Oxford Ionics
Trapped-ion quantum computing with electronic qubit control technology. Acquired by IonQ in 2025.
Recent News
No news items found mentioning Oxford Ionics.
Related Research
Graphene double quantum dot as a solid-state two-level system in the THz range
Quantum Networking at the Speed of Quantum Computation: Kilohertz Entanglement in a Heterogeneous Quantum System
Protecting bosonic codes from ancilla-induced errors with continuous-variable flags
Cubic Phase Gate with a Trapped Ion Oscillator
Sub-Doppler cooling of trapped ions using optical tweezers
Soft decoding for quantum LDPC codes with experimental validation
Anomalously enhanced lifetimes of low angular momentum Rydberg states in singly charged alkaline-earth metal ions
Reconstructing the phonon distribution of trapped ions out of the Lamb-Dicke regime
WISER: Systematic Design-Space Exploration of Trapped Ions with Multiplexed Control
Trapped Ion Qubit Gates and Entanglement Driven by an Integrated Photonic Laser
Trapped Ion Competitors
Forte Enterprise: 36 algorithmic qubits. Available on AWS, Azure, Google Cloud.
$8B mkt cap
Honeywell spin-off. H2 system: 56 qubits, 99.8% fidelity. Industry-leading gate quality.
$300M last round
MAGIC architecture using microwave-driven trapped ions. Spin-off from University of Siegen.
$30M last round
Compact trapped-ion systems from Innsbruck research group.
$10M last round