfAK]

The #XQCD2022 conference is delighted to award 2 #EPJ @EDPSciences poster prizes, selected by an expert committee (C. Ratti, L. Tolos, A. Vuorinen):
👉Jamie Karthein @MIT - QCD equation of state
👉Paul Hotzy @tuvienna - real-time complex langevin
Congratulations to our winners!

[arXiv hep-lat @_arXiv_hep_lat]

[2205.05803] Rajan Gupta, Tanmoy Bhattacharya, Boram Yoon: AI and Theoretical Particle Physics https://t.co/jrbiK5Y02q https://t.co/sDvZxWtq7K

[David I. Müller @d_i_mueller]

@2022Quark M. Favoni: "Machine learning with gauge symmetry" (Sess 1, T06, Tu)

F. Lindenbauer: "Jet momentum broadening in heavy ion collisions from effective kinetic theory" (Sess 2, T04_2, Tu)

D. Schuh: "Transverse momentum broadening in the glasma" (Sess 2, T01, Tu)

[David I. Müller @d_i_mueller]

Presenting my poster @2022Quark tomorrow! This one's about our progress on semi-analytical solutions for 3+1D (rapidity dependent) Glasma at the earliest stages of heavy-ion collisions. Check out the paper here: https://t.co/k11qRLtPBF

[David I. Müller @d_i_mueller]

@2022Quark Check out these interesting posters by my collaborators (no particular order):
D. Avramescu: "Heavy quarks in the evolving Glasma" (Sess 3 T11_4, Th)
K. Boguslavski: "Fermion spectral function in a highly occupied non-Abelian plasma" (Sess 2, T03, Tu)

[TU Wien @tu_wien]

Mit #KI und #machinelearning den #Urknall-Materiezustand „Quark-Gluon-Plasma“ analysieren? Bisherige #Algorithmen sind dafür ungeeignet. An der TU Wien konnte nun gezeigt werden, wie man neuronale Netze für diese Aufgaben nutzen kann.💥https://t.co/NLNc8YEGYE
#AI #Teilchenphysik