Research center on quantum technologies at the University of the Basque Country comprising three groups led by @qmisanz , @JorgeCasanovaM2 and @xichen_bilbao
We are pleased to announce the "Quantum Techniques and Algorithms in Differential Equations" (#QTADE
2026) workshop, taking place September 21-25, 2026 in Bilbao, Spain, organized in collaboration with IBM Quantum.
https://t.co/JXpcqDDhTx
Happy to see the results of the collaboration between Philipp Hauke's group at @UniTrento and @NquireC here at the UPV/EHU published on PRR. If you like to optimize your circuits using symmetries, you should take a look DOI:10.1103/6ldg-3w1f
New paper in #JHEP. We investigate the role of quantum scrambling in quantum batteries and its effects on optimal power and charging times within the SYK model. @icmm_csic@NquireC@QuantumYue@jonzen_Physics and Sebastian. https://t.co/ATpmXLu8iB
🔥New paper"Quantum Carleman linearization efficiency in nonlinear fluid dynamics" in #PhysRevResearch. https://t.co/b5Ixj9GaYy... Fluid dynamics is hard when things go nonlinear: turbulence, shocks, and chaotic flows requiring huge computational resources. Can q. computing help?
I’m happy to announce the results a collaboration with Adrian Franco Rubio, Alatz Alvarez Ahedo and Mikel Sanz, “Impact and mitigation of Hamiltonian characterization errors in digital-analog quantum computation”, arxiv/2505.03642. The title is self explanatory, but there ir more
📣 New article published today in @PhysRevResearch entitled "Existence of unbiased estimators in discrete quantum systems" with Javier Navarro Navarro and Ricard Ravell Rodríguez.
https://t.co/1jqKw3fX0N
@NquireC@BCAMBilbao@QuantumSpain_ES
This paper marks the beginning of a new (and hopefully long-lasting) collaboration with David Novoa and his outstanding group focused on developing quantum technologies based on the hollow-core optical fiber platform—a field that remains largely unexplored to date.
We propose the first quantum model of light-matter interaction in gas-filled hollow-core fibers. We show that in the semi-classical limit the model recovers the traditional equations, while enabling the prediction of entanglement dynamics during the Raman transduction process.
Our new paper "Entanglement transfer during quantum frequency conversion in gas-filled hollow-core fibers" was published this week in APL Photonics. Great work by @tgonzalezraya, Arturo Mena and Miriam Lazo. https://t.co/PlZPrga1cz @upvehu@BCAMBilbao@Ikerbasque@NquireC
Open postdoc positions in my group @wacqt_sweden@chalmersuniv in compilation of quantum circuits on noisy quantum hardware: https://t.co/wm4Mjz2d2c Part of a project funded by @strategiskaSSF.
Application deadline January 31. Please share!
It’s a real pleasure to announce a lecture series by a great friend Lucas Céleri from UFG, Brazil, on “Introduction to Information Theory: Foundations and Applications”. The course won’t be broadcasted but will uploaded in our channel: https://t.co/oCxVIudU2x
Being one of pioneers in this field, I witnessed the success of digitized counterdiabatic quantum optimization algorithms for industrial applications @KipuQuantum. Thanks the contribution from PhD students and postdoctoral @artist_qu and @NquireC Keep moving @icmm_csic
Recently I'd the pleasure of being interviewed by M.J. Prieto for an article on quantum computing and its social and economic impact. It was published in #Alfa, the magazine of the Spanish Nuclear Safety Council, with brilliant colleagues as A. Gómez, J. Más and E. Fernández.
New arXiv preprint today. In the manuscript, we presented the SHIELD protocol 🛡️ that enables using dense NV ensembles as NMR detectors with large sensitivities. Congrats to our Ainitze and Ana for their great work!
@ryc_upvehu
https://t.co/kBqtnYymJQ