Rubén Ibarrondo (@raist272) 's Twitter Profile
Rubén Ibarrondo

@raist272

PhD Student in quantum computing at @nQuireC

ID: 1234925262820823040

linkhttps://scholar.google.es/citations?hl=en&user=Sq5UVxAAAAAJ calendar_today03-03-2020 19:35:12

31 Tweet

115 Followers

172 Following

Mikel Sanz (@qmisanz) 's Twitter Profile Photo

New paper “Quantum Genetic Algorithm with Individuals in Multiple Registers” arxiv.org/abs/2203.15039 with Rubén Ibarrondo and Giancarlo Gatti we propose a subroutine-based fully quantum genetic algorithm distributable among quantum processors @OpenSuperQ QUANTEK Ikerbasque BCAM

New paper “Quantum Genetic Algorithm with Individuals in Multiple Registers” arxiv.org/abs/2203.15039 with <a href="/raist272/">Rubén Ibarrondo</a> and <a href="/Gatgian/">Giancarlo Gatti</a> we propose a subroutine-based fully quantum genetic algorithm distributable among quantum processors @OpenSuperQ <a href="/QUANTEK2122/">QUANTEK</a> <a href="/Ikerbasque/">Ikerbasque</a> <a href="/BCAMBilbao/">BCAM</a>
NQUIRE Center (@nquirec) 's Twitter Profile Photo

Yesterday, our NQUIREr Javier González Conde gave a great dissemination talk about #QuantumComputing at UPV/EHU to attract bachelor students to #QuantumTechnologies @ehuscientia @OpenSuperQ QUANTEK Ikerbasque

Yesterday, our NQUIREr <a href="/Conzavin/">Javier González Conde</a> gave a great dissemination talk about #QuantumComputing at <a href="/upvehu/">UPV/EHU</a> to attract bachelor students to #QuantumTechnologies @ehuscientia @OpenSuperQ <a href="/QUANTEK2122/">QUANTEK</a> <a href="/Ikerbasque/">Ikerbasque</a>
NQUIRE Center (@nquirec) 's Twitter Profile Photo

Last week, our NQUIRErs Ana Martin and Giancarlo Gatti talked about digital-analog quantum computing and contextual quantum memories during their long research visit to Quantum Technology Laboratory #QuantumTechnologies @OpenSuperQ QUANTEK @ehuscientia

Last week, our NQUIRErs <a href="/quantum_ana/">Ana Martin</a> and <a href="/Gatgian/">Giancarlo Gatti</a> talked about digital-analog quantum computing and contextual quantum memories during their long research visit to <a href="/QTL_Chalmers/">Quantum Technology Laboratory</a> #QuantumTechnologies @OpenSuperQ <a href="/QUANTEK2122/">QUANTEK</a> @ehuscientia
Mikel Sanz (@qmisanz) 's Twitter Profile Photo

New paper today on quantum genetic algorithms with Rubén Ibarrondo and Giancarlo Gatti (arxiv.org/abs/2207.09251) in which we perform a detail numerical comparison against classical genetic algorithms, which was missed in previous literature (arxiv.org/abs/2203.15039).

New paper today on quantum genetic algorithms with <a href="/raist272/">Rubén Ibarrondo</a> and <a href="/Gatgian/">Giancarlo Gatti</a> (arxiv.org/abs/2207.09251) in which we perform a detail numerical comparison against classical genetic algorithms, which was missed in previous literature (arxiv.org/abs/2203.15039).
Euskal Encounter (@euskalencounter) 's Twitter Profile Photo

Mikel García de Andoin, del dpto. de Química Física de UPV/EHU e investigador en TECNALIA, destaca que cada vez más empresas de sectores más diversos están explorando las oportunidades que abre la #computacióncuántica⚛️#EE30 ▶️HAZ CLICK PARA SABER MÁS▶️ youtu.be/qyvcs1Pzz-g

Ana Martin (@quantum_ana) 's Twitter Profile Photo

📣 New paper today on the HHL algorithm 📝 with Rubén Ibarrondo and Mikel Sanz . We propose a systematic manner to implement it and present a co-designed architecture which reduces its depth. Hope you find it useful! 😊 👉🏼 (arxiv.org/abs/2207.13528)

Mikel Sanz (@qmisanz) 's Twitter Profile Photo

New paper today with the great Ana Martin and Rubén Ibarrondo on a co-designed architecture and digital-analog version of the HHL algorithm. We’ve co-designed a planar “kite-like” architecture adapted to optimize it and their generalization to a function f(A)|b> beyond the inverse.

New paper today with the great <a href="/quantum_ana/">Ana Martin</a> and <a href="/raist272/">Rubén Ibarrondo</a> on a co-designed architecture and digital-analog version of the HHL algorithm. We’ve co-designed a planar “kite-like” architecture adapted to optimize it and their generalization to a function f(A)|b&gt; beyond the inverse.
PYSQT (@pysqt) 's Twitter Profile Photo

🚨REMINDER🚨 Today at 4 p.m. (CET) we will have Alejandro Pozas-Kerstjens Alex Pozas-Kerstjens to talk about "Quantum-inspired solutions for privacy leaks in machine learning". We are looking forward to it! Zoom link: us06web.zoom.us/j/86470421135 Meeting ID: 864 7042 1135 Access code: PYSQT

🚨REMINDER🚨 Today at 4 p.m. (CET) we will have Alejandro Pozas-Kerstjens <a href="/apozasker/">Alex Pozas-Kerstjens</a> to talk about "Quantum-inspired solutions for privacy leaks in machine learning". We are looking forward to it! 

Zoom link:
us06web.zoom.us/j/86470421135
Meeting ID: 864 7042 1135
Access code: PYSQT
PYSQT (@pysqt) 's Twitter Profile Photo

Did you miss yesterday's seminar? 😢 Don't worry! You can watch it now on YouTube. youtube.com/watch?v=oPfsKB…

Javier González Conde (@conzavin) 's Twitter Profile Photo

Un placer haber visitado la oficina económica y comercial de España en Singapore para hablar de tecnologías cuánticas! Muchas gracias por la invitación!

Un placer haber visitado la oficina económica y comercial de España en Singapore para hablar de tecnologías cuánticas! Muchas gracias por la invitación!
Mikel Sanz (@qmisanz) 's Twitter Profile Photo

Yesterday we organized at the IEEE SSCI 2022 Singapore the special session “Conjunction of Quantum Computing and Evolutionary Computation” (EVO-QUANTUM). Results on quantum genetic algorithms by Rubén Ibarrondo and optimization by Mikel Garcia de Andoin were presented ieeessci2022.org/specialsession…

Yesterday we organized at the IEEE SSCI 2022 Singapore the special session “Conjunction of Quantum Computing and Evolutionary Computation” (EVO-QUANTUM). Results on quantum genetic algorithms by <a href="/raist272/">Rubén Ibarrondo</a> and optimization by <a href="/MGarciaDeAndoin/">Mikel Garcia de Andoin</a> were presented ieeessci2022.org/specialsession…
Mikel Sanz (@qmisanz) 's Twitter Profile Photo

New paper today in Physical Review Applied on #DigitalAnalog and #CoDesign of quantum processors for #HHL with the youngest doctor in the group Ana Martin and the brilliant Rubén Ibarrondo Congrats!! 💃 link.aps.org/doi/10.1103/Ph… NQUIRE Center BCAM Ikerbasque @ehuscientia OpenSuperQPlus

New paper today in <a href="/PhysRevApplied/">Physical Review Applied</a> on #DigitalAnalog and #CoDesign of quantum processors for #HHL with the youngest doctor in the group <a href="/quantum_ana/">Ana Martin</a> and the brilliant <a href="/raist272/">Rubén Ibarrondo</a> Congrats!! 💃

link.aps.org/doi/10.1103/Ph…

<a href="/NquireC/">NQUIRE Center</a> <a href="/BCAMBilbao/">BCAM</a> <a href="/Ikerbasque/">Ikerbasque</a> @ehuscientia <a href="/OpenSuperQPlus/">OpenSuperQPlus</a>
Mikel Sanz (@qmisanz) 's Twitter Profile Photo

🚨New paper published at IEEE Trans. on Evolut. Comp. ieeexplore.ieee.org/document/10186… we present a fully quantum genetic algorithm suitable for distributed quantum computing. Congrats Rubén Ibarrondo & Giancarlo Gatti for this great work! OpenSuperQPlus @ehuscientia Ikerbasque NQUIRE Center BCAM

🚨New paper published at IEEE Trans. on Evolut. Comp. ieeexplore.ieee.org/document/10186… we present a fully quantum genetic algorithm suitable for distributed quantum computing. Congrats <a href="/raist272/">Rubén Ibarrondo</a> &amp; <a href="/Gatgian/">Giancarlo Gatti</a> for this great work! <a href="/OpenSuperQPlus/">OpenSuperQPlus</a> @ehuscientia <a href="/Ikerbasque/">Ikerbasque</a> <a href="/NquireC/">NQUIRE Center</a> <a href="/BCAMBilbao/">BCAM</a>
Mikel Sanz (@qmisanz) 's Twitter Profile Photo

Today Rubén Ibarrondo has delivered the first NQUIRE Center talk at #APSMarch on the definition of our generalization of contraction coefficients for quantum channels and how to use them to tightly characterize convergence on dissipative quantum algorithms.

Today <a href="/raist272/">Rubén Ibarrondo</a> has delivered the first <a href="/NquireC/">NQUIRE Center</a> talk at #APSMarch on the definition of our generalization of contraction coefficients for quantum channels and how to use them to tightly characterize convergence on dissipative quantum algorithms.