nuClock
Realizing the first nuclear clock by targeting the ultra-low-energy isomer transition in thorium-229, which requires the development of novel vacuum-ultraviolet laser systems with extreme…
SOC2
A pioneering initiative to develop ultra-stable, transportable optical lattice clocks using strontium and ytterbium atoms, with laser systems engineered for exceptional frequency stability,…
opticlock
Translating laboratory-grade optical single-ion clocks into compact, robust, and user-friendly systems by leveraging ultra-stable laser systems for precision control of ytterbium ions. The…
iqClock
The iqClock project represents a groundbreaking effort to miniaturize and stabilize ultra-narrow linewidth lasers for next-generation optical atomic clocks, pushing the boundaries of…
