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Almost 80 years after the discovery of nuclear fission, it continues to unveil its