Acquisition
IonQ announces acquisition of Oxford Ionics
Follow this acquisition with source-backed QAtlas analysis, related companies, funding records, research links, and publication context.
IonQ announced a $1.075 billion acquisition of trapped-ion company Oxford Ionics.
IonQ is the primary organization attached to this QAtlas event record.
Related Organizations
1 linkedRelated Funding
6 linkedgrant - GBP 33 million
Innovate UK opens £33M quantum computing hardware CR&D opportunity
Innovate UK Business Connect's opportunities page lists 'Scaling performance of quantum computing hardware: CR&D', open from 2026-06-27 to 2026-09-18, where UK registered organizations can apply for a share of up to £33 million to develop device-level hardware and associated software for universal fault-tolerant quantum computers.
Series B - 54.2M USD
Qolab Series B financing and commitments
Qolab announced initial Series B preferred stock financing, converted convertible securities, and future convertible-security commitments totaling $54.2 million, led by UC Investments.
Grant - 625M USD
DOE National Quantum Information Science Research Centers Grant
DOE announced a $625 million renewal for five National Quantum Information Science Research Centers.
Government Contract - 2B USD
U.S. Department of Commerce Quantum LOIs Government Contract
The Department of Commerce announced letters of intent with nine quantum companies for up to $2 billion in support.
Grant - 2.5B GBP
UK National Quantum Strategy Grant
The UK announced a ten-year £2.5 billion National Quantum Strategy.
Strategic Investment - 1B EUR
NATO Innovation Fund Strategic Investment
The NATO Innovation Fund launched as a €1 billion deep-tech fund including quantum-relevant investments.
Related Research
5 linkedQuantum Computing - arXiv Quant-Ph New
Experimental Demonstration of a Measurement-Feedback Quantum Information Engine
This arXiv paper reports an experiment in a trapped 40Ca+ ion system implementing a measurement-feedback quantum information engine. The authors report a stable operating regime with resolved energetic balance and show that measurement angle and stroke duration tune measurement-induced coherence and quantum inner friction, with measured operating points reported beyond the Otto-limit benchmark and with improved efficiency-power trade-offs.
Quantum Computing - arXiv Quant-Ph New
Hardware-efficient quantum simulation of intense-field QED
A 10 July 2026 preprint proposes a trapped-ion protocol for 3+1-dimensional intense-field quantum electrodynamics that maps photons to collective phonons and dressed fermions to ion spins, using Clifford circuits to compress Jordan-Wigner strings.
Quantum Hardware - University of Sussex / Collaborators
Blueprint for a microwave trapped ion quantum computer
Proposed an architecture for scalable trapped-ion quantum computing. Relevant to trapped-ion commercialization and engineering roadmaps.
Quantum Algorithms - University of Innsbruck / IQOQI
Quantum chemistry calculations on a trapped-ion quantum simulator
Demonstrated quantum chemistry calculations on trapped-ion hardware. Relevant to chemistry applications and trapped-ion processor use cases.
Quantum Hardware - University of Oxford
High-fidelity quantum logic gates using trapped-ion hyperfine qubits
Demonstrated high-fidelity trapped-ion quantum logic gates. Relevant to trapped-ion hardware vendors and fault-tolerance roadmaps.