Skip to main content
University of Cambridge
Driscoll Research Group

Driscoll Research Group

  • Home
  • Professor Driscoll
  • PhD Students - General Information
  • Current Group Members
  • Funding for Students and Postdocs
  • Publications
  • News
  • Joining Opportunities
  • FOXJD

Research

  • Research overview
  • Energy Efficient Oxide Materials for ICT and Energy Devices
  • Oxide Energy Devices

The Group

  • The Group overview
  • Commercialisation of Group Research
  • Old members, alumni and visitors

Events

  • Events overview
  • NEUMAT Network Events
  • Home
  • Professor Driscoll
  • PhD Students - General Information
  • Research

    Research

    Research overview
    • Energy Efficient Oxide Materials for ICT and Energy Devices
    • Oxide Energy Devices
  • The Group

    The Group

    The Group overview
    • Commercialisation of Group Research
    • Old members, alumni and visitors
  • Current Group Members
  • Funding for Students and Postdocs
  • Publications
  • News
  • Events

    Events

    Events overview
    • NEUMAT Network Events
  • Joining Opportunities
  • FOXJD
    • Home
    • Professor Driscoll
    • PhD Students - General Information
    • Research
    • The Group
    • Current Group Members
    • Funding for Students and Postdocs
    • Publications
    • News
    • Events
    • Joining Opportunities
    • FOXJD
  1. Home
  2. News
  3. Science Podcast Dr Markus Hellenbrand

Science Podcast Dr Markus Hellenbrand

14 July 2023

Dr Markus Hellenbrand was invited to talk about our recent publication on resistive switching in the science podcast Quantum Photonics club. A lay explanation of the backgrounds and results lead to a lively discussion with the 30-40 attendants.

Driscoll Research Group

Contact Information

University of Cambridge Department of Materials Science & Metallurgy 27 Charles Babbage Road CB3 0FS
jld35@cam.ac.uk

University of Cambridge

Logo © 2026 University of Cambridge
Privacy policy Accessibility Freedom of information Modern slavery Terms and conditions