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Photodetectors and modulAtors for free-space optical communications and coherent LIDAR in the Mid InfraRed – PALMIR
of the previous ANR-Astrid HISPANID project (2017-2021, ref. ANR-17-ASTR-0008) allowed the fabrication
Photon-Atom Cooperative Effects at Interfaces – PACE-IN
The overall objective of this proposal is to meet the critical challenge of studying, implementing and optimizing ground-breaking, dynamically-controlled interfaces between matter and light.
Photonic Augmented Security via Physical Unclonable Functions – PHASEPUF
Recently, major security concerns have arisen due to technological advancements in reverse engineering and cyber-attack techniques undermining hardware integrity and information security.<br />Physical unclonable functions are hardware-based solutions allowing to identify counterfeit hardware at the chip level or to generate cryptographic keys, avoiding their local storage into digital memory, thanks to their complex highly unpredictable responses strongly dependent on fabrication tolerances.
Photonic Integrated Circuit with System on Chip for Sub-Picometric Displacement Sensor – PICSONDE
The aim of PICSONDE is to provide a low-cost non-invasive technique based on optical feedback interferometry signals processed in real-time. This will render possible to monitor and investigate the vibration response of the equipment’s structural integrity during in situ operation, thus allowing accurate estimations of the material/structure degradation state of equipments to empower better predictive maintenance.
Phraseology in the novel – PHRASEOROM
Phraseology in the English, French and German novel
Physical and Intrinsic Security of Embedded Neural Networks – PICTURE
Embedded Machine Learning models have a critical attack surface combining numerous algorithmic and physical threats (e.g., side-channel and fault injection analysis). By analyzing and evaluating these threats and by developing new defense schemes, PICTURE aims at disseminating good practices of security within the design and development processes of IA-based embedded systems.
Physico-Chemical investigations of sedimentary gas hydrates reproducing their natural geo-environment. – HYDRACLAY
recent scientific cruise in the Black Sea (sept. 2021) has provided the HYDRACLAY consortium with a unique
Physics of degradation in organic, nanocrystal, and hybrid solar cells – PROCES
«Third-generation« solar cells based on colloidal nanocrystals and perovskites are emerging technologies. While their efficiencies are being improved, the Achilles heel lies in their instability. Fundamental understandings on their degradation is indispensable for their further development.
Physics-informed Artificial Intelligence for Cutting Brake Emissions from Electric Vehicles – PI-CUBE
The aim of this project is to develop a new braking control system for friction brakes, which uses artificial intelligence (AI) to eliminate or at least minimize particulate emissions and noise (squeal) from electric vehicles, while efficiently meeting the demand for deceleration to a standstill in an energy-efficient manner. The principle is to optimize the combination of friction and regenerative brakes to limit these emissions.
Physiopathologie et Innovations thérapeutiques de la Défaillance cardiaque droite au cours de l'hypertension pulmonaire: Développement de Biomarqueurs et mise au point du Poumon Artificiel Total.
Concernant le volet « Education », en octobre 2021, un symposium international sur la défaillance du
