Univers, Temps-fréquence, Interfaces, Nanostructures, Atmosphère et environnement, Molécules (UTINAM)

Modification request

https://www.utinam.cnrs.fr/?lang=en Category: Research or metrology institute

Activities Time-Frequency:

BESANCON, France

Statistical methods for frequency stability analysis:
- AVAR, MVAR, HVAR, GCov, 3 cornered hat method, etc.
- Cross-spectrum correlation methods
- Bayesian statistics, signal processing, Monte-Carlo simulations

Timing analysis of millisecond pulsars

Composite clocks

Contribution to:
Oscillator-IMP
REFIMEVE+

International collaborations:
Large European Array for Pulsars (LEAP)

Crédit photo : Hubert RAGUET / UTINAM / FIRST-TF / CNRS Photothèque.

Expertise :

Oscillators
- RF and microwave oscillators and synthesis
  - Disciplined oscillators
Specific methods of time-frequency metrology
- Noise
  - Phase noise, PLL
  - Short term stability, long term stability• Statistical methods for frequency stability analysis :
    AVAR, MVAR, HVAR, PVAR, GCov, 3 cornered hat method, etc
    Bayesian statistics, signal processing, Monte-Carlo simulations

Connected Sectors:

Fundamental science
- Astronomy, astrophysics (radioastronomy, VLBI, gravitational waves sensors)• Timing analysis of millisecond pulsars
Arts, Languages, human and social sciences
- History of science, philosophy• History of astronomy
  Ancient ephemeride computation
  Instrumental heritage of astronomical observatories

FIRST-TF Network

FIRST-TF Contact(s):