Kvantecomputing speakers

Why organisations work with Christina Yan Zhang She co-writes the UN ITU standards her clients will eventually be measured against. Her CitiVerse evaluation framework spans 130 indicators across 14 domains, with input from more than 30 global authorities. She has converted that standards work into operational strategy for cities, including Tampere’s Metaverse Vision 2040, the first people-centred metaverse strategy adopted as a UN resource for governments. Her China innovation insight is grounded in direct operating experience, not commentary. As QS China Director from 2013 to 2020, she sat across hundreds of Chinese universities, national labs and science parks during the 13th Five-Year Plan. She holds advisory positions across the International Science Council’s Centre for Science Futures, The Economist Impact’s AI economy board, and TechUK’s Digital Twins Board, giving her unusually direct line of sight into where AI policy is heading. She was named in the 100 Global Women in AI 2025 list at Davos and chaired the jury of the 2024 Metaverse Entertainment World Awards under the patronage of Prince Albert II of Monaco. Biography highlights CEO, The Metaverse Institute Vice Chair, UN ITU Metaverse Working Group on Sustainability, Accessibility and Inclusion Co-Chair, UN ITU Task Group on Pre-standardisation for the CitiVerse Author of the UN’s first approved technical report on People-Centred CitiVerse China Director, QS World University Rankings, 2013 to 2020 100 Global Women in AI 2025 (announced at Davos) Biography The rules for AI in cities, public services and immersive environments are being written right now, mostly inside the UN ITU. Christina Yan Zhang is one of the people writing them. As Co-Chair of the UN ITU Task Group on Pre-standardisation for the CitiVerse, she leads the evaluation framework that 30 plus global authorities have shaped and that hundreds of cities are expected to align to before 2030. That standards work feeds directly into operational strategy. Her team at The Metaverse Institute produced Tampere Metaverse Vision 2040, the first people-centred metaverse strategy commissioned by a city government and subsequently published by the UN as a resource for other administrations. She is also the author of the UN’s first approved technical report on People-Centred CitiVerse, which set out an 8-level entry framework for governments and operators moving into virtual environments. She arrived at this work through an unusual route. Her PhD in 2012 was on digital twin applications for the construction industry, well before the term entered mainstream board conversations. Between 2013 and 2020 she was China Director for QS World University Rankings, building the firm’s China operation from scratch and sitting close to the universities, science parks and national labs that drove the country’s 13th Five-Year Plan in research and innovation. She now advises across the International Science Council’s Centre for Science Futures, The Economist Impact’s AI economy board, and TechUK’s Digital Twins Board. The throughline is consistent: where AI, digital twins and virtual environments meet public infrastructure, she has been writing the standards before most boards have read them. Key speaking topics AI governance and the UN CitiVerse standards Digital twins for cities and critical infrastructure Responsible deployment of virtual environments People-centred AI strategy for governments and operators China’s innovation system and research capacity Future of work in AI-enabled cities Ideal for Boards and C-suites setting AI, digital and immersive technology strategy Government and city leadership teams designing smart city or CitiVerse roadmaps Heads of innovation, digital and infrastructure inside regulated industries Investors and operators positioning capital around AI-powered urban and built-environment plays Audience outcomes A working map of where UN ITU standards on AI and the CitiVerse are heading, and what that means for their own roadmap A clearer view of how digital twins move from technical pilot to citywide operating system Direct insight into China’s innovation engine from someone who operated inside it for seven years A framework for testing whether their current AI and virtual-environment plans will hold up against emerging international standards

Why organisations work with Jim Al-Khalili He is an active research physicist with a publication record in quantum biology and nuclear theory, which means his account of quantum computing, sensing, and adjacent technologies comes from inside the field, not summarised from press coverage. As presenter of BBC Radio 4’s The Life Scientific since 2011, he has interviewed several hundred working scientists, which gives him a rare cross-disciplinary read on where genuine breakthroughs are forming and where they are not. Co-author of Life on the Edge with Johnjoe McFadden, the book widely credited with bringing quantum biology to a mainstream readership and shortlisted for the Royal Society Winton Prize. Holds a Chair in the Public Engagement in Science at the University of Surrey, and has built a career-long discipline of translating technical material for non-specialist senior audiences without losing precision. Recognised by his peers as much as by the public: Royal Society Michael Faraday Medal, Stephen Hawking Medal for Science Communication, OBE and CBE for services to science. Biography highlights Distinguished Professor Emeritus of Theoretical Physics, University of Surrey, with a PhD in theoretical nuclear physics from Surrey (1989). Fellow of the Royal Society (2018); Honorary Fellow of the Royal Academy of Engineering. Presenter of BBC Radio 4’s The Life Scientific since October 2011. Author or co-author of more than a dozen popular science books, including Life on the Edge, The World According to Physics, and The Joy of Science (Princeton University Press). Royal Society Michael Faraday Medal, Wilkins-Bernal-Medawar Medal, IOP Kelvin Medal, Stephen Hawking Medal for Science Communication. OBE (2007) and CBE (2021) for services to science; past President of the British Science Association. Biography The hardest scientific decisions facing senior leaders today are the ones the leaders themselves are least equipped to make. Quantum computing, AI, synthetic biology, and the next wave of physics-driven technology demand a level of judgement that confident vendor decks cannot provide. What organisations need is someone who can read the underlying science, place a claim in context, and tell them where the field actually is. That is the role Jim Al-Khalili has built across forty years. A theoretical physicist with a PhD from the University of Surrey and now Distinguished Professor Emeritus there, he has published more than 150 peer-reviewed papers in nuclear reaction theory, quantum mechanics, and quantum biology. With Johnjoe McFadden he co-authored Life on the Edge, the book that did more than any other to bring quantum biology into mainstream scientific conversation, shortlisted for the Royal Society Winton Prize. Since 2011 he has presented The Life Scientific on BBC Radio 4, conducting hundreds of interviews with working scientists across every discipline. Few people in the UK have a sharper sense of where genuine breakthroughs are forming and where the noise outpaces the substance. His books with Princeton University Press, including The World According to Physics and The Joy of Science, frame how non-specialists can think clearly about evidence, uncertainty, and modern physics. Recognition from his peers tracks the public profile: Fellow of the Royal Society, Honorary Fellow of the Royal Academy of Engineering, Royal Society Michael Faraday Medal, Stephen Hawking Medal for Science Communication, OBE and CBE for services to science. He has chaired the British Science Association and continues to advise government, industry, and the public on the science that will shape the next decade of technology. Key speaking topics Quantum mechanics and the science behind quantum computing Quantum biology and the frontiers of life science Scientific reasoning and rational decision-making The history and future of physics Science communication for senior audiences Public trust in science and technology Ideal for Boards and executive teams making capital allocation decisions on quantum, AI, or deep-tech ventures R&D leaders, CTOs, and CSOs who want a credible outside read on where the science actually stands Conferences in pharma, finance, technology, and energy where audiences need a serious scientific keynote rather than a vendor pitch Awards, gala evenings, and high-profile panels needing a hosting or moderating presence with genuine scientific authority Audience outcomes A clearer view of what quantum technologies can plausibly deliver in the next decade and what remains speculative The vocabulary and mental models to question scientific claims without becoming dismissive Exposure to the live debates inside physics and biology that will reshape adjacent industries A renewed sense of why scientific thinking, not just scientific findings, matters for leadership judgement

Why organisations work with Nick Ayton More than four decades inside computer science and ten founded start-ups give him a working operator’s view of where deep tech actually breaks, not a consultant’s slide on where it might. He translates AI, quantum, and longevity science into capital allocation questions a CFO or investment committee can act on, which is rare among futurists who stop at the trend. His book The Slow Bleed sets out Cash Conversion Velocity, a diagnostic he uses to show CEOs why a profitable business is draining cash and what to fix first, in days rather than quarters. His Living to 150 book and ongoing work on AI-assisted healthcare give him a specific, defensible position on longevity, a topic most technology speakers cannot credibly hold. He chairs global summits where deep tech meets investor capital, including the Family Office Summit in Abu Dhabi, so the audience he speaks to most often is the one buyers are trying to reach. Biography highlights Author, The Slow Bleed: A CEO Field Guide to Cash Conversion Velocity (Redline Press, 2026), with a foreword by Ian Wright, founder of VirtualNonExecs. Author, Living to 150: A New Era in Personalised AI Healthcare (2024). Founder of Crix.io, a regulated crypto-exchange, and Chainstarter Ventures, advising family offices on deep tech investment. Named Blockchain Visionary of the Year by Cointelegraph (2018); founding writer of the “Sage of Shoreditch” column. Named Top Futurist Speaker at the Family Office Summit, Abu Dhabi (2023). Has delivered keynotes and faculty addresses at MIT, Harvard, LSE, and Berkeley, alongside more than 100 global summits, working between the UK and the UAE. Biography Most futurist commentary on AI, quantum, and longevity stops at the trend line. Ayton’s work starts where the boardroom question starts: what does this technology mean for the next ten-year capital decision? After more than four decades in computer science and ten founded companies, he speaks to investors and operators in their own language. His early move into blockchain produced Crix.io, one of the first regulated crypto-exchanges, and the Cointelegraph column that named him Blockchain Visionary of the Year in 2018. The work has since broadened into quantum computing, synthetic biology, and longevity science. His book Living to 150 argues for personalised AI healthcare as the next investable frontier, and he advises family offices on how to position capital around it. A second strand of his work asks why profitable businesses quietly fail. His 2026 book The Slow Bleed sets out Cash Conversion Velocity, a way to measure the real health of an operating model in days, and a structured programme to fix it in months rather than years. The same instinct runs through his keynotes on why digital transformation so often optimises dysfunction instead of removing it. What separates Ayton from the futurist field is the audience he was built for. Family offices, founders, and the investment committees behind frontier-tech bets do not want a vision deck. They want someone who has built companies in the category, taken the losses, and can name which signals matter and which numbers lie. Key speaking topics Artificial intelligence and the next decade of enterprise value Quantum computing and its commercial timeline Data sovereignty and the post-cloud era Biological computing and synthetic biology Longevity sciences and personalised AI healthcare Frontier technology investment for family offices Cash Conversion Velocity and operating-model diagnosis Why digital transformation fails Ideal for Boards and investment committees making long-horizon capital decisions on AI, quantum, or biotech Family offices and private capital allocators positioning around frontier technologies Founders and CTOs in deep tech who need a credible external voice on category direction CEOs, PE operating partners, and family office principals who suspect a profitable business is quietly losing cash Audience outcomes A clearer read on which deep tech signals carry commercial weight and which are noise A working vocabulary for AI, quantum, and longevity that holds up in front of technical and capital audiences Specific examples of where capital is already moving in frontier tech, drawn from family office and founder networks A way to tell whether a profitable business is actually healthy, using cash conversion rather than the backward-looking metrics on the board pack A sharper sense of which technology bets compound over a decade and which expire within two