News & press
Photonics Media presents Nüvü Cameras’ CCD Controller for Counting Photons (CCCP) last feature: the passive heat dissipation. With the goal of integrating a future major space mission, TRL-5 CCCP will be designed for space use and characterized under relevant conditions for the new environment thanks to the Canadian Space Agency’s support.
Laser Focus World presents Nüvü Cameras’ latest exclusive feature: the passive heat dissipation of its electronics. The innovation spurred by space exploration, pioneers new developments in EMCCD cameras to benefit human lives through hospital centres’ systems. A TRL-5 version of Nüvü’s EMCCD technology is already in the design phase thanks to Canadian Space Agency support.
Photonics Sprectra presents Nüvü’s new feature, the multiple regions of interest (mROI) for faster acquisition of the pixels of interest in low-light application.
Vision Systems Design presents Nüvü’s recent innovation, the multiple regions of interest (mROI) feature to boost acquisition speed in low-light applications. Researchers from the Institute for Research in Immunology and Cancer and the Australian National University present promising examples with the new feature.
André Desroches, of the daily newspaper Journal Métro, interviewed Nüvü Camēras co-founders Marie-Eve Ducharme and Olivier Daigle about the company’s achievements and new installations in the INGO Innovation Center in Griffintown, Montreal.
Ernst & Young invited Nüvü Camēras’ CEO Marie-Eve Ducharme to speak on its panel “CEO’s perspectives”. About a hundred CFO, CEO, COO, and founders of tech firms attended the event and exchanged on the success, the challenges and the future of Quebec’s technology industry.
Les Affaires carried out an interview with Marie-Eve Ducharme, Nüvü Camēras’ CEO. The portrait, published in the magazine’ Summer 2015 special issue, introduces the vision and passion of the company’s co-founder whose dream is saving lives with the help of highly sensitive cameras.
Vision Systems featured the refined neurosurgical microscope, which integrate Nüvü™’s EMCCD camera, for efficient tumorous brain cells removal, in its January Snapshots. The device was developed at l’École Polytechnique de Montréal. The article highlights Yoann Gosselin’s achievements while he was completing a Biomedical Engineering graduate degree in collaboration with Nüvü Camēras where he now work as Applications Engineer.
Journalist Pauline Gravel shares the history and technological innovation behind Nüvü cameras since Olivier Daigle PhD project in astrophysics.
Marie-Eve Ducharme, Nüvü Camēras’ CEO and co-founder, chairs the 2014-2018 Fondation Montréal Inc. fundraising campaign. The company received the highest distinction of the foundation’s first fundraising campaign in 2011.
Nüvü Camēras’ logo and name are examined with a marketing point a view and Génération Inc. shares its powerful meaning.
Shown in an INRS Energy, Material and Telecommunication research center informative post is a Nüvü Camēras’ HNü camera on top of a microspectroscopy system.
Novus Light presents Nüvü Camēras’ latest innovation, the HNü camera, which includes all the features of the celebrated EM N2 cameras while being thermoelectrically cooled.
Nüvü Camēras’ CEO Marie-Eve Ducharme was interviewed by online magazine Inspiro. She shares her goals and experience heading a high-tech company.
Université de Montréal published an article regarding the innovative EMCCD camera created on campus and now commercialized by two of its alumni, Marie-Eve Ducharme and Olivier Daigle, cofounders of Nüvü Camēras.
Press release describing Nüvü Camēras’ innovative HNü camera. Some of its most noteworthy specifications were mentioned such as its range of detector sizes available (128, 512 or 1024), optimal background noise below 0.001 electron/pixel/frame and its thermoelectric cooling capacity that can reach either -85°C using air cooling or -90°C with liquid cooling.
Laser Focus World issued a press release describing Nüvü Camēras’ innovative HNü camera. Some of its most noteworthy specifications were mentioned such as its maximum EM gain of 5000, background noise level below 0.001 electron/pixel/frame and a readout rate up to 20MHz.
In the September issue of Space Quarterly, Sr. Satellite Engineer with Telesat and Chair of the Ottawa Chapter of the Canadian Space Society Ryan Anderson brings Nüvü Camēras into the limelight. From the ability to simply produce less noise to control EMCCDs, Nüvü Camēras avoids the use of noise filtering algorithms that may eliminate valuable data in addition to noise. Mentioning some of Nüvü Camēras’ most recognized customers including NASA for future applications in space, the article features VP and CTO Olivier Daigle. He provides insights on how the determination for state of the art instrumentation in astronomy helped Nüvü Camēras achieve such a reputation through scientific publications and how they lead to opportunities in the biomedical field as well as the OEM market for integrated imaging systems.
Link to order a digital or paper edition of Space Quarterly.
In the June 1st 2012 edition of L’Actualité magazine, an article was featured describing a variety of Nüvü Camēras’ technological innovations and also announced the forthcoming new EMCCD camera that will be available at a lesser cost and that can be used in a wide range of applications, especially in biomedical research.
A press release regarding Nüvü Camēras’ innovative EM N2 camera was issued on the Vision Systems Design website detailing some of its most notable specifications including its maximum EM gain of 5000 and subelectron background noise level. Some of the camera’s applications in the field of biomedical research were mentioned as well.
