Terahertz.fr

Jean-Paul Guillet personal page

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Scientific networks

You can follow me via these networks:

Scientific online networks and search engines

Google Scholar

Scientific journal search engine

Google scholar is the best scientific search engine. You can use it to display all you paper. My Google Scholar page is https://scholar.google.fr/citations?user=Te3MRH8AAAAJ&hl=fr

Researchgate

The main research network

ResearchGate is a free social network service for researchers and scientists of all disciplines. It allows semantic scientific research as well as a chronicle of shared files. The site also proposes a public file server, a forum, methodological discussions and groups of exchanges. ResearchGate announces having more than 11 million researchers and scientists in 192 countries.

https://www.researchgate.net/profile/Jean-Paul_Guillet

Linkedin

Professionnal network

Linkedin is not made for scientific, but you can find here a growing number of scientists using it. There are scientific groups and fundings informations and network (EU projects, etc).

https://www.linkedin.com/in/jeanpaulguillet/

Kudos

dProfessionnal network

Mendeley

Scientific network and reference management

Mendeley is a reference manager software, but it is connected to an online research network similar to ResearchGate.

https://www.mendeley.com/profiles/jean-paul-guillet/

Academia

Another research network

Academia is another research network where we can share paper, discuss, make groups, etc.

https://bordeaux.academia.edu/JeanpaulGuillet

Twitter

Microblog

Twitter

https://twitter.com/terahertz_fr

Terahertz Community

I manage two Terahertz Community networks with more than 800 members.

Terahertz community Linkedin group

Terahertz community Facebook group

You can use these pages to share terahertz postdoc or PhD positions, present your activity or your THz products.

France Terahertz network

Teranaute

Teranaute

http://www.armir.fr/?page_id=49

GDR Nanoteramir

http://nanoteramir.lpa.ens.fr/

More Stories

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Skeletonization and 3D rendering with real time terahertz tomography

In this collaborative article between Lytid, IMS and Noctylio, we explore the application of terahertz (THz) technology in tomography to create 3D reconstructions in real time. The experimental setup is based on a latest generation micro-bolometric camera with 240×320 pixels, equipped with an anti-reflective coated lens developed by Lytid, to record the projection images of…

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Feasibility of Using a 300 GHz Radar to Detect Fractures and Lithological Changes in Rocks

This article examines the possibility of using a high frequency radar (300 GHz) to detect fractures and lithological changes in rocks. This study, carried out in collaboration between Federico Sanjuan (University of Pau, France) and the IMS laboratory (University of Bordeaux), is in the context of the improvement of the methods of detection and quantification…

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Terahertz diffractive imaging with saturated data inpainting

This article focuses on improving diffraction imaging techniques in the field of Térahertz frequencies, by approaching the problem of data saturation due to the limited dynamic range of detection systems. We introduce with the ITMO team (Nikolay V Petrov Team) a new approach to algorithmic reconstruction which deals with saturated areas in the measured intensity…