Cookies on this website

We use cookies to ensure that we give you the best experience on our website. If you click 'Accept all cookies' we'll assume that you are happy to receive all cookies and you won't see this message again. If you click 'Reject all non-essential cookies' only necessary cookies providing core functionality such as security, network management, and accessibility will be enabled. Click 'Find out more' for information on how to change your cookie settings.

Meet like-minded people. Hear from science founders who can offer practical advice, top tips, and strategies for navigating pitfalls. Discover resources, support, and training to leverage your ideas and open up opportunities through new networks.

Training for research staff © John Cairns Photography
A group activity around a table
An audience listening to a presentation

Our innovation stories

Quantum Dice founders at the Department of Physics by Ian Wallman

In the heart of MPLS, remarkable researchers are turning bold ideas into world-changing technologies. From healthcare to cybersecurity and sustainability, these innovations demonstrate the incredible potential of research-driven entrepreneurship.

Breakthrough technologies from MPLS include:

  • Oxford Nanopore Technologies: Revolutionising DNA and RNA sequencing
  • Quantum Dice: Creating quantum-powered cybersecurity solutions (pictured left)
  • CyanoCapture: Developing affordable, large-scale carbon capture
  • Autonomous Vehicle Technology: Enabling infrastructure-independent transportation
  • Next-Generation Solar Power: Pushing the frontiers of renewable energy

Your breakthrough could be next. MPLS provides the ecosystem, support, and opportunities to transform ground-breaking research into impactful technologies that solve real-world challenges.

Find out more

RisingWISE impact report

The RisingWISE programme is a pioneering Oxbridge collaboration designed to support early-career women researchers in STEM. 

The programme's impact is profound, with many alumnae attributing major career shifts and increased confidence to their RisingWISE experience. It has inspired participants to pursue roles in industry, startups, policy, and academic leadership.

The strong network established through the programme continues to support participants long after the formal sessions end, fostering ongoing collaboration and mentorship. This enduring community helps participants remain connected, motivated, and supported as they navigate "squiggly" career paths that defy traditional linear progression. The broader impact of RisingWISE is seen not only in the enhanced career prospects of its alumnae but also in the systems-level change it strives to achieve within academia, industry, and society

Download the PDF

Pages from the RisingWISE impact report

Enterprise and Innovation Fellows

Coloured lightbulbs

The MPLS Enterprise and Innovation Fellowships invite postdoctoral researchers at the University of Oxford to become catalysts of change in research and enterprise. Throughout a year beginning February 2025, Fellows will work together to develop and deliver engaging events that inspire their peers to explore the entrepreneurial potential of their research.

This unique opportunity empowers postdoctoral researchers to build critical leadership, communication, and event management skills while expanding their professional horizons. With a £1,000 professional development fund, comprehensive resources, and the backing of a supportive network, Fellows will design impactful events and champion innovation across Oxford's scientific community.

Open to postdoctoral researchers in Oxford's science departments, the Fellowship offers a platform to develop professional skills, create meaningful connections, and broaden research perspectives beyond traditional academic boundaries.

Find out more

Events in 2025

An urban office with seven people in discussion in an informal meeting setting
Free to use

Khyati Trehan's artist’s illustration of artificial intelligence (AI). This image depicts how AI can help humans to understand the complexity of biology.