École Polytechique Executive Education, which develops L’X's professional training programs, will launch a certifying online program dedicated to the Blockchain technology in the fall of 2022.
Constraining the movement of vascular cells by culturing them on engineered microgrooved substrates generates a new pattern of collective motion that can be predicted using the physical framework of active fluids. This work has been published in Nature Communications by a team from the Hydrodynamics Laboratory.
An optical coherence tomography device has been inaugurated at the Optics and Biosciences Laboratory. It will allow three-dimensional imaging at the micrometre scale for research on heritage and ancient materials.
On April 11, 2022, the French Ministry of the Armed Forces and L'X signed a new Contract of Objectives and Performance (COP) that sets the institution's 2022-2026 strategic objectives. L’X will devote the coming period to enhance the impact of its research, stengthen its multi-course training offer and launch the renovation of its buildings.
Today, the Drahi-X-Novation Center offers you an interview with Feng YANG, co-founder and CEO of Invisensing.io, a start-up following our X-TECH program that is working on long-distance sensing based on optical fibers, to collect useful information and integrate it into control and preventive maintenance systems.
A study on the mechanical properties of white blood cells has been carried out in collaboration between the Hydrodynamics Laboratory at École Polytechnique and the Institute of Physical Chemistry at Université Paris-Saclay. It makes the cover of the latest issus of Biophysical Journal.
Wolfram Schlenker Professor, School of International and Public Affairs (SIPA) and The Earth Institute Co-director, Center for Environmental Economics...
Meeting with Alexandre Boulanger, CEO of Metyos. The startup, both medtech and deeptech, is developing a personal biosensor to address the problem of the great pandemic of overweight and obesity in the world.
Smilei is an open-source code for plasma simulation, the result of a collaboration between physicists and high-performance computing experts. It can simulate relativistic interactions between lasers and plasma or astrophysical phenomena. The workshop from 9 to 11 March explored this vast field of applications.
Aleix Güell, researcher at Laboratory of Physics of Interfaces and Thin Films, has been awarded an ERC Proof of Concept grant. It will allow him to explore the commercial potential of an imaging technique that combines scanning probe microscopy and Raman spectroscopy to study materials in liquids, from battery to living cells.
In a research paper published in Nucleic Acids Research, an international collaboration involving the Optics and Biosciences Laboratory shows the presence of nucleic acid knots called G-quadruplexes in helminth parasites. The researchers also identify molecules that can bind to these structures.
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