Suzanne Gildert

Suzanne Gildert is a British experimental physicist, co-founder of Sanctuary AI and Kindred, and founder and CEO of the quantum-AI startup Nirvanic Consciousness Technologies.
Suzanne Gildert

Suzanne Gildert is a British experimental physicist and serial deep-tech entrepreneur best known as a co-founder of Sanctuary AI and Kindred, and as the founder and CEO of Nirvanic Consciousness Technologies, the Vancouver quantum-AI venture she launched out of stealth in November 2024. She holds a doctorate in experimental quantum physics from the University of Birmingham, with thesis work on macroscopic quantum tunnelling in Josephson junctions, and spent her early operating career at D-Wave Systems before co-founding Kindred and then Sanctuary AI with Geordie Rose. She has subsequently moved from humanoid-robotics-with-cognitive-architecture work toward a more explicitly consciousness-and-quantum-mechanics-grounded research programme at Nirvanic.

At a glance

  • Education: PhD in experimental physics, University of Birmingham (2008), thesis on macroscopic quantum tunnelling effects in Josephson junctions; undergraduate physics, University of Birmingham.
  • Current role: Founder and CEO of Nirvanic Consciousness Technologies, since 2024.
  • Notable prior affiliations: Postdoctoral researcher, University of Birmingham (2008 to 2010); experimental physicist and product manager, D-Wave Systems (2010 to 2014); co-founder and Vice President of Experimental Robotics, Kindred (2014 to 2018); co-founder, co-CEO and later CTO and Chief Product Officer, Sanctuary AI (2018 to 2024).
  • Key contributions: Designed Sanctuary's Carbon cognitive architecture; led humanoid-cognition research and development across both Kindred and Sanctuary; built and ran D-Wave's quantum-machine-learning algorithm work and the early D-Wave cloud-developer programme.
  • X / Twitter: @suzannegildert
  • LinkedIn: suzannegildert

Origins

Gildert was born and raised in the United Kingdom and entered the University of Birmingham as an undergraduate physics student. She remained at Birmingham for her doctoral work, completing a PhD in 2008 in experimental quantum physics with a thesis titled "Macroscopic quantum tunnelling effects in Josephson junctions." The thesis work explored the quantum behaviour of superconducting circuits that would subsequently become the technical foundation for several commercial quantum-computing approaches. She continued at Birmingham as a postdoctoral researcher for approximately two years before moving to North America.

She joined D-Wave Systems in Burnaby, British Columbia in 2010, where she began as an experimental physicist working on the calibration and control circuitry that allowed D-Wave's superconducting quantum processors to run optimisation workloads. She subsequently moved into a more commercial-product role at D-Wave, designing and running quantum-algorithms training courses for customers including NASA and Lockheed Martin, developing quantum-machine-learning algorithms for neural-network training and classifier work, and pioneering an early cloud service for D-Wave application developers.

Career

Gildert co-founded Kindred in 2014 with Geordie Rose and several other D-Wave alumni, taking on the title of Vice President of Experimental Robotics. The Kindred thesis was that reinforcement-learning policies could be deployed in commercial warehouse-task automation, and Gildert's work focused on the cognitive-architecture side of the company's industrial robots. Kindred was acquired by Ocado in 2020 for approximately $260 million USD; Gildert had left Kindred to co-found Sanctuary by January 2018, ahead of the Ocado acquisition.

She co-founded Sanctuary AI in January 2018 with Rose, Olivia Norton, and Ajay Agrawal. She initially held a co-CEO role at Sanctuary and subsequently moved to Chief Technology Officer and then Chief Product Officer as the company's leadership structure evolved. Her principal contribution at Sanctuary was the Carbon cognitive architecture, the proprietary AI substrate that powers the Phoenix general-purpose humanoid. The Carbon architecture is described publicly as a cognitive-architecture approach with explicit memory, planning, perception, and motor-control modules rather than a single end-to-end neural network, an architectural choice that has distinguished Sanctuary from the vision-language-action approach taken by Figure AI, Physical Intelligence, and others. Sanctuary's Phoenix-and-Carbon platform received a TIME Magazine innovation award in 2023.

Gildert departed Sanctuary in 2024 to found Nirvanic Consciousness Technologies, which emerged from stealth in November 2024. Nirvanic's thesis is that quantum-mechanical effects play a functional role in biological consciousness and that engineering an artificial substrate that exploits the same quantum effects could produce a class of conscious AI that classical-architecture approaches cannot reach. The framing draws on Roger Penrose and Stuart Hameroff's orchestrated-objective-reduction (Orch-OR) theory of consciousness, and on Gildert's own quantum-computing-and-AI background.

Affiliations

  • University of Birmingham: Undergraduate physics, then PhD in experimental physics through 2008, then postdoctoral researcher.
  • D-Wave Systems: Experimental physicist, then product manager, 2010 to 2014.
  • Kindred: Co-founder and Vice President of Experimental Robotics, 2014 to 2018.
  • Sanctuary AI: Co-founder, co-CEO, then CTO, then Chief Product Officer, January 2018 to 2024.
  • Nirvanic Consciousness Technologies: Founder and CEO, 2024 to present.

Notable contributions

  • Sanctuary AI Carbon cognitive architecture. Principal architect of the AI substrate that powers the Phoenix humanoid. The architecture is the most-visible technical-differentiation claim Sanctuary has made against the broader humanoid-robotics cohort and was the basis for Sanctuary's TIME Magazine innovation award in 2023.
  • Kindred reinforcement-learning robotics. Co-founder and senior cognitive-architecture researcher at one of the earliest commercial reinforcement-learning-in-production robotics companies.
  • D-Wave quantum-machine-learning research. Developed quantum-machine-learning algorithms for training neural networks and classifiers on D-Wave's quantum-annealing hardware, and built and ran the early D-Wave cloud-developer programme.
  • Nirvanic Consciousness Technologies. Founder of one of the most explicit quantum-mechanics-grounded conscious-AI research ventures in the 2024 to 2026 cohort, with public demonstrations of quantum-reinforcement-learning approaches applied to robotic agents.

Open questions

  • Nirvanic's technical-credibility trajectory. Nirvanic's thesis (that quantum-mechanical effects are functionally required for biological consciousness, and that engineering a quantum substrate will produce conscious AI) is significantly more contested in the cognitive-science and AI-research communities than the broader humanoid-robotics-and-foundation-models programme is. Whether Nirvanic produces empirical results that the broader research community accepts as advancing the conscious-AI question, or remains a more-speculative position within the consciousness-research field, is the central question on Gildert's post-Sanctuary trajectory.
  • Carbon cognitive architecture under different leadership. Gildert's departure from Sanctuary means the Carbon architecture is now developed without its principal designer. Whether Sanctuary retains the cognitive-architecture-rather-than-end-to-end-VLA technical positioning, or shifts toward a more conventional vision-language-action approach in line with the broader humanoid-robotics field, is one of the most informative signals on both Sanctuary's and Gildert's technical legacies.
  • Quantum-consciousness commercial viability. Nirvanic is positioned as a venture-backed commercial company rather than as an academic research lab. Whether the conscious-AI thesis can support a venture-backed commercial trajectory in the 2026 to 2030 horizon, or whether the thesis is structurally better suited to academic or philanthropic funding, is the unresolved commercial question.

Sources

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