ROCIT: Robust optical clocks for international timescales

Primary Menu

Skip to content
ROCIT: Robust optical clocks for international timescales
  • Home
  • Project overview
    • Overview
    • WP1: Robust optical clocks with on-the-fly systematic shift correction
    • WP2: International optical clock comparisons
    • WP3: Incorporating optical clocks into UTC(k) timescales
    • WP4: Optical clocks as secondary representations of the second
    • WP5: Creating impact
  • Consortium
  • News & events
  • Project outputs
  • Impact
  • Links
  • Members area
  • Contact

Contact



European Metrology project 18SIB05
ROCIT: Robust optical clocks for international timescales
Project commenced May 2019

News

  • New record for comparison of distant ultrastable lasers through an optical fibre network
  • Open-source software for real-time evaluation of the blackbody shift
  • Strontium lattice clock at LNE-SYRTE contributes to TAI steering
  • ROCIT M30 consortium meeting
  • Open-source tools for laser stabilisation and monitoring

Footer Menu

EMPIR project sites hosted by NPL

  • 3D MetChemIT
  • 3D Stack
  • AEROMET
  • AeroTox
  • Biomethane
  • Black Carbon
  • Dynamic
  • Dynamite
  • EMUE
  • e-SI-Amp
  • Grace
  • Heroes
  • iMet MRI
  • IMPRESS 2
  • Innanopart
  • ISO-G-SCope
  • LaVA
  • MET5G
  • MetAMCII
  • MetEOC
  • MeterEMI
  • MetHPM
  • MetNo2
  • MetroDecom II
  • MetroMMC
  • MetVBadBugs
  • MIQC2
  • MeTISQ
  • OC18
  • ROCIT
  • ROCOF
  • 19ENV05 STELLAR
  • 19ENV08 AEROMET II
  • Strength-ABLE
  • Sulf-Norm
  • TBCUnc
  • TiFOON
  • USOQS
  • ValTraC
  • Vector SAR
  • WRITE
  • Top
  • Home
© 2022 ROCIT: Robust optical clocks for international timescales
This site uses cookies: Find out more.