8 components tracked in the Quancord quantum supply-chain knowledge graph.
Device for trapping and controlling ions for use in quantum computing
A qubit technology leveraging individual neutral atoms trapped and manipulated using optical tweezers, enabling scalability and high coherence times for quantum computing applications.
Photonic qubits employ photons, particularly their polarization or phase, to encode quantum information in quantum computing systems.
Silicon-based qubit technology for scalable quantum computing, integrating quantum and classical computing on a single chip.
Spin qubits use the spin states of electrons or nuclei to represent quantum bits, enabling quantum information processing.
Superconducting qubits are quantum bits implemented using superconducting circuits cooled to cryogenic temperatures, used in quantum computing systems.
Topological qubits are quantum bits that leverage topological states of matter to store and manipulate quantum information with inherent error resistance.
Trapped Ion Qubits utilize ions confined in electromagnetic traps to represent quantum bits for quantum computing applications.