Our completed collaborative projects
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SMARTGLASS: photonics-based Sustainable Manufacturing of Abrasion-ResistanT, Anti-Reflective GLASS
To offer an environmentally-friendly laser-based solution for surface-treatment.
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Q-CELL - Quantum CELL
Proof-of-concept for a compact, fully fibered rubidium vapor cell.
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R&T CNES : hybrid surface functionalization process
In the context of a collaborative project with CNES (R&T challenge), ALPhANOV aims to develop a hybrid adhesion process for the creation of optical assemblies for space applications.
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PhOENIX - Photonics - Intelligent and Proven Digital Educational Tools
Developing digital tools for photonics training.
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LAMIPoC - Mass production of microfluidic devices
Analyzing the potential of ultra-fast (femtosecond) laser technology for the mass production of microfluidic devices.
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KOKICLEAN - Eco-friendly marine coating
Developing and certifying a biomimicry shark skin antifouling treatment based on femtosecond laser texturing for boat paints.
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LARA Project - LAser Robotic Applications
The project aims to combine two technologies that have had a major impact on the medical field: robotics and lasers.
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ExoFlow - Characterizing exosomes in real time
Designing and manufacturing an innovative biomedical instrument for real time characterizing of biological nano-objects such as exosomes or viruses.
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ASCRIPT - Safety Analysis of Integrated Circuits by PhotoThermal Effect
Developing new methods of evaluation and safety improvements for integrated circuits concerning an imaging technique that uses a laser as a heat source.
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LAUNCH - Additive manufacturing of RF and microwave devices
Developing a suitable wavelength LAser treatment for the coNsolidation-reCtification of 3D microwave patterns.
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SAPHIRE – A device for online optical inspection
Improving the production quality and efficiency of pharmaceutical tablets and capsules by developing an innovative, multimodal and fully integrated in-line optical inspection device.
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CRYST^3 - Prototype of a new material based on individual alkali atoms
Developing a new fully-fiber prototype, based on the trapping and cooling of cold atoms in a hollow core fiber.
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