Laser Focus World issued a press release describing Nüvü Camēras’ innovative EM N2 camera. Some of its most noteworthy specifications were mentioned such as its maximum EM gain of 5000 and background noise level below 0.001 electron/pixel/frame. In addition, a short list of the camera’s applications in biomedical research was also included.
An article describing in interesting detail the origins of the company followed by a concise description of astronomical and biomedical applications of Nüvü Camēras’ EMCCD technology was published in early 2012. The article also details the long-term goals and ambitions of the company’s cofounders, Marie-Eve Ducharme and Olivier Daigle.
An article describes emerging young businesses marketing innovative new technologies. Among the 3 presented companies, Nüvü Camēras was described in fair detail and several potential contributions to biomedical research as well as an insight on future projects were listed.
In the fall of 2011, a press release was issued detailing the fund granted by the Government of Canada for Nüvü Camēras to accelerate its commercialization strategy.
Near the beginning of autumn of 2011, an article was published in Les Affaires, a business-related newspaper, discussing some promising applications of the EM N2 camera.
An article about the cofounders of Nüvü Camēras, Marie-Eve Ducharme and Olivier Daigle, as well as the technological innovations brought forth by the company was published in early 2011 in La Presse Affaires.
Nüvü Camēras cofounder Olivier Daigle was honored at the 45th conference of the Assocation for the Education of Science and Technology in Quebec to promote an interest in the pursuit of college-level studies in science among young students.
An article was published in Le Lien Multimédia in the summer of 2010 discussing Nüvü Camēras cofounders Marie-Eve Ducharme and Olivier Daigle’s efforts to start a company with the purpose of commercializing the most innovative EMCCD camera. The article further describes the major advantages of the imaging system as well as some potential applications in growing fields of study, namely biomedical research.
An insightful interview was conducted with cofounder Olivier Daigle that adequately summarizes his education and scientific background before designing the revolutionary EMCCD controller, the technology behind Nüvü Camēras.
Within a month after the creation of Nüvü Camēras, La Presse, a Montreal-based newspaper, issued a portrait recounting cofounder Olivier Daigle’s passion and motivation for designing the most sensitive EMCCD imaging system.
A mere few weeks following the foundation of Nüvü Camēras, a press release recounting the history and inspiring motivation behind cofounder Olivier Daigle’s innovative design of a novel EMCCD camera was published.
In early 2010, NSERC published an impact story describing the basic properties and potential uses of the innovative EMCCD camera designed by Olivier Daigle, Nüvü Camēras’ CTO.
Quebec City’s daily newspaper, Le Soleil, published a piece regarding the highly sensitive camera developed by Olivier Daigle, cofounder of Nüvü Camēras, born in Lévis near Quebec City.
One of Montreal’s daily newspapers, Journal Métro, published an article describing Nüvü’s promising camera.
The University of Montreal issued a press release describing the world’s most sensitive camera designed for astronomical use now commercialized by Nüvü Camēras.
In an article in Forum magazine, the University of Montreal announced that a camera built within its very own Experimental Astrophysics Laboratory was purchased by NASA.
Bio Photonics invited Nüvü Camēras experts to present the various low flux imaging technologies available to users and help them select the device that suits their application. Take a look at the entire article here.
Photonics Spectra invited Nüvü Camēras experts to share the theory behind photon-counting imaging as well as its outstanding applications from the infinitely distant to the infinitely small. Take a look at the entire article here.
Labrigger.com, the source for open solutions for biomedical research, whose goal is to “accelerate and enable research by reducing the duplication of effort by multiple labs”, devotes its last post to what researchers should look for prior to purchasing an EMCCD camera. Labrigger let Nüvü Camēras experts present an in-depth review of all the electronic noise sources and constraints that come into play when imaging in low-light conditions with an EMCCD camera. Take a look at the entire article here!
Nüvü Camēras won the 2011 Award for New Technology granted by the CME and NRC-IRAP for the most innovative technology across the province of Quebec to be commercialized internationally.
Nüvü Camēras won a total of 4 prizes at the 13th annual Québec Entrepreneurship Contest including the GURU Entrepreneur Grand Prize for the new company having having the most promising business model across the greater Montreal area.
In early 2011, Olivier Daigle, Nüvü Camēras CTO, was named Personality of the Year to highlight the important contribution that is his discovery of the most sensitive camera.
Olivier Daigle, Nüvü Camēras CTO, was named Personality of the Week in recognition of his invention: the world’s most sensitive camera.
Nüvü Camēras CTO, Olivier Daigle, was awarded the 2009 Discovery of the Year by Québec Science magazine for his innovative camera now commercialized by Nüvü Camēras.
An investigative report on the various potential impacts of Nüvü Camēras’ EM N2 on several fields of biomedical research such as cancer studies was presented in early 2012 in the 3rd season of Campus, an educative television series that sheds light on the world of university studies and research.
An interview with Michel Fortin, the CEO of SAJE, an organization whose purpose is to help young entrepreneurs, as well as Nüvü Camēras cofounder Olivier Daigle was conducted and presented on Canal Argent, a television network focused on high technology business challenges.
In early 2010, the Canadian Broadcasting Corporation’s french scientific television program Découverte presented an interesting report on Nüvü Camēras’ early technology that was mostly initially developed within the laboratories of Photon Etc.