Beta
Sign inSubscribe

Trapped-Ion Quantum

Articles (3)

Stylized rendering of a trapped-ion quantum computing chamber showing a horizontal amber ion array surrounded by laser geometry and a triangular lattice overlay, illustrating the Quantinuum H2 system that simulated frustrated quantum magnetism beyond the reach of classical tensor network methods.
Quantumanalysis

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.

Trapped-Ion QuantumQuantum Simulation
SCN Staff·
Close-up of a fiber-optic array being aligned with a photonic chip held in a precision metal fixture during lab assembly of Cisco's Universal Quantum Switch prototype.
Quantumnews

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.

Trapped-Ion QuantumSilicon Quantum
SCN Staff·
IonQ Hits $130M Revenue and Acquires SkyWater Foundry
Quantumnews

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.

Semiconductor ManufacturingTrapped-Ion Quantum
SCN Staff·