Add to ORKGWe present the development of compact and ruggedized iodine-based frequency references on elegant breadboard (EBB) and engineering model (EM) level using modulation transfer spectroscopy near 532 nm. A frequency stabilty of 1�1
A variety of future space missions rely on the availability of high-performance optical frequency re...
Laser frequency stability is essential for many experiments and missions in space where a laser is u...
We present the development of a high performance optical frequency reference using Doppler-free spe...
We realized ultra-stable optical frequency references on elegant breadboard (EBB) and engineering mo...
We present an absolute optical frequency reference based on precision spectroscopy of hyperfine tra...
We present an absolute optical frequency reference based on precision spectroscopy of hyperfine tran...
We report on a compact and ruggedized setup for laser frequency stabilization employing Doppler-free...
We report on a compact and ruggedized setup for laser frequency stabilization employing Doppler-free...
High-performance optical frequency references are required by a multitude of future space missions. ...
A variety of future space missions rely on the availability of high-Performance optical clocks with ...
We present a compact absolute optical frequency reference based on hyperfine transitions in molecula...
International audienceWe report on the development of an optical frequency standard (OFS) operating ...
International audienceWe report on the development of an optical frequency standard (OFS) operating ...
International audienceWe report on the development of an optical frequency standard (OFS) operating ...
Optical frequency references are a key element for the realization of future space missions. They a...
A variety of future space missions rely on the availability of high-performance optical frequency re...
Laser frequency stability is essential for many experiments and missions in space where a laser is u...
We present the development of a high performance optical frequency reference using Doppler-free spe...
We realized ultra-stable optical frequency references on elegant breadboard (EBB) and engineering mo...
We present an absolute optical frequency reference based on precision spectroscopy of hyperfine tra...
We present an absolute optical frequency reference based on precision spectroscopy of hyperfine tran...
We report on a compact and ruggedized setup for laser frequency stabilization employing Doppler-free...
We report on a compact and ruggedized setup for laser frequency stabilization employing Doppler-free...
High-performance optical frequency references are required by a multitude of future space missions. ...
A variety of future space missions rely on the availability of high-Performance optical clocks with ...
We present a compact absolute optical frequency reference based on hyperfine transitions in molecula...
International audienceWe report on the development of an optical frequency standard (OFS) operating ...
International audienceWe report on the development of an optical frequency standard (OFS) operating ...
International audienceWe report on the development of an optical frequency standard (OFS) operating ...
Optical frequency references are a key element for the realization of future space missions. They a...
A variety of future space missions rely on the availability of high-performance optical frequency re...
Laser frequency stability is essential for many experiments and missions in space where a laser is u...
We present the development of a high performance optical frequency reference using Doppler-free spe...