Photon - Import export

The SPD_A_VISNIR is the first worldwide large-band [400 to 1700 nm] high-performance Single Photon Counting module designed for the most demanding low-level-of-light applications. Engineered with “high performance, and ease-of-use” innovative mindset, the SPD_A_VISNIR fully integrated the two world’s most advanced InGaAs and Silicon Single Photon Avalanche Photodiodes (SPAD) technologies, integrated cooling systems, the latest fast data processing and the most intuitive and practical user interfaces. Thanks to its outstanding low-noise and high photon detection efficiency, the self-contained SPD_A_VISNIR module enables worldwide scientists and engineers to measure very-low-light-level down to the single photon level. VISIBLE Channel 1 400 to 1060 nm Very low noise < 25 cps High PDE > 70% Max Freq.: 40 MHz NIR Channel 2 900 to 1700 nm Very low noise < 5000 cps High PDE : 30% Max Freq.: 20 MHz Applications TCSPC timing Correlation Photo-luminescence Astronomy

The SPD_A_NIR from AUREA Technology is the “best-in-class” high-performance and easy-to-use Near Infrared single photon counting modules engineered for the most demanding low-level of-light applications, such as single photon counting, Time Correlated Single Photon Counting (TCSPC), spectroscopy, eye safe LIDAR, optical communications, and quantum cryptography. The SPD_A_NIR is available for 1- or 2-channels. One of the advantage of the dual single photon counting module SPD_A_M2 from AUREA Technology is that the two independent single photon detectors are included in the same case and most importantly are paired during the manufacturing. As matter of fact, the twins detectors have similar Dark Count Rate and Quantum Efficiency. Features 900 to 1,700 nm Very low noise High PDE Max Freq.: 20 MHz 1- or 2- channels USB interface TTL IN/OUT Applications Quantum optics TCSPC timing Correlation Single photon source characterization

The SPD_A_VIS from AUREA Technology is the “best-in-class” high-performance and easy-to-use single photon counting modules engineered for the most demanding low-level-of-light [400 nm - 1060 nm] applications. The SPD_A_VIS can be used in continuous mode (free-running) or in gated-mode. The newly designed SPD_A_VIS is the only commercially available photon counting module which provides up to 2 independent detection channels, and also a large variety of valuable options, such as the fully integrated Time-to-Digital Converter. Features Very low noise < 25 cps, High PDE > 70%, Max Freq.: 40 MHz, Free running and gated modes 1- or 2- channels, USB interface TTL IN/OUT Applications Particle sizing Fluorescence Spectroscopy Quantum Optics Lidar / Ranging

AUREA Technology received the 2014 CLEO/Laser Focus W orl d I n novation Award. AUREA Technology offers the first worldwide high-brightness stand-alone Entangled Photon Pair Source at telecom wavelengths, ideal for quantum information technologies. The TPS photon-pair source series are high-performance, compact and easy-to-use self-contained twin photon source. With only 5mW of pump power, it performs a spectral brightness of more than 100,000 photons/s/pm! This innovative twin-photon source is very well designed. It provides a very convenient front-panel display and easy-to-use PC Graphical User Interface via its fast USB connection. Moreover, DLL libraries are also provided for LabVIEW, C++, and Visual basic user interface developments. Entangled photons have appeared to be a promising way for both demonstrating quantum physics principles, and new quantum information applications. For example, entangled photons allows the development of Quantum Key Distribution protocols over few hu

AUREA Technology provides, the SPD_OEM_NIR, the first continuous and gated modes near-infrared Single Photon Counting module, based on its Geiger-mode InGaAs avalanche photodiode SPAD and its new enhanced embedded electronics. This is the most compact and fastest high-performance Near-Infrared [900 nm-1700 nm] Single Photon Detection module for asynchronous (free-running) and synchronous (gated) photon detection applications. Very well-designed, the SPD_OEM_NIR is self-contained. It doesn't require any additional cooling systems or control units. Thus, its compactness and modern interfaces make it very easy to integrate in the most demanding analytical optical instruments, quantum optics systems, and quality control processes. Two grades are available: The standard SPD_OEM_NIR performs free-running and gated modes with very-low-noise DCR <5.000 cps and high Photon Detection Efficiency up to 25%, and up to 20 MHz trigger rate , The champion SPD_OEM_NIR performs free-running and gated

The LynXea_NIR from AUREA Technology is a stand-alone [900-1700 nm] Time Correlated Single Photon Counting TCSPC module, which fully integrates the Time to Digital Converter with the best single photon counting technologies within the same box. AUREA Technolog y provides the LynXea a new generation of “all-in-one” and easy-to-use Time Correlated Single Photon Counting (TCSPC) modules. The LynXea series are ultra-low-noise and high Photon-Detection-Efficiency TCSPC modules with timing resolution in the picosecond range. The TCSPC module from AUREA Technology is proposed in two versions, the M1 version with 1-channel and the M2 version with 2 independent channels. This newly designed TCSPC module enables the growth of new applications, such as for example in fluorescence spectroscopy, in photo-luminescence and coincidence measurements for Quantum information technologies. LynXea_M2 TCSPC photon counter from AUREA Technology allows three diffferent possibilities of photon correlation, a

Notre formation : TECHNICIEN EN PHOTONIQUE MEDICALE Cette formation est à la fois destinée aux médecins, assistant.e.s, infirmières et pour les esthéticiens et esthéticiennes souhaitant se former à l'épilation au lasers. Son niveau technique est élevé et vous permettra d’atteindre les objectifs suivants : - Connaître et comprendre les différentes sources d’énergie à base de lumière intense - Connaître et comprendre les autres sources d’énergie utilisées en Médecine Esthétique - Savoir utiliser les lasers et les autres matériels disponibles dans un cabinet de Médecine Esthétique - Connaître les risques potentiels d’utilisation de chaque matériel et les contre-indications - Savoir travailler en complémentarité médecin-assistant(e) - Connaître et mettre en œuvre la procédure de travail au cours de la consultation - Intégrer la démarche qualité à sa pratique Des ateliers pratiques sont proposés après la formation théorique. Des formations personnalisées.