INTEL QUANTUM RESEARCH
Explore Intel's quantum computing research across silicon spin qubits, scalable fabrication, cryogenic control and the full-stack engineering needed to build practical quantum systems.
FEATURED RESEARCH
Intel demonstrates the execution of a quantum circuit on a six-qubit silicon spin-qubit array, highlighting the potential of silicon-based architectures for scalable quantum computing.
Research into pulse-shaping techniques for implementing ultra-fast adiabatic quantum gates while maintaining accurate control of quantum states.
A device-level modeling approach for rapidly generating charge stability diagrams of semiconductor quantum dots, supporting characterization and development of silicon-based qubits.
Intel demonstrates a four-qubit exchange-only quantum processor using silicon spin qubits on the Tunnel Falls research platform, exploring an architecture designed for scalable quantum systems.
Research into integrating silicon spin-qubit devices with semiconductor manufacturing processes, targeting scalable Si/SiGe quantum processors using Intel 18A technology.
Research into silicon spin-qubit arrays explores how multiple semiconductor qubits can be controlled and operated together, providing a foundation for larger and more scalable quantum processors.
