The tutorials at IFCS-EFTF 2023 will feature lecturers that are on-site in Toyama and available to answer in-person questions. The tutorials will take place on Monday, May 15, 2023.
All tutorials will be recorded and made available on the conference online platform shortly afterward. They can be viewed up to 30 days after the end of the conference, both by virtual attendees that registered for the tutorials, and in-person tutorial participants that want to refresh their memory or catch up on a lecture they missed.
No live streaming will be available this year to manage the cost of attendance. A dedicated discussion forum for each tutorial will provide an opportunity to contact the lecturers with questions.
TIME | SPEAKERS | INSTITUTE/ | TUTORIAL TITLE |
---|---|---|---|
TRACK 1 | |||
9:10 – 10:50 | Alexandre Reinhardt | CEA-LETI, France | Thin film lithium niobate and lithium tantalate acoustic resonators |
11:10 – 12:50 | Victor Plessky | Retired, Switzerland | XBARs and around - 5 GHz resonators and filters exploiting thin layers of lithium niobate |
14:10 – 15:50 | Siddarth Tallur | IIT Bombay, India | Electro-mechanical and ultrasonic sensors for structural health monitoring |
16:10 – 17:50 | Rémy Braive | Univ Paris-Saclay, France | Optomechanical crystals : hybrid devices for applications from quantum physics to metrology |
TRACK 2 | |||
9:10 – 10:50 | Eugene Ivanov | UWA, Australia | Measurements of Phase Fluctuations |
11:10 – 12:50 | Yuko Hanado | NICT, Japan | Generation of real-time timescale using averaged ensemble clocks |
14:10 – 15:50 | Calvin Lin | TL, Taiwan | GNSS time transfer and its calibration |
16:10 – 17:50 | Claudio Calosso | INRIM, Italy | Low-noise digital electronics for time and frequency metrology |
TRACK 3 | |||
9:10 – 10:50 | Hidetoshi Katori | Tokyo Univ, Japan | Optical clocks and their applications |
11:10 – 12:50 | James Camparo | Aerospace Corp, USA | Atomic Timekeeping in Space |
14:10 – 15:50 | Eric Burt | JPL, USA | Microwave Atomic Clocks |
16:10 – 17:50 | Felicitas Arias | OP, France | The SI second : history, future redefinition and impact |