Biophotonics For Neuroscience

I build stuff that is often useful to study things that are always interesting. Sometimes, our useful stuff even works and helps us understand more things. Some people have deployed some stuff from the lab commercially. I also love teaching others how to build more stuff, and I program too much for fun.

Optical Guidance Neurosurgery Using a Wavelength-Swept System and Spectral Analysis by Artificial Intelligence

My passion for learning new things is going to make me an optical expert.

Guiding Deep Brain Stimulation Neurosurgery using Optical Coherence Tomography

I believe a combination of my strong interest in optics and its fascinating application in neuroscience plus working in a very resourceful research group will make me successful in my project.

Advanced in-vivo brain tissue identification on SERS substrate for DBS guiding optical fiber probe using deposition of gold nanoparticles

My passion for physics and general knowledge brought me here. Having worked in the group in the past on 2P and CARS microscopy, I knew what to expect; a great research environnement.

There is no doubt in my mind that we live in one of the most interesting eras for research. The following decades will see diseases, which were once thought to be a death sentence or crippling, disappear through work and dedication from researchers worldwide. I am proud to be part of a team made of these kinds of people!

Speckled illumination HiLo microscopy for fast 3D calcium imaging of in vivo zebrafishes’ brains.

I wish to develop my knowledge in optics to better study the brain and, more interestingly, its interactions with the intestinal microbiota.

Comparison of CARS scanning spectroscopy systems for neurochirurgical guidance

My knowledge in optics, electronic and biology is often exploited and is in a continuous growth. Combined with a dynamic and supportive team, this makes my experience enjoyable and formative.

Reconstruction of Tissue Birefringence from Polarization Sensitive OCT using Machine Learning

With past experiences on software programming and machine learning I am motivated to continue building tools to improve imaging systems, and doing so in the DCC-Lab environment for which I have been a part in my previous internships.

I am passionate about optics applied to the biomedical field. Helping students reach their goals and exceed their limits is my source of motivation.