Last Updated on August 25, 2024 by Max
Information About the Conference
Dates: January 6-10, 2025
Location: Grenoble, France
Abstract Submission Deadline: October 1, 2024
Overview
The second Quantum Energy Initiative Workshop, set to take place in Grenoble, France, from January 6-10, 2025, is a pivotal event for professionals focused on the energy efficiency of quantum technologies. This workshop aims to bring together experts across various disciplines to address the physical resource costs associated with emerging quantum technologies.
Official Website: The second Quantum Energy Initiative Workshop 2025
Workshop Goals
The Quantum Energy Initiative, launched in August 2022, seeks to create a global community of researchers, technologists, and industry leaders dedicated to understanding and minimizing the energy and resource demands of quantum technologies. This workshop will build on the strong foundation laid during the first workshop in Singapore (November 2023).
Key Topics
1. Fundamental Quantum Devices
- Exploration of energy, entropy, and resources at the quantum level.
2. Quantum Hardware
- Examination of macroscopic energy and entropy in quantum devices and enabling technologies.
3. Quantum Algorithms and Software
- Focus on NISQ, large-scale quantum computing, and quantum communication protocols.
4. Hybrid and Classical Computing
- Integration of high-performance computing (HPC) with quantum technologies, including reservoir and neuromorphic computing.
Call for Participation
Abstract submissions for talks and posters are now open, with a deadline of October 1, 2024. Priority registration will be given to those who submit abstracts, fostering an active and engaged community.
This workshop offers a unique platform for cross-disciplinary collaboration, aiming to develop new methodologies and roadmaps for energy-efficient quantum technologies. It is an essential event for anyone involved in the intersection of quantum research and energy management.
I am a science enthusiast and writer, specializing in matter-wave optics and related technologies. My goal is to promote awareness and understanding of these advanced fields among students and the general public.
