NQUIRE Center
@NquireC
Followers
722
Following
744
Media
18
Statuses
265
Research center on quantum technologies at the University of the Basque Country comprising three groups led by @qmisanz , @JorgeCasanovaM2 and @xichen_bilbao
Bilbao, Spain
Joined July 2021
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
1
2
3
Two current papers on quantum algorithms (with counterdiabatic driving) are published in @PhysRevResearch with the groups of Philip Walther @QUANTUMunivie and @PhilippHauke @UniTrento. Thanks for all collaborators @NquireC making these happen! @icmm_csic
0
8
29
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.
link.springer.com
Journal of High Energy Physics - Exponentially fast scrambling of an initial state characterizes quantum chaotic systems. Given the importance of quickly populating higher energy levels from...
0
2
20
Finally the paper on superoscillating for quantum control has been published @PhysRevA @icmm_csic @NquireC @jonzen_Physics
journals.aps.org
Superoscillation is a counterintuitive phenomenon for its mathematical feature of faster than Fourier, which has allowed novel optical imaging beyond the diffraction limit. In this article we...
1
1
12
🔥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?
1
1
14
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
2
3
19
📣 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
1
1
8
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.
0
1
2
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.
1
2
3
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
1
3
18
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!
chalmers.se
0
9
18
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
1
1
18
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
0
1
19
In colaboration with @dylanlewise from UCL and @hummin_electron from NYU, we today give answer to the question above. https://t.co/OAcsNHfYkr
arxiv.org
Computational fluid dynamics (CFD) is a specialised branch of fluid mechanics that utilises numerical methods and algorithms to solve and analyze fluid-flow problems. One promising avenue to...
0
4
6
New paper alert 🚨‼️ “Is the regime for quantum advantage when solving nonlinear fluid equations with Carleman DNS practically useful?”
2
4
14
Here is the link to the article, which is in Spanish: https://t.co/8EDPhJBK5R
@OpenSuperQPlus @QuantumSpain_ES @QuantumFlagship #IKUR @Ikerbasque @NquireC
0
1
2
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.
1
2
13
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
arxiv.org
Advances in sensing devices that utilize nitrogen-vacancy (NV) center ensembles in diamond are driving progress in microscale nuclear magnetic resonance spectroscopy. Utilizing quantum sensing...
0
6
21
Today I have the pleasure of giving an invited talk at the INQA workshop in Tokyo on Digital-Analog Quantum Computation, particularly the works of @quantum_ana and @MGarciaDeAndoin Thanks Francesco di Marcantonio for the pictures!!
2
1
23
New preprint today in https://t.co/FQgNqCsqy0! Optimized Quantum controls for accessing large NV ensembles via a MW cavity mediator. Codes available by request to our first author and dedicated designer Iñaki Iriarte-Zendoia. @ryc_upvehu
2
6
23