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Other institutions

Since it was founded in 1901, LNE has deployed its human and technical resources to develop ever more reliable and accurate measuring equipment. Its work, its recognised expertise and its scientific excellence in meeting complex challenges are widely recognised in industry and among the institutions and local authorities that benefit from its support and solutions. Its involvement in fields that affect the daily lives of the greatest number of people has made it a major player in the development of increasingly competitive and innovative businesses, and an ever safer and more responsible society.

The Information Processing and Communication Laboratory (LTCI) is Télécom Paris' own research laboratory. Since January 2017, it has succeeded and extended the work carried out within the UMR CNRS of the same name. Created in 1982, the LTCI is characterised by its broad coverage of the field of information and communication sciences and technologies. Computer science, networks, signal and image processing and digital communications form the core of the LTCI's themes. The laboratory is also active in engineering and systems sciences and applied mathematics.

ONERA's mission is to:

• to develop and direct aerospace research;
• to design, produce and implement the resources needed to carry out this research;
• to ensure, in liaison with the departments or organisations responsible for scientific and technical research, the national and international dissemination of the results of this research.

ONERA must also contribute, within its field of competence, to the policy of training in research and through research.

Five scientific domain directors work closely with researchers in ONERA's scientific departments. The five fields are Materials and Structures (MAS), Fluid Mechanics and Energetics (MFE), Physics (PHY), Information Processing and Systems (TIS), Advanced Numerical Simulation (SNA).

Synchrotron SOLEIL: The diversity of modes of interaction between light and matter, as well as the very wide energy range of the synchrotron light produced at SOLEIL, mean that many scientific fields can be covered using a wide range of analysis techniques. Advanced materials, biology and health, the gas phase, astrophysics, electronic and molecular structures, photodynamics, solid/gas/liquid interfaces, condensed matter, matter under extreme conditions, nano-objects, as well as instrumentation and particle accelerator physics are just some of the disciplines that can be studied using a tool like SOLEIL. It is our users who carry out this research, but also our scientific staff, through in-house research