nibaldelli's profile picture. PhD student @ICFOnians. Condensed matter theory and Quantum Simulation. Interested in anything many-body.

Niccolò Baldelli

@nibaldelli

PhD student @ICFOnians. Condensed matter theory and Quantum Simulation. Interested in anything many-body.

Engaging with Master students was incredibly fulfilling and inspiring, and the feedback was great! Also Joana, on top of being a brilliant scientist, makes really beautiful illustrations! Thanks @ICFOnians @IBMResearch

Organizing the Spring School together with @ICFOnians and @IBMResearch has been a great experience 🙌 It was also a pleasure to give a tutorial on "How to simulate quantum circuits using tensor networks" with @nibaldelli, we had a lot of fun!

Joanafrx's tweet image. Organizing the Spring School together with @ICFOnians  and @IBMResearch has been a great experience 🙌
It was also a pleasure to give a tutorial on "How to simulate quantum circuits using tensor networks" with @nibaldelli, we had a lot of fun!
Joanafrx's tweet image. Organizing the Spring School together with @ICFOnians  and @IBMResearch has been a great experience 🙌
It was also a pleasure to give a tutorial on "How to simulate quantum circuits using tensor networks" with @nibaldelli, we had a lot of fun!


Niccolò Baldelli reposted

Version no. 2 has arrived! We added sections on backpropagation and automated design of experiments, expanded discussion on normalizing flows, and added new references and a few new figures. I hope you will enjoy it :) arxiv.org/abs/2204.04198

MolecularRobot's tweet image. Version no. 2 has arrived! We added sections on backpropagation and automated design of experiments, expanded discussion on normalizing flows, and added new references and a few new figures. I hope you will enjoy it :)
arxiv.org/abs/2204.04198
MolecularRobot's tweet image. Version no. 2 has arrived! We added sections on backpropagation and automated design of experiments, expanded discussion on normalizing flows, and added new references and a few new figures. I hope you will enjoy it :)
arxiv.org/abs/2204.04198
MolecularRobot's tweet image. Version no. 2 has arrived! We added sections on backpropagation and automated design of experiments, expanded discussion on normalizing flows, and added new references and a few new figures. I hope you will enjoy it :)
arxiv.org/abs/2204.04198
MolecularRobot's tweet image. Version no. 2 has arrived! We added sections on backpropagation and automated design of experiments, expanded discussion on normalizing flows, and added new references and a few new figures. I hope you will enjoy it :)
arxiv.org/abs/2204.04198

[beware, Tweet contains book placement] What happens if you combine the best experts in the field with hard-working and ambitious students? You get a Book. We’re excited to present “Modern applications of machine learning in quantum sciences”! arxiv.org/abs/2204.04198

MolecularRobot's tweet image. [beware, Tweet contains book placement]

What happens if you combine the best experts in the field with hard-working and ambitious students? You get a Book. We’re excited to present “Modern applications of machine learning in quantum sciences”!

arxiv.org/abs/2204.04198


Happy to announce that in June I will join @FlatironCCQ as a Summer Intern! I will develop and test codes to simulate 2D strongly interacting systems using @ITensorLib :)


Niccolò Baldelli reposted

[beware, Tweet contains book placement] What happens if you combine the best experts in the field with hard-working and ambitious students? You get a Book. We’re excited to present “Modern applications of machine learning in quantum sciences”! arxiv.org/abs/2204.04198

MolecularRobot's tweet image. [beware, Tweet contains book placement]

What happens if you combine the best experts in the field with hard-working and ambitious students? You get a Book. We’re excited to present “Modern applications of machine learning in quantum sciences”!

arxiv.org/abs/2204.04198

Niccolò Baldelli reposted

Variational quantum anomaly detection: Unsupervised mapping of phase diagrams on a physical quantum computer, Korbinian Kottmann et al @Qottmann @frmetz @Joanafrx @niccobal1 @ICFOnians @OISTedu #quantum #quantuminformation go.aps.org/3m6eeQT

PhysRevResearch's tweet image. Variational quantum anomaly detection: Unsupervised mapping of phase diagrams on a physical quantum computer, Korbinian Kottmann et al @Qottmann @frmetz @Joanafrx @niccobal1 @ICFOnians @OISTedu #quantum #quantuminformation go.aps.org/3m6eeQT

Niccolò Baldelli reposted

We present to you the entire team of Summer School: Machine Learning in Quantum Physics and Chemistry! #MLforQuantumWarsaw #MachineLearning

CAMOP_UW's tweet image. We present to you the entire team of Summer School: Machine Learning in Quantum Physics and Chemistry!

#MLforQuantumWarsaw #MachineLearning

Niccolò Baldelli reposted

Checkout out our @qiskit hackathon project: Quantum Fisher(man). We wrote a package to compute the overlap between quantum states that don't even need to be in the same device! With love, lack of sleep, @AGratsea, @gorka_mgm and @adauphin4 😊 Docs: borjarequena.github.io/Quantum-Fisher…

BorjaRequena's tweet image. Checkout out our @qiskit hackathon project: Quantum Fisher(man). We wrote a package to compute the overlap between quantum states that don't even need to be in the same device!

With love, lack of sleep, @AGratsea,  @gorka_mgm and @adauphin4 😊

Docs: borjarequena.github.io/Quantum-Fisher…

Niccolò Baldelli reposted

"Adversarial Robustness by Design through Analog Computing and Synthetic Gradients" just came out. A collaboration between @LightOnIO, FAIR Paris @facebookai @EPFL @ENS_ULM and @LP_ENS_ @psl_univ @CNRS @Sorbonne_Univ_ @Paris_Dauphine @idephics 👇👇👇 arxiv.org/abs/2101.02115

LightOnIO's tweet image. "Adversarial Robustness by Design through Analog Computing and Synthetic Gradients" just came out. A collaboration between @LightOnIO, FAIR Paris @facebookai @EPFL @ENS_ULM and @LP_ENS_ @psl_univ @CNRS @Sorbonne_Univ_ @Paris_Dauphine @idephics 
👇👇👇
arxiv.org/abs/2101.02115
LightOnIO's tweet image. "Adversarial Robustness by Design through Analog Computing and Synthetic Gradients" just came out. A collaboration between @LightOnIO, FAIR Paris @facebookai @EPFL @ENS_ULM and @LP_ENS_ @psl_univ @CNRS @Sorbonne_Univ_ @Paris_Dauphine @idephics 
👇👇👇
arxiv.org/abs/2101.02115

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