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«Photonic packaging» is a generic term that embraces all the domains needed to materialize the link between components and systems. The PIXAPP project aim is to develop a platform grouping together partners with different expertise to provide solutions to packaging problems that cannot be solve by one supplier alone.
The aim of the PICTURE project is to develop on-chip technology capable of generating light, encoding data at very high speed and emitting and collecting this light through optical fiber.
A silicon qubit tester recently acquired by CEA-Leti will substantially speed up quantum computer research. The tester can measure the electrical performance of several hundred qubits processed on a 300 mm wafer at 1.7 K (-271.3 °C). The qubits that make it through these tests will then be tested individually on a cryostat at Institut Néel at temperatures below 100 mK, a requirement for integration into quantum processors.
Viral infections diagnosis demands novel, cheaper, rapid technologies to overcome today’s constraints. The current gold standard for diagnosis of viral infections is based on pathogen-targeted nucleic acid identification, which cannot discern infectious stages from latent ones and demands time consuming adjustments, when mutations occur or new emerging viruses need to be included in diagnostic protocols. Recently, optomechanics has been implemented in fundamental developments in physics (gravitational wave detection, mechanical quantum ground states), but it has not yet delivered its full application potential.
Early diagnosis of breast cancer is crucial for success of the therapy. The SOLUS project aims to improve detection of tumors by building a prototype that combines standard ultrasound imaging with emerging time-resolved optical tomography. The prototype will be demonstrated in clinics.
The bioproduction industry is focusing attention on microalgae due to their ability to synthesized internally high added-value molecules. The ABACUS project aims to identify microalgae capable of producing new molecules for nutraceutical and cosmetic applications, and to develop an innovative PhotoBioReactor that embeds advanced monitoring tools for microalgae growth and bioproduction.
The VOSTARS project aims to assist surgeons in medical procedures by providing them with gestural guidance through smart eyeglasses. During surgery, physicians are using remote displays, on which they can view the patient live and a number of augmented reality-based, guiding lines to assist them in their gestures. The VOSTARS concept is prompting development of innovative, augmented reality, smart eyeglasses that allow the surgeon to focus on the patient, while benefitting from the guiding line support displayed by the smart glasses. The greatest challenge is to fit the guiding line into the real scene in real time.
The iCspec project aims to develop compact, robust, maintenance-free sensors for oil refinery process control to optimize the refinery processes and reduce related pollution.
2020 will be forever in our memory! And as the world moved on to post-covid-19 era, the semiconductor industry’s response has been watched closely, because its technologies are vital to the success of the global economy and advances across multiple industries. From digital, computing to sensing competitive solutions, CEA-Leti invites decision makers on the lookout for innovative and promising chip-based R&D, as well as editors, analysts and entrepreneurs to peruse the institute’s reader-friendly “2020 Highlights” report:
ASTEROID is an European Union-funded H2020-COMPET project. Its purpose is to provide Europe with the capability to manufacture high performance, high-resolution infrared focal plane arrays for scientific and astronomical use in space- and ground-based telescopes.
The main goal of the ORCHID project is to create a roadmap for organ-on-chip technology and to build a network of all relevant stakeholders in this promising innovative field. Seven leading European research institutions are actively committed to the ORCHID project since its inception on 1st October 2017.
NOBEL embodies coordination and support action designed to build a unique European ecosystem to ensure convergence of nanomedicine and other emerging medical technologies.
The NAREB project aimed to counter greater antimicrobial resistance through the use of innovative nanoparticles that deliver antimicrobial agents to infected tissues.
With more than 6 million new cases of Cardio-Vascular Disease (CVD) in the EU every year, the disease remains the leading cause of mortality and the major cause of morbidity in Europe. Nano-Athero aims to establish the preliminary clinical feasibility of implementing nanosystems for targeted imaging and treatment of advanced atherothrombotic disease in humans.
The MEDTECH project involves strengthening public policies (structural funding and regional policies) in favour of research, development and innovation facilities that advance medical technology. Eight European regions share good practices in elaborating future action plans for developing innovation ecosystems in the medical technology sector.
The aim of the MESMERISE project is to detect drugs ingested by smugglers. A dedicated method implementing a photon counting multi-energy detector have allowed us to detect such packages subject to minimum radiation exposure. Experimental results have demonstrated the system’s capacity to reveal drug packages inside the human body.
The ExuCheck project targets a breakthrough in early detection of one of the most common clinical complications, namely post-operative infection, based around an analytical device (measuring pH & lactate) and an algorithm for interpreting variations in the possible patient infection markers.
The PRISMACLOUD project is dedicated to enabling secure, trustworthy cloud-based services by improving and adopting novel tools developed from cryptographic research. The project brings novel cryptographic concepts and methods to practical application Keywords and makes them usable for providers and users.
The aim of the PreCoM project is to create an innovative support system for production equipment maintenance. The main function of this system is to identify the outset of critical part (gear, bearing) deterioration and to determine its remaining life. The objective is to avoid intervention, limit repair operations and thus increase production efficiency.
The OBELICS project addresses the urgent need for new tools for multi-level modelling and testing of EV and their components to deliver more efficient vehicle designs faster, while supporting modularity to enable mass production and hence greater affordability through production cost reduction.
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CEA is a French government-funded technological research organisation in four main areas: low-carbon energies, defense and security, information technologies and health technologies. A prominent player in the European Research Area, it is involved in setting up collaborative projects with many partners around the world.