Innovation | FIRST-TF

Innovation

Over 2012-2018 period, FIRST-TF has supported more than 20 Innovation (laboratory-industry partnerships) operations:

2018
- Single Blue
  - Membre(s) :
  - Foton
  - LPL
  - Axes :
- SPIRAL: Stabilization of self-pulsating frequency combs based on Quantum-Dash semiconductor lasers for time and frequency metrology (step 4)
  - Membre(s) :
  - LPL
  - III-V LAB
  - Axes :
- Analysis of the impact of the lost of GNSS signals on critical networks synchronization
  - Axes :
2017
- IFE: Ferro-Electronic Interfaces (step 2)
  - Membre(s) :
  - FEMTO-ST
  - FreC'N'Sys
  - Axes :
- SuCRe: A new generation of resonator on composite thin quartz substrates
  - Membre(s) :
  - FEMTO-ST
  - ONERA
  - FreC'N'Sys
  - Axes :
- SPIRAL: Stabilization of self-pulsating frequency combs based on Quantum-Dash semiconductor lasers for time and frequency metrology (step 3)
  - Membre(s) :
  - LPL
  - Foton
  - Thales TRT
  - Axes :
- Compact cold atom clock RubiClock (step 4)
  - Membre(s) :
  - SYRTE
  - MUQUANS
  - Axes :
- LIRSO: Iodine frequency stabilized infrared laser (all-fibered system) (step 2)
  - Membre(s) :
  - SYRTE
  - Sodern
  - Axes :
- Coherent population trapping clock on a thermal atom beam
  - Membre(s) :
  - SYRTE
  - THALES AVS
  - Axes :
2016
- GRADUS: Ultra high sensitivity atom gradiometer
  - Membre(s) :
  - SYRTE
  - MUQUANS
  - Axes :
- Compact cold atom clock RubiClock (step 3)
  - Membre(s) :
  - SYRTE
  - MUQUANS
  - Axes :
- Reference oscillator for miniature satellites (step 3)
  - Membre(s) :
  - FEMTO-ST
  - Syrlinks
  - CNES
  - Axes :
- TEMICE: Cs vapor microcell technology: Low-permeation glass wafers and aging tests
  - Membre(s) :
  - FEMTO-ST
  - Syrlinks
  - Tronics
  - Axes :
- LIRSO: Iodine frequency stabilized infrared laser (all-fibered system)
  - Membre(s) :
  - SYRTE
  - Sodern
  - Axes :
- IFE: Ferro-Electronic Interfaces
  - Membre(s) :
  - FEMTO-ST
  - FreC'N'Sys
  - Axes :
2015
- Compact cold atom clock RubiClock (step2)
  - Membre(s) :
  - SYRTE
  - MUQUANS
  - Axes :
- ROMÉO: SAW Resonators built on single‐crystal electrostrictive material for tunable RF oscillators stabilization
  - Membre(s) :
  - FEMTO-ST
  - FreC'N'Sys
  - Axes :
- Pauwhigamor: Plug and Use Whispering Gallery Mode Resonators Oscillator
  - Membre(s) :
  - FEMTO-ST
  - CNES
  - Aubry Conseil
  - Axes :
- OBAMA: HBAR MEMS Oscillator for Miniature CPT-based Atomic Clock
  - Membre(s) :
  - FEMTO-ST
  - SENSeOR
  - Axes :
- MuCoSy2: Multi Constellation reference System
  - Membre(s) :
  - UTINAM
  - Gorgy Timing
  - Aubry Conseil
  - Axes :
2014
- Quantum Metrology
  - Membre(s) :
  - SYRTE
  - LKB
  - Thales TRT
  - Axes :
- Reference oscillator for miniature satellites (step 2)
  - Membre(s) :
  - FEMTO-ST
  - Syrlinks
  - CNES
  - DGA
  - Axes :
- Caracterization of oscillators' instability: study of software and hardware performances of a measurement bench based on reconfigurable digital electronics
  - Membre(s) :
  - FEMTO-ST
  - SENSeOR
  - Spherea Test & Services
  - Armadeus Systems
  - Axes :
- Synchronization of clocks in a ultra-rapid scan distributed system (step 2)
  - Membre(s) :
  - UTINAM
  - USN
  - Gorgy Timing
  - Axes :
- MiaM: Cs micro-cells for miniature atomic clocks at high temperature
  - Membre(s) :
  - FEMTO-ST
  - Syrlinks
  - Axes :
2013
- Foundation of a distribution network of legal time by opposable NTP or PTP
  - Membre(s) :
  - SYRTE
  - UTINAM
  - Gorgy Timing
  - Axes :
- Reference oscillator for miniature satellites
  - Membre(s) :
  - FEMTO-ST
  - CNES
  - Syrlinks
  - DGA
  - Axes :
- RF-MEMS
  - Membre(s) :
  - FEMTO-ST
  - FreC'N'Sys
  - Axes :
- Towards a production line of high performance resonators based on langatate
  - Membre(s) :
  - FEMTO-ST
  - Cristal innov
  - Axes :
2012
- Innovation study for Time-Frequency domain
  - Axes :
- Synchronization of clocks in a ultra-rapid scan distributed system
  - Membre(s) :
  - UTINAM
  - USN
  - Gorgy Timing
  - Axes :
- Compact cold atom clock RubiClock
  - Membre(s) :
  - SYRTE
  - LP2N
  - MUQUANS
  - Axes :