Funded Projects
QINF — Fundamental Laws Ruling Quantum Information: Bits, Qubits and Fermionic Bits in Networks
Project type: ERC Starting Grant
Award year: 2026
Role: Principal Investigator
Host institution: Inria Saclay
Official ERC results
QNA — Quantum Network Algorithms
Project type: QuantERA consortium
Period: 2026–2029
Role: Project member
The consortium is coordinated by Jukka Suomela at Aalto University and involves researchers from Aalto University, Gran Sasso Science Institute, CISPA Helmholtz Center for Information Security, Nokia Bell Labs, Charles University, the University of Calgary, and Inria Saclay.
Project website
DiPReQ — Distributed Computing and Cryptographic Protocols in a Quantum Network
Project type: CIEDS-funded project
Period: 2026–2029
Role: Principal Investigator
QUANTINT — Quantum Information and Network Theory: Algorithms and Performance Limits
Project type: Joint France–USA project funded by the ANR and NSF
Period: 2026–2029
Role: Project member
The project is led by Philippe Jacquet at Inria Saclay and involves Sandeep Pradhan at the University of Michigan, Abram Magner at the University at Albany, Arun Padakandla at EURECOM, and myself.
QNET — Quantum Network Correlations: From Foundations to Applications
Project type: ANR Tremplin-ERC
Period: 2025–2027
Role: Principal Investigator
COMPUTE — Noncommutative Polynomial Optimization for Quantum Networks
Project type: QuantERA consortium
Period: 2024–2027
Role: Consortium coordinator
I coordinate this international consortium, which involves Mariami Gachechiladze and David Gross at TU Darmstadt and the University of Cologne, Victor Magron at LAAS-CNRS, Antonio Acín at ICFO, and Igor Klep and Aljaž Zalar at the University of Ljubljana.
Official QuantERA page · Project website
LINKS — Correlations in Quantum Networks: From Foundations to Experimental Protocols
Project type: ANR Young Researchers project
Period: 2024–2028
Role: Principal Investigator
The project is conducted in collaboration with Antonio Acín at ICFO and Omar Fawzi at ENS de Lyon.
DEPARTURE — Distributed Computing and Network Nonlocality in the Quantum Internet
Project type: Inria Action Exploratoire and CIEDS-funded project
Period: 2024–2027
Role: Principal Investigator
The project is conducted in collaboration with Jukka Suomela at Aalto University.
Software
QDimSum
QDimSum is a MATLAB package implementing symmetric semidefinite-programming relaxations for qudit systems. It was developed by Denis Rosset, Armin Tavakoli, and me.
The package implements the algorithms introduced in Enabling Computation of Correlation Bounds for Finite-Dimensional Quantum Systems via Symmetrisation (arXiv:1808.02412).
QDimSum later evolved into RepLAB, a more ambitious project developed by Denis Rosset and Jean-Daniel Bancal.