Welcome to my website!
I'm Thibaut DEVAUX, associate professor at Université de Tours and researcher at the GREMAN Laboratory (Blois, France).
After completing my PhD at the Acoustics Laboratory of the University of Le Mans (LAUM), I joined the Division of Applied Physics at Hokkaido University (Japan) as a postdoctoral researcher. Since 2018, I have been teaching and conducting research in Blois.
My research focuses on the propagation and control of acoustic waves in complex media, with a particular interest in:
-
Acoustic radiation pressure,
-
Exploration of extraordinary acoustic transmission (EAT) phenomena,
-
Interaction between acoustic waves and polymers.
You’ll find here my curriculum vitae, a presentation of my research projects, a list of publications, and some of my activities in popularizing science.
Feel free to contact me if you have any questions or suggestions.
Enjoy your visit!
Last Update: July 29, 2025
Here !
 Fête de la Science 2024 |
|---|
 Beating Heart with Acoustic Radiation Pressure |
 Science en Balade 2025 |
 EAT at GHz |
 ICSV25 |
 EAT for MHz |
 Fête de la Science 2024 |
 Acoustic Diode |
 Acoustic Diode |
 Experimental setup |
 Granular |
 ICSV25 |
 Numerical Mesh |
 Playing with a Makey-Makey |
 Transducer |
 Welcoming future researchers |
 Phononic Crystal |
 Home made phone |
LATEST NEWS
March 1st, 2025: We report a novel approach for in situ monitoring of polymer viscosity using simultaneous ultrasonic and rheological measurements under high and varying temperature conditions! See details in the publications section.
January 22-24, 2025: We co-organized the 23rd Anglo-French Physical Acoustics Conference (AFPAC 2025), held in Chédigny (France) from January 22–24, 2025, bringing together 90 participants and 63 presentations. Website of AFPAC25.
September 7th, 2023: We published a study on the contactless deformation of fluid interfaces using acoustic radiation pressure, combining experimental observations and numerical modeling to characterize the spatiotemporal properties of the induced interface displacement. See details in the publications section and also here.
March 6th, 2020: We succeed to squeeze the acoustic energy at sub-wavelength scale through a nanowire! See details in the publications section and also here.
.png){kind=small}
