by InfleqtionUS
Quantum precision timing using neutral atoms. Achieves 100–1,000× better frequency stability than conventional clocks in a ruggedized package for defense and critical infrastructure.
Quantum timing solution available since April 2026 via Safran.
Updated 1 Apr 2026Checked 10 Oct0 updates this week
Neutral atoms are trapped in a lattice of light and their internal states oscillate at an optical frequency, a billion times faster than microwave clocks.
A laser is locked to the atomic transition, and its frequency becomes a precision reference for timing.
Many atoms reduce the noise floor to the quantum limit, giving fractional frequency stability reaching 10^−17 and better.
| Spec | Tiqker optical atomic clock |
|---|---|
| Stability vs conventional | 100–1,000×R (reported) |
| Design | Room-temperature optical atomic clock, ruggedizedR (reported) |
| Target sectors | Defense, telecommunications, critical infrastructureR (reported) |
R reported by the company
Infleqtion
Neutral-atom quantum computers, optical atomic clocks, RF sensing
Infleqtion builds neutral-atom quantum computers and sensing systems. First neutral-atom company to go public (NYSE: INFQ, Feb 2026). Targets fault-tolerant quantum systems and precision timing.
