Zakari Denis
@zdenis_
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Postdoc at @cqs_lab. 🇫🇷🇪🇸
Lausanne
Joined December 2021
Exciting postdoc positions in my theoretical group in Paris! Topics: quantum light-matter interaction, many-body physics, quantum devices and complex systems. Share with young, enthusiastic researchers! Email me with a CV and short motivation paragraph.🔗
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🔬 New @cqs_lab Publication Alert: Linda Mauron's debut paper, "Predicting Topological Entanglement Entropy in a Rydberg Analog Simulator," marks a significant advancement in the classical simulation of the dynamics of strongly interacting Rydberg atoms in two dimensions. Based
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PRB Editors' Suggestion: Real-time #quantum #dynamics of thermal states with #neural #thermofields J. Nys, Z. Denis, and G. Carleo Phys. Rev. B 109, 235120 ➡️ https://t.co/6IBkx6VUCj
#EdSugg #physics #condmat @APSPhysics @JannesNys @zdenis_, @gppcarleo @cqs_lab @EPFL_en
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Our paper on the real-time dynamics of 2d thermal spin systems has now been published in PRB as an Editors' suggestion: https://t.co/qIfMujFYCj
@cqs_lab
journals.aps.org
Solving the time-dependent quantum many-body Schrquotodinger equation is a challenging task, especially for states at a finite temperature, where the environment affects the dynamics. Most existing...
New paper 🚨: Real-time dynamics of thermal states! We show how neural quantum states can accurately produce time-dependent finite-T observables in 2D. We also introduce a novel autoregressive neural density operator. With @zdenis_ @gppcarleo @cqs_lab
https://t.co/jmKvKef6bB
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New preprint out with Zakari Denis @cqs_lab! using specifically designed neural quantum states we obtain the most accurate variational description so far of interacting lattice bosons in 2D, without truncating the local Hilbert space and scalable to hundreds or more of sites, on
Today on the arxiv 👀: https://t.co/2ppKO5t2j8 Can interacting lattice bosons be faithfully described with NQS? Our answer is yes, via deep neural backflow transformations. We simulate Bose Hubbard across all interaction values and scale up to 20x20 lattices! @cqs_lab @gppcarleo
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Today on the arxiv 👀: https://t.co/2ppKO5t2j8 Can interacting lattice bosons be faithfully described with NQS? Our answer is yes, via deep neural backflow transformations. We simulate Bose Hubbard across all interaction values and scale up to 20x20 lattices! @cqs_lab @gppcarleo
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Today, I got tenure. It has been a tough, long journey, started 17 years ago with the beginning of my PHD @Sissaschool. 4 Countries, 5 Different Cities, and ~80 papers later, I found my academic home @EPFL . I want to thank all present and past members of @cqs_lab @EPFL for
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An efficient method to evaluate the trainability of variational quantum circuits allows for the exploration of strategies to overcome the barren plateau problem. @MPQlab, @ValHeyraud, @CristianoCiuti
https://t.co/AvK0j1OidH
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We had a very productive @cqs_lab group retreat last week, enjoying the beauty of southern Italy (Greek temples, pizzas, and buffaloes included) and discussing quantum physics, @NetKetOrg and more!
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Check out our new paper on real-time evolution of thermal states with neural density operators ⬇️⬇️⬇️
New paper 🚨: Real-time dynamics of thermal states! We show how neural quantum states can accurately produce time-dependent finite-T observables in 2D. We also introduce a novel autoregressive neural density operator. With @zdenis_ @gppcarleo @cqs_lab
https://t.co/jmKvKef6bB
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Excited to share the first study from our young lab led by Pierre Khalfi (Post-doc) and Zoé Denis (PhD student)-> a brief Twittorial--> Unraveling human, rodent and snake Kolmioviridae replication to anticipate cross-species transmission
biorxiv.org
The recent discovery of Hepatitis D (HDV) -like viruses across a wide range of taxa led to the establishment of the Kolmioviridae family. Recent studies suggest that kolmiovirids can be satellites of...
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Happy coincidence as I was taking a break in park in Geneva to continue my reading
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Aaaand the final day of the #QCQS workshop with Michele Grossi (@GrosQmichi) from @CERN. After a great dinner last night, we are happy to see so many (awake) guests in our morning session.
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Kicking off the #QCQS workshop at #EPFL in Lausanne. We will discuss how quantum and classical techniques can be used for #quantum #simulation. Don't miss our quantum vs classical ping pong match after the poster session! 🏓
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Blackboards with Mont Blanc in the background. This can only lead to interesting discussions next week! Quantum-Classical Quantum Simulation (#QCQS workshop) @EPFL_en @BernoulliCenter
Looking forward to learning and exchanging ideas with our international guests at the #QCQS workshop next week in Lausanne. Blackboards so clean need to be used ☀️📓🖋️ Find out more on https://t.co/Hlu67i0KUf
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Eager to meet you all in Lausanne. Let's definitely fill those clean blackboards with innovative ideas! 🖊️#QCQS
Looking forward to learning and exchanging ideas with our international guests at the #QCQS workshop next week in Lausanne. Blackboards so clean need to be used ☀️📓🖋️ Find out more on https://t.co/Hlu67i0KUf
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Have you applied to QCQS yet? Top 3 student presentations receive credits to run on AWS Braket! See https://t.co/1HWsdsCqtd for our great list of speakers and updated workshop dates (May 10-12).
qcqs.org
Remark by Richard Feynman at the 1961 Solvay Conference.
We are excited to announce the Bernoulli workshop on “Quantum-Classical Quantum Simulation”, @EPFL_en , from 8 to 12 May 2023. Registration is now open! https://t.co/ggo7Hg2RtO
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