HYPERSPECTRAL IMAGERS

INFRARED CAMERAS

TUNABLE FILTERS AND SOURCES

SÉBASTIEN BLAIS-OUELLETTE, PHOTON ETC’S PRESIDENT AND CEO IS NOW VICE PRESIDENT OF THE BOARD OF DIRECTORS OF THE ‘‘CENTRE D’ENTREPRENARIAT POLY-UDEM’’

You can find more information on the center here.

MARC VERHAEGEN, PHOTON ETC’S CHIEF TECHNICAL OFFICER HAS BEEN ELECTED ON THE BOARD OF DIRECTORS OF PRIMA QUÉBEC.

Prima Québec has made it its objective to strengthen collaborative innovation in the field of advanced materials in Quebec. You can find more information on PRIMA Québec here.

PHOTON ETC. IS NOW PART OF SIMON THIBAULT’S RESEARCH CHAIR

Photon etc. is proud to announce that it is now part of Simon Thibault's research chair in Optical Design. Professor Thibault and his team from the Department of Physics, Engineering Physics and Optics at Université Laval will help Photon etc. develop new optical systems in the near infrared range for which their is a growing demand in industrial vision system and biomedical research.

More details on the research chair are available on the NSERC website.

A CARBON NANOTUBE OPTICAL SENSOR REPORTS NUCLEAR ENTRY VIA NONCANONICAL PATHWAY

Amazing work from Dr. Daniel Heller’s group! Please have a look at their new article where they developed a carbon nanotube probe uncovering a mechanism for nanoscale material delivery to the living cell nucleus. Hence providing a new optical sensor reporter tool to study nucleus-related pathologies. Another great use of hyperspectral imaging. 

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HYPERSPECTRAL MICROSCOPY: A POWERFUL TECHNIQUE FOR MULTIPLEXED IMAGING

Single-walled carbon nanotubes (SWCNT) are ideal near-IR markers for small animal multiplex imaging, providing photostable, narrow bandwidth fluorescence in a wide chromatic variety.

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New article

AGGREGATION CONTROL OF α‑SEXITHIOPHENE VIA ISOTHERMAL ENCAPSULATION INSIDE SINGLE-WALLED CARBON NANOTUBES

Liquid-phase encapsulation of α-sexithiophene (6T) molecules inside individualized single-walled carbon nanotubes (SWCNTs) is investigated using Raman imaging and spectroscopy. By taking advantage of the strong Raman response of this system, we probe the encapsulation isotherms at 30 and 115 °C using a statistical ensemble of SWCNTs deposited on a oxidized silicon substrate. Outstanding Raman images of individual and aligned carbon nanotubes were acquired using Photon Etc. hyperspectral system. Thanks to the high resolution of this imaging platform, it is possible to observe the encapsulation of sexithiophene in carbon nanotubes.

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