CERN | Accelerating science
Sign In Directory
Site Logo
  • About
    • Our mission
    • Our governance
    • Our people
  • Research
    • CoC1: Quantum Computing
    • CoC2: Quantum Sensing
    • CoC3: Quantum Networks
  • Collaboration
  • Education
    • Introduction to quantum computing
    • CERN QTI Lectures
  • Events
  • Jobs
Search results for: “”

  • Rydberg atoms as quantum platforms
    Rydberg atoms as quantum platforms

    Rydberg atoms as quantum platforms QTI is also investigating Rydberg atoms and ions as controllable quantum systems within CERN’s antimatter programme.

    8 May 2026
  • Quantum-enhanced RF sensing for axion detection
    Quantum-enhanced RF sensing for axion detection

    Quantum-enhanced RF sensing for axion detection QTI is developing quantum-enhanced radio-frequency sensing techniques for the search for axion dark matter and axion-like particles.

    8 May 2026
  • Quantum sensor characterisation for future detectors
    Quantum sensor characterisation for future detectors

    Quantum sensor characterisation for future detectors QTI CoC2 aims at exploring novel cryogenic sensor technologies for future particle physics…

    8 May 2026
  • Design of a distributed infrastructure for quantum computing
    Design of a distributed infrastructure for quantum computing

    Design of a distributed infrastructure for quantum computing Introducing quantum computing technology in HEP workloads requires a fundamental…

    7 May 2026
  • Algorithm optimisation and benchmarking
    Algorithm optimisation and benchmarking

    Algorithm optimisation and benchmarking With limited qubit counts, connectivity and coherence times of the present quantum computers, quantum circuit optimisation is crucial for making the best use of those devices.

    7 May 2026
  • Quantum algorithms for HEP workloads and quantum machine learning
    Quantum algorithms for HEP workloads and quantum machine learning

    Quantum algorithms for HEP workloads and quantum machine learning In HEP, data is generated from a fundamentally quantum process. Even after…

    7 May 2026
  • Quantum-Classical co-existence experiments in collaboration with Deutsche Telekom and Qunnect
    Quantum-Classical co-existence experiments in collaboration with Deutsche Telekom and Qunnect

    Quantum-Classical co-existence experiments QTI Partners: Qunnect and Deutsche Telekom In June 2025, the CoC3 team of CERN’s QTI started working…

    6 May 2026
  • Events
    Events

    Events Keep up to date with all upcoming QTI events and activities. The International Conference on Quantum Technology for High-Energy Physics (QT4HEP 2026) will take place at CERN from 23–27 November 2026.

    8 April 2026
  • CoC1: Hybrid quantum computing infrastructures, algorithms and applications
    CoC1: Hybrid quantum computing infrastructures, algorithms and applications

    Hybrid Quantum Computing Infrastructures, Algorithms and Applications The initial wide adoption of quantum computing will occur through its integration with large-scale classical systems.

    19 March 2026
  • Ressources_home
    Ressources_home

    Ressources_home Resources No posts or pages matching the chosen criteria were found.

    18 March 2026

No results found.

CERN Logo Site Logo

CERN
Esplanade des Particules 1
P.O. Box
1211 Geneva 23
Switzerland

FOLLOW US

  • linkedin icon Follow CERN on linkedin
  • youtube icon Follow CERN on youtube
  • email icon Follow CERN on email

More CERN Social Accounts

Contact Us

  • QTI-info@cern.ch

Disclaimer

This web page contains pointers to material related to the management of CERN QTI in the Information Technology Department at the European Organization for Nuclear Research (CERN). Their use and distribution are regulated by the CERN copyright notice.

Copyright © 2026 CERN