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Applied Sciences
Director, Frontier Technologies Laboratory, University of Cambridge
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Dr Simran Chana is a surgeon, scientist, artist and strategist whose work leverages life sciences, engineering and creative frameworks for optimal systems design. He is the Director of the Frontier Technologies Laboratory at the University of Cambridge, where he leads interdisciplinary research into advanced technologies, creating collaborations between academia and industry partners. Trained as a maxillofacial surgeon with a background in design and education, he brings a uniquely cross-disciplinary perspective to innovation and mentorship.
His current research and advisory work spans systems design, applied artificial intelligence and the future of the internet. He is a founding member of Cambridge’s Standard Blockchain Internetworking Protocol (SBIP) and serves on the Executive Committee of NANDA (internet of Agents) at the MIT Media Lab. These initiatives together are informing a new IEEE standards working group on open-web and AI agent interoperability. In 2023, he co-designed an open-web architecture integrating intelligent agents with decentralised protocols. He has advised or collaborated with leading Digital Asset organisations including Near, Polkadot, Binance and Solana, chairs the Cambridge Blockchain Society, co-founded the University Blockchain Association (over 100 universities) and advises at C-Suite level on Digital Assets and AI infrastructure for the global financial rails at SWIFT.
Dr Chana has held national healthcare fellowships (NHS Innovation Fellow & Clinical Entrepreneur) in digital transformation; organising international programmes in research, clinical training, outreach and venture acceleration. His academic output includes peer-reviewed publications, abstracts and presentations in clinical sciences, materials engineering, neuro-inspired artificial intelligence, technology implementation and education.
Alongside his academic roles, Dr Chana is active in entrepreneurship. He is a venture partner in deep tech and private equity funds, invests as an angel and is an advisor to start-ups across diverse industries. His current venture focuses on the application of artificial intelligence (attribution native machine learning) and open-web technologies in global academic and financial infrastructure, as a starting point to developing a complex collaborative cognitive substrate (Brain-inspired AI architecture for improved memory, cross-domain discovery, connectivity and retrieval). This work is in collaboration with governments, sovereign wealth funds, large corporations, philanthropists and international institutions including the United Nations and World Bank. His roles, partnerships and networks in organisations such as the FII Institute, Parliamentary Groups or XPRIZE provide meaningful access to significant companies, policy makers and leading minds in a variety of advanced technologies.
Educated at Guy’s, King’s & St. Thomas’ Hospitals (London), The University of Oxford (Magdalen College), The University of Cambridge (Clinical School) and Harvard - Dr Chana has obtained qualifications in both medicine and dentistry, materials science & engineering/ regenerative medicine (longevity sciences), politics, theology & ethics, education and leadership, alongside an informal education in computer sciences. He has received multiple prizes, scholarships and fellowships and has also been blessed by His Holiness the Dalai Lama for humanitarian work. He currently serves as a Science & Technology Advisor to the Nobel Family through the Nobel Sustainability Trust.
Within FTL, Simran is developing an ‘open innovation ecosystem’ connecting leading universities, opportunities, global talent, policy makers, cultural figures and investment. Working with many members of the lab, the aim is to automate this ecosystem in the digital space.
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ResearchGate | Nobel Sustainability Trust | climaTRACES | IEEE Blockchain | MIT NANDA
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[[email protected]](<mailto:[email protected]>) | [[email protected]](<mailto:[email protected]>) | [[email protected]](<mailto:[email protected]>)