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Preconception/ Doing Michelson all my life? That's not my dream!

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"Doing Michelson all my life?
That's my dream! "
Preconception
Photonics, physics of light
births the technology of tomorrow 

Photonics Is All Around Us

Telecommunication, health, lighting, energy...

Michelson In Medical Applications

Anaïs Barut présente DAMAE Medical

Since the invention of the Michelson interferometer in 1881, designed to demonstrate the existence of ether (supposed to carry light), optical detection systems have become widespread, and research in wave physics has made significant progress. 

Interferometry (link: interférométrie) has thus given birth to very high-precision surface state measurement methods or even holography. Optical coherence tomography, (link: tomographie par cohérence optique), or OCT for short, is one of these new approaches allowing, in particular, the non-invasive analysis of biological samples (biology, ophthalmology, oncology...). This revolutionary procedure (link: procédé révolutionnaire), providing additional information on the structure and composition of the object in particular, is the starting point of the imaging systems of the startup Damae Medical, co-founded by students and a researcher from the Institut d'Optique.

Une formation expérimentale dans l'air du temps

The Laboratoire d'Enseignement Expérimental (LEnsE) poffers, across its 3 sites, around a hundred different experiments to understand and master the technologies that will be implemented in the field of photonics and that will revolutionize the world of tomorrow.

Experimental sessions and projects, supervised by teacher-researchers from the Institut d'Optique laboratories or industrialists from the world of photonics, allow engineering students to:

  • master the multiple facets of photonics
  • train in the experimental techniques of the scientific approach to specialized instrumentation
  • become operational very quickly
  • prepare for the technologies of tomorrow
  • come together around formative scientific projects

A few examples of topics covered in experimental sessions:

 
Quantum technology
Unique photons - entanglement
To calculate and communicate
More rapidly with the infintly small
 
Biophotonics
OCT - Optical Pincers
To develop systems
to aid the characterisation of biological objects
 
Adaptative Optics
astronomy- large instruments
Equipping large telescopes to
compensate for atmospheric turbulences 
 
Fibre Optic Telecommunication
To understand and optimise
the exchanges of information by fibres

Several examples of projects finalised during past years:

 
Fibre Lidar 
A new method to measure 
the speed of tornadoes
 
Arts and Sciences
When the sciences serve
the arts
 
Laser Servomechanism,
Servomechanism of position
to use lasers to locate stars
 
Microscope OCTs
Development of labs
around OCTs
Site réalisé par Intuitiv Intecartive