LATEST INFORMATION

The second Quantum Energy Initiative Workshop will be at MaCI in Grenoble, France, 6-10 Jan 2025.   

BEWARE OF ACCOMMODATION SCAM - Someone is taking names from this webpage, finding email addresses somewhere else online, and sending you messages proposing accommodation in Grenoble for the workshop.  THOSE MESSAGES ARE NOTHING TO DO WITH US.  We ask you to reserve your own travel and accommodation via your favorite websites, see "Practical information".

 

Goal of the Quantum Energy Initiative Workshops

Launched in August 2022, the Quantum Energy Initiative is fostering a worldwide community of experts willing to develop scientific approaches to evaluating and minimizing the physical resource costs of emerging quantum technologies. This requires the synergy of a broad range of expertises, from fundamental quantum physics to enabling technologies, from hardware to software, from research to industry.
 
Building on the strong foundations at the first Quantum Energy Initiative Workshop (Singapore, Nov 2023), this second workshop will bring together highly renowned speakers of all these areas, to provide their vision on these exciting and essential questions. It will also leave time for discussions and crossed-fertilization to the build new methodologies and roadmaps. See Workshop Spirit.
 
TOPICS OF THE WORKSHOP - Research on energy or other resources in the following contexts:
  • Fundamental quantum devices: energy, entropy or resources at the fundamental quantum level.
  • Quantum hardware: macroscopic energy and entropy for quantum devices, including enabling technologies, etc.
  • Quantum algorithms and software: NISQ or large-scale quantum computing, quantum communication protocols, etc.
  • Hybrid HPC-quantum, reservoir computing, etc: High-performance computing (HPC) in hybrid with quantum technologies. Reservoir and Neuromorphic computing. Classical computing inspired by quantum algorithms. Other technologies that are hybrids of quantum and classical, etc.
  • Classical computing & classical information thermodynamics: resources in classical computing,  fundamental bounds on classical information processing, etc.

For more details see: Workshop Topics.

 

Invited Speakers

  • Irene d'Amico (York University, UK)
  • Ludovic Bellon (ENS Lyon, France)
  • Coral Calero (University of Castilla-La Mancha, Spain)
  • Constantin Dalyac (Pasqal, France) 
  • Olivier Ezratty (EPITA, QEI cofounder, France)
  • Radim Filip (Palacký University Olomouc, Czech Republic)
  • Oscar Gravier (CEA-Leti & Quobly, Grenoble)
  • Géraldine Haack (Geneva University, Switzerland)
  • Sabrina Maniscalco (Alorgithmiq Ltd, Finland)
  • Danijela Markovic (CNRS/Thales Paris, France)
  • Joseph Mikael (EDF, France) 
  • Yasser Omar (Lisbon University, Portugal)
  • Jukka Pekola (Aalto University, Finland)
  • Martin Plesch (Slovak Academy of Sciences, Slovakia)

 See Program for the full list of speakers

 

Scientific & Organizing Committee

  • Coordination: Robert Whitney (Université Grenoble Alpes & CNRS) 
  • Alexia Auffèves (Majulab, CNRS, Singapore)
  • Frederico Brito  (USP/Brazil-TII/UAE)
  • Boris Brun-Barriere (CEA Grenoble)
  • Federico Centrone (ICFO, Barcelona)
  • Fabrice Forest (Innovacs, Grenoble)  
  • Sabine Mehr (GENCI, Paris) 
  • Mischa Woods (Université Grenoble Alpes & INRIA)
  • Raja Yehia (ICFO, Barcelona)  

 

Premium Sponsors

 France 2030 - Projet OECQ             QuantAlps   

 

      logo Qilimanjaro

      Logo Quobly

    Pasqal

         Quantum Machines

Logistic and financial support

                                    Innovacs

Société Française de Physique (section Alpes)          Université Grenoble Alpes            CNRS (LPMMC)

   

Sponsors

NextGenerationEU

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