Trapped-Ion Quantum
Articles (8)
Jülich, RIKEN and Hartree Show Different Stages of Quantum-Supercomputer Integration
Jülich inaugurated a trapped-ion machine, RIKEN put an SDK into operation, and Hartree announced a simulator-backed demonstrator. The three milestones are different.
Four CHIPS Quantum Awards Closed. Their Public Scopes Converge on the Manufacturing Layer.
D-Wave, Rigetti, Quantinuum and PsiQuantum take different routes to a quantum computer. The award descriptions Commerce published name the same manufacturing problems.
Europe Is Sorting Quantum Hardware by Funding Instrument, Not Just Qubit Type
EuroHPC's six August quantum actions continue partnerships selected in 2022. The EU's platform-assessment roadmap is still a draft and is open for public comment.
Quantinuum Formalizes Quanta Manufacturing Partnership, but Production Terms Remain Undisclosed
Joint engineering is underway. No volumes, economics, dates, or component assignments disclosed. The IPO prospectus already named Quanta Computer a partner.
A universal anyon gate set lands on trapped ions, not topological hardware
Quantinuum's result demonstrates a universal topological gate set on conventional qubits, while the resource advantage that matters remains unproven.
Quantinuum H2 Pushes Quantum Magnetism Past Classical Simulation
Quantinuum's H2 trapped-ion processor claims quantum magnetism simulation beyond classical tensor network reach. Materials science utility undemonstrated.
The Switch That Doesn't Collapse the Qubit
Cisco's research prototype and DARPA's 19-team backbone program together define what the first-generation network layer of a quantum-classical hybrid actually looks like, and what still doesn't work.
IonQ's $100 million milestone and the vertical integration gambit
The first pure-play quantum computing company to cross $100M in annual revenue just spent $1.8 billion acquiring a semiconductor foundry. That tells you where quantum is heading.