Pablo Arrighi

Prof. in the Informatics department of University of Paris-Saclay.
Leader of the Quacs Inria team of the LMF laboratory.
PI of the QISS consortium.

Proposed Master/PhD/postdoc topics

A typology of quantum algorithms

Approximating quantum walks

On quantum networks theory

Research interests

Quantum Cellular Automata: quantum simulation algorithms and applications to theoretical physics;
Quantum networks theory: quantum rewriting and applications to theoretical physics.

Publications

Selected publications

Arrow of time without past hypothesis, Preprint

Quantum simulation of 3+1 QED, Preprint

Quantum networks theory, Preprint

Addressable quantum gates, Preprint

Universal gauge-invariant cellular automata, MFCS

Quantum Causal Graph Dynamics, PRD

An overview of quantum celular automata, NACO

Reversible casual graph dynamics, RC + FCT

Quantum walking in curved space time, J. QIP

Discrete Lorentz covariance, NJP

Causal graph dynamics, ICALP + IC

Unitarity plus causality implies localizability, QIP + JCSS

Intrinsically universal n-dimensional quantum cellular automata, JCSS

The physical Church-Turing thesis and the principles of quantum theory, IJFCS

linear-algebraic Lambda-calculus, RTA + LMCS

Blind Quantum Computation, IJQI

On Quantum Operations as Quantum States, AoP

Popular science

RDV Tech 493 – Spécial : L’informatique quantique Podcast

QuaCS se prépare à l'avènement de l'informatique quantique Inria homepage

L'informatique quantique: l'ultime frontière? Programmez!

The principle of finite density of information Springer

What is the Planck constant magnitude of? A note

L'ordinateur quantique pour simuler... La phisique quantique La Recherche

Le monde est un ordinateur quantique La Recherche

The quantum game of life Physics World

La chronique info-sciences Marie-Odile Monchicourt France Info Interview

Quantum computation explained to my mother Current Trends in CS

In the press

La physique a-t-elle besoin de nombre réel? Pour la Science

An important algorithm may actually be a property of nature MIT Tech Review

Synopsis: Quantum signals outpace regular ones APS Physics

Talks

PhD Students

Marin Costes, current
Amelia Durbec, ATER at Université Paris-Saclay.
Nathanael Eon, (co-supervised)
Ivan Marquez, (co-supervised) at UNV
Marcelo Forets, Lecturer a UdelaR, Uruguay
Simon Martiel (co-supervised), Researcher at Atos Quantum
Jérôme Javelle (co-supervised), Engineer for Airbus
Alejandro Díaz-Caro Lecturer, UNQ, Conicet researcher, UBA

Some grants

QISS JTF, current

PEPR quantique, current

Défi Inria Eqip, current

CausaQ ANR, former

Free Software Projects

Secure eXchange Protocols

General Object-Oriented Language