QOQMS

Theory research group in quantum computing and simulation at the University of Strathclyde, Glasgow, led by Prof. Andrew Daley. Updates from group members.

[Juanjo Garcia Ripoll @jjgarciaripoll]

Could not resist. It's epic!

[The-New-Quantum-Era @NewQuantumEra]

★ Just published a new episode of The New Quantum Era: Adiabatic and Counterdiabatic Quantum Computing with Dr. Ieva Čepaitė. Listen: https://t.co/hLhr5K99F4

[Oriel Kiss @oriel_kiss]

The first paper of this summer 😎 @CERNquantum program is out! In this work, @titant3k applied the Counterdiabatic Optimized Local Driving (COLD 🥶), developed by @HyperboIeva, to various spin systems, e.g. the ANNNI model. Go check out the preprint https://t.co/MyUFibxQvy!

[EPL @epl_journal]

Solitary waves explore the quantum-to-classical transition by A. Sreedharan, S. Kuriyattil (@Sridevi_K_), S. Choudhury, R. Mukherjee, A. Streltsov and S. Wüster @iiserbhopal @MasseyUni @imperialcollege @ImperialPhysics @UniHeidelberg @SAP - https://t.co/id43hmdXss

[PRX Quantum @PRX_Quantum]

Quantum circuits with tunable-range interactions can probe a new dynamical transition in the propagation of correlations in quantum circuits. @Sridevi_K_, @quantum_daley, @qoqms, @PhysicsStrath, @BrandeisU

https://t.co/8q7c6xf4Pj

[Quantiki @quantiki]

Postdoc in Quantum Computing in Edinburgh (2 positions) https://t.co/cyihgwXHYC

[Pieter Claeys @Pieter_Cl]

A short thread on some recent work, where we look at many-body quantum dynamics through the lens of Krylov complexity and find an interesting Trotter transition! Very happy with this one, and amazing work by Philippe Suchsland @mpi_pks https://t.co/HbHsD7Q9Wj

[Sridevi K @Sridevi_K_]

In our work (@IOPPublishing ), we simulate colliding quantum solitons with quintic interactions using truncated Wigner approximation to show that the post-collision state is hyper-entangled in spatial degrees of freedom and atom number within solitons.

https://t.co/TnaNxVfz4L

[QOQMS @qoqms]

Summary:

We report on a high-mobility quantum point contact in strontium titanate with surprisingly high critical magnetic fields, indicative of strong electron pairing

[QOQMS @qoqms]

And yet another new publication from members of the group, this time in Nature electronics!

"A clean ballistic quantum point contact in strontium titanate"

https://t.co/V081g5P102

[QOQMS @qoqms]

New publication from members of the group in Journal of Physics A: Mathematical and Theoretical

"Can multipartite entanglement be characterised by two-point connected correlation functions?"

https://t.co/kG0ybz7T86

[Pablo Poggi @pablompoggi]

Our latest in the arxiv this week: How to probe scrambling via operator distributions using mixed states and randomization, and avoiding costly OTOC measurements --> https://t.co/coLTOt3GEd - collaboration with P. Blocher, @Karthik_chinni1 @SivaprasadOman1 !

[Sridevi K @Sridevi_K_]

In our new preprint, we study a dynamical transition between slow and fast scrambling in both sparse and densely coupled quantum circuits. Excitingly, we identify the same phenomena in models that can be experimentally realized as well.

[Pablo Poggi @pablompoggi]

Our latest with @Manuel_muz : a quantum-optics-sy (?) take on measurement-induced entanglement phases. https://t.co/HRbn6FlwkU. What happens when interactions and scrambling compete with collective entangling measurements? ...

[Pablo Poggi @pablompoggi]

While preparing for application season, I am reminded that almost three years ago we were launching #QChaos2020 with the great @Pieter_Cl . Awesome speakers, from PhD students to senior researchers, spanning three continents. 24 talks can be accessed in https://t.co/c0TcbkC3dr

[QOQMS @qoqms]

New preprint out by members of the group @CallumWDuncan and @quantum_daley along with colleagues at @strathEQOP:

"Commensurate and incommensurate 1D interacting quantum systems"

https://t.co/wdr2X1QBMX

[QOQMS @qoqms]

New preprint out from members of the group @Sridevi_K_ T. Hashizume and @quantum_daley along with G. Bentsen of @BrandeisU!

"Onset of scrambling as a dynamical transition in tunable-range quantum circuits"

https://t.co/GZSXLrTiqN

[Experimental Quantum Optics and Photonics Group @strathEQOP]

⇝ ⚛ PhD positions available in EQOP ⚛ ⇜

Posts related to atomic quantum technologies for sensing are open for experimental PhD students to start in October 2023.

Are you interested in atomic clocks, atom interferometry, quantum magnetometry, MEMS , cold atoms, BECs, …

[Pieter Claeys @Pieter_Cl]

My episode of @insideqm is out now! Hear more about me, my research, and all things quantum.
I very much enjoyed this conversation, hope you find it interesting — and thanks to @PhysicsSteve for having me on!

[Sridevi K @Sridevi_K_]

I am at the #APSMarchMeeting and will be presenting a talk on our recent work on fast scrambling dynamical transition in quantum circuits on the 7th of March in the Session G67: Neutral atom qubits and applications session at 1:42 pm.