Alexandre Blais (@circuitqed) 's Twitter Profile
Alexandre Blais

@circuitqed

Quantum computing researcher and Scientific Director @IQ_USherbrooke.

ID: 589573694

linkhttps://www.physique.usherbrooke.ca/blais/ calendar_today25-05-2012 01:21:01

196 Tweet

2,2K Takipçi

185 Takip Edilen

Alexandre Blais (@circuitqed) 's Twitter Profile Photo

It's that time of the year again! We're hiring: 🎓 Graduate Students (and group info): tinyurl.com/4pbxe7a4 💡 Postdocs: tinyurl.com/jbh29ks6 ✏️ Research Scientists: tinyurl.com/458upcdm Join us and contribute to the development of superconducting quantum processors!

It's that time of the year again! We're hiring:
🎓 Graduate Students (and group info): tinyurl.com/4pbxe7a4
💡 Postdocs: tinyurl.com/jbh29ks6
✏️ Research Scientists: tinyurl.com/458upcdm
Join us and contribute to the development of superconducting quantum processors!
Institut quantique (@iq_usherbrooke) 's Twitter Profile Photo

Nos partenaires chez Saucier+Perrotte Architectes remportent le Grand Lauréat de l’architecture de INT.design pour le pavillon de l’Institut quantique. int.design/fr/projets/ins…

Alexandre Blais (@circuitqed) 's Twitter Profile Photo

The Physics Department at Université de Sherbrooke is hiring! We have an open professor position in experimental or theoretical quantum information, and a second position in experimental superconducting quantum circuits for quantum information. See: tinyurl.com/muumctca Institut quantique

The Physics Department at <a href="/USherbrooke/">Université de Sherbrooke</a> is hiring! We have an open professor position in experimental or theoretical quantum information, and a second position in experimental superconducting quantum circuits for quantum information. See: tinyurl.com/muumctca <a href="/IQ_USherbrooke/">Institut quantique</a>
Alexandre Blais (@circuitqed) 's Twitter Profile Photo

Increasing the amplitude of the measurement drive in a dispersive superconducting qubit readout rapidly leads to non-QNDness. In this preprint we show that a variety of approaches explain those observations. Theory of Superconducting Quantum Devices group Institut quantique arxiv.org/abs/2402.06615

Increasing the amplitude of the measurement drive in a dispersive superconducting qubit readout rapidly leads to non-QNDness. In this preprint we show that a variety of approaches explain those observations. <a href="/TheSQuaD_IQ/">Theory of Superconducting Quantum Devices group</a> <a href="/IQ_USherbrooke/">Institut quantique</a> 
arxiv.org/abs/2402.06615
Ronan Gautier (@gautier_ronan) 's Twitter Profile Photo

I am pleased to share our latest preprint on the optimal control of transmon readout & reset, in joint work with Élie Genois & Alexandre Blais ! ⤳ arxiv.org/abs/2403.14765 A thread 🧵

I am pleased to share our latest preprint on the optimal control of transmon readout &amp; reset, in joint work with Élie Genois &amp; <a href="/circuitqed/">Alexandre Blais</a> !

⤳ arxiv.org/abs/2403.14765

A thread 🧵
Institut quantique (@iq_usherbrooke) 's Twitter Profile Photo

Le groupe d’Alexandre Blais (Alexandre Blais) recrute! Alexandre Blais's research group is hiring! ➡️ Postdocs: bit.ly/4gZBZ7Y ➡️ Professionnel/professionnelle de recherche - Research scientist : bit.ly/3BKsfhW #CircuitQED #Quantumcomputing

Le groupe d’Alexandre Blais (<a href="/circuitqed/">Alexandre Blais</a>)  recrute!

Alexandre Blais's research group is hiring! 

➡️ Postdocs: bit.ly/4gZBZ7Y
➡️ Professionnel/professionnelle de recherche - Research scientist : bit.ly/3BKsfhW

#CircuitQED #Quantumcomputing
Alexandre Blais (@circuitqed) 's Twitter Profile Photo

Interested in the theory of superconducting quantum circuits? My group is hiring! Université de Sherbrooke is also hiring professors in quantum information (theory & experimental). Join us! tinyurl.com/nhx7xe4x tinyurl.com/284t5e2j tinyurl.com/ycy6xyme tinyurl.com/2te4yhvh

Alexandre Blais (@circuitqed) 's Twitter Profile Photo

Thrilled our paper on the non-QND character of the dispersive readout is out in PRX! We’ve called the effect ‘transmon ionization’, though the name is up for debate. For fun, here’s our ‘qubit going boink’ illustration inspired by Calvin and Hobbes! 😄 journals.aps.org/prx/abstract/1…

Thrilled our paper on the non-QND character of the dispersive readout is out in PRX! We’ve called the effect ‘transmon ionization’, though the name is up for debate. For fun, here’s our ‘qubit going boink’ illustration inspired by Calvin and Hobbes! 😄

journals.aps.org/prx/abstract/1…