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NeuMat's Activities

A concise overview of how NeuMat helps the community without performing the research itself

Discussion Meetings

Major & Minor Meetings:
Invite international speakers, facilitate roundtables, focus on exchange of ideas.

Objectives:
Create synergy among different fields (materials science, device engineering, circuit design, etc.).

1st Minor Meeting:
Kick off meeting, Trinity College, Cambridge, 23-25th September 2025 2pm check-in on 23rd, check-out 2pm on 25th Dinner at 7:30pm on both 23rd and 24th.

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Brain-inspired Approaches for Energy-efficient Computing

Date:
Tuesday, 24 June, 2025 - 13:00 to 14:00

The panel discussion in association with NeuMat will delve into the latest advancements in neuromorphic materials and devices for AI hardware. Experts will share insights on developing artificial neurons and synapses, and their integration into energy-efficient AI systems. The session will highlight challenges and opportunities in this field, fostering innovation and collaboration between UK academia and industry.

Panel:

- Judith L. Driscoll (Chair), Department of Materials Science and Metallurgy, University of Cambridge
- Andrew Mallinson, Intel
- Adnan Mehonic, UCL
- Steve Furber, University of Manchester

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Summer Student Internships

Undergraduate Placements:
Awarded to promote interest in neuromorphic hardware research.

Hosted by:
Partnering institutions, fostering cross-institutional learning.

Winter Schools & Training

Workshops & Lectures:
Led by academics and industry experts on crucial topics in AI hardware.

Hands-On Skill Development:
Encouraging EDI (Equality, Diversity, Inclusion) and responsible research values.

1st Winter School:
13-15 January 2026, Churchill College, Cambridge.

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Online Promotion & Outreach

Website & Social Media:
Showcase events, share resources, highlight success stories.

Podcasts & Videos:
Developed by early-career researchers to reach broader audiences.

Roadmapping & Reporting

Collective Vision:
Shape a community-driven roadmap for challenges in neuromorphic hardware.

Dissemination:
Publish a summary report for policymakers, funders, and industry leaders.

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We help drive breakthroughs in neuromorphic materials, devices, algorithms, circuits and systems.

By fostering collaboration, providing networking opportunities, and offering resources

 

Explore our objectives