Multi-Qubit Gates on the Path to Fault-Tolerant Quantum Computing
Quantum Art research indicates that trapped-ion multi-qubit gates can combine circuit compression with the requirements of scalable quantum error correction.
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DR. MIRI KENIG · QUANTUM-AI PHYSICIST · FOUNDER OF QON
From Generative AI research in quantum dynamics to building Qon — connecting scientific depth with the path to practical quantum advantage.
Quantum technologies are advancing from the scientific frontier into a growing computational and strategic ecosystem. Miri’s work connects the underlying science with the capabilities, companies and opportunities emerging as the field evolves.
Her perspective is grounded in quantum physics and AI research and extends through building Qon, following the global ecosystem, and interpreting the developments shaping the future of quantum computing.
Qon
Qon is being built as the intelligence layer for practical quantum advantage — helping organizations understand where emerging quantum capabilities may become relevant and create meaningful value as the technology evolves.
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EDITORIAL SERIES
The people and breakthroughs shaping the quantum revolution.
An editorial series by Dr. Miri Kenig highlighting the researchers, companies and technologies advancing the quantum frontier and strengthening Israel’s role in the global ecosystem.
Quantum Art research indicates that trapped-ion multi-qubit gates can combine circuit compression with the requirements of scalable quantum error correction.
ReadQedma and IBM used QESEM on an IBM Heron processor to study quantum dynamics at up to 74 qubits in a regime where the classical methods tested no longer provided controlled, consistent predictions.
ReadMiri’s doctoral research explored generative AI for learning quantum dynamics from examples, providing the scientific foundation for her work across Quantum-AI, quantum technology and scientific discovery.
Explore the researchHow Generative AI can learn correlated quantum dynamics from examples — and what it suggests about the potential of Quantum-AI for scientific discovery.
Read MoreThe useful opportunity is understanding where quantum capability can create meaningful advantage as the technology advances.
Read MoreHow to identify meaningful movement across researchers, companies and emerging quantum technologies as new capabilities take shape.
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The Edge of Knowledge explores intelligence, scientific discovery and the possibilities opened as increasingly capable systems extend the boundaries of human understanding.
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