Annabelle Bohrdt (@abohrdt) 's Twitter Profile
Annabelle Bohrdt

@abohrdt

Theoretical physicist @uni_regensburg and @MCQST_cluster, machine learning, strongly correlated systems & quantum simulation

ID: 1345856121660178433

linkhttps://www.uni-regensburg.de/physics/bohrdt/startseite/index.html calendar_today03-01-2021 22:15:28

559 Tweet

3,3K Followers

414 Following

Annabelle Bohrdt (@abohrdt) 's Twitter Profile Photo

Very excited about this years Nobel prize 🏆 🤖 maybe the students will appreciate the historical intro to neural networks in my lecture more this fall term 👩‍🏫

Annabelle Bohrdt (@abohrdt) 's Twitter Profile Photo

We have a new tool 🔨 in the box 📦 : Bosonic t-J models ⬆️⬇️🕳️ with staggered magnetic fields 🧲 in optical lattices — check out this latest collaboration with Johannes Zeihers team Max Planck Institute of Quantum Optics Munich Center for Quantum Science and Technology here: arxiv.org/abs/2410.19500

We have a new tool 🔨 in the box 📦 : Bosonic t-J models ⬆️⬇️🕳️ with staggered magnetic fields 🧲 in optical lattices — check out this latest collaboration with Johannes Zeihers team <a href="/MPI_Quantum/">Max Planck Institute of Quantum Optics</a> <a href="/MCQST_cluster/">Munich Center for Quantum Science and Technology</a> here: arxiv.org/abs/2410.19500
Munich Center for Quantum Science and Technology (@mcqst_cluster) 's Twitter Profile Photo

Ready to advance your quantum research in Munich? Apply for our #PostdocFellowships! Why MCQST? 🔗Independence: your own budget & lab space ⭐️Leadership 🤝Mentoring & support resources 🌍 Access MCQST’s programs, workshops, and global collaborations ➡️mcqst.de/support/postdo…

Ready to advance your quantum research in Munich? 
Apply for our #PostdocFellowships!

Why MCQST? 
🔗Independence: your own budget &amp; lab space
⭐️Leadership
🤝Mentoring &amp; support resources
🌍 Access MCQST’s programs, workshops, and global collaborations

➡️mcqst.de/support/postdo…
Tim Langen (@timlangen.bsky.social) (@_timlangen_) 's Twitter Profile Photo

As I have noticed several #quantum people leaving this platform recently, a quick reminder that #Bluesky is open to everyone - no more invitations required as before! Find me (in parallel to here) at @timlangen.bsky.social ...

Annabelle Bohrdt (@abohrdt) 's Twitter Profile Photo

We got something new and very exciting out: neural quantum state 🤖 simulations of the two dimensional fermionic t-J model across the entire doping range, with orders of magnitude less parameters than MPS: arxiv.org/abs/2411.10430 lead by Hannah and Annika Munich Center for Quantum Science and Technology

We got something new and very exciting out: neural quantum state 🤖 simulations of the two dimensional fermionic t-J model across the entire doping range, with orders of magnitude less parameters than MPS: arxiv.org/abs/2411.10430 lead by Hannah and Annika <a href="/MCQST_cluster/">Munich Center for Quantum Science and Technology</a>
Juan Felipe Carrasquilla Álvarez (@carrasqu) 's Twitter Profile Photo

We are organizing a workshop on ML for quantum matter in Dresden in February 2025. Amazing speaker lineup. The application deadline is Nov. 30, apply! pks.mpg.de/mlqmat25

Annabelle Bohrdt (@abohrdt) 's Twitter Profile Photo

Great workshop on ML & (quantum) physics in Augsburg today. Third workshop in Bavaria 🍻🥨🏔️ this month. In my role as Bavarian infrastructure judge I have to say Munich - Augsburg is definitely the best connection 🚆🚂🚊🚄

PRX Quantum (@prx_quantum) 's Twitter Profile Photo

Local control and bilayer optical lattices can simulate high-temperature superconductors and enable the study of important physical phenomena. Henning Schlömer Annabelle Bohrdt Article: go.aps.org/3ZQe18C Synopsis: go.aps.org/49yoMQg

Local control and bilayer optical lattices can simulate high-temperature superconductors and enable the study of important physical phenomena.  <a href="/henningschlmr/">Henning Schlömer</a> <a href="/aBohrdt/">Annabelle Bohrdt</a>

Article: go.aps.org/3ZQe18C
Synopsis: go.aps.org/49yoMQg
Physical Review Letters (@physrevlett) 's Twitter Profile Photo

Two rapidly rotating fermions in an optical tweezer realize the ν =1/2 Laughlin state. Letter: go.aps.org/3Dfju03 Physical Review A : go.aps.org/3VHaxTj Viewpoint: go.aps.org/3DfjtJx

Annabelle Bohrdt (@abohrdt) 's Twitter Profile Photo

This one I’m really proud of 🤩: our new method to simulate dynamics with neural quantum states: the tNQS 🤖🕚 which directly solves the time dependent Schrödinger equation globally 🤯 led amazingly by brand new Phd student Anka Munich Center for Quantum Science and Technology arxiv.org/abs/2412.11830

This one I’m really proud of 🤩: our new method to simulate dynamics with neural quantum states: the tNQS 🤖🕚 which directly solves the time dependent Schrödinger equation globally 🤯 led amazingly by brand new Phd student <a href="/ankavdwalle/">Anka</a> <a href="/MCQST_cluster/">Munich Center for Quantum Science and Technology</a> arxiv.org/abs/2412.11830
Annabelle Bohrdt (@abohrdt) 's Twitter Profile Photo

The bosonic t-J model has been realized using three different Rydberg states ⚛️ check out this new realization of doped quantum magnets here 👇Munich Center for Quantum Science and Technology arxiv.org/abs/2501.08233