Difference between revisions of "Photonics instrumentation for healthcare"
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[[fr:Instrumentation photonique pour la santé]] | [[fr:Instrumentation photonique pour la santé]] | ||
| − | '''M. Diana, A. Nahas''', S. Gioux, M. Gora, S. Lecler | + | '''M. Diana, A. Nahas''', V. Maioli, S. Gioux, M. Gora, S. Lecler, P. Montgomery, M. Torregrossa. |
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* Nanoscopy without contrast agents | * Nanoscopy without contrast agents | ||
* Treatment using photonic jets | * Treatment using photonic jets | ||
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<gallery widths=400px heights=300px> | <gallery widths=400px heights=300px> | ||
File:Image_1.PNG|Interactions between photons and biological matter. | File:Image_1.PNG|Interactions between photons and biological matter. | ||
</gallery> | </gallery> | ||
Revision as of 17:35, 23 June 2022
M. Diana, A. Nahas, V. Maioli, S. Gioux, M. Gora, S. Lecler, P. Montgomery, M. Torregrossa.
Photonics has a strong potential for addressing relevant clinical needs. In particular, it proposes solutions that are economical, accurate and non-invasive to solve longstanding clinical problems that today’s technology fails to address.
Our team develops novel tools based on the first principles of light-matter interactions bringing novel and innovative solutions to unmet clinical needs. Our approach is based on a strong presence in the clinic and frequent interactions with healthcare professionals. Thanks to this approach, we are able to identify critical needs in their daily practice and propose viable solutions that answer their needs.
More particularly, we develop solutions within the following areas:
- Surgical guidance using diffuse optics
- Optical Coherence Tomography (OCT)
- Nanoscopy without contrast agents
- Treatment using photonic jets
Interactions between photons and biological matter.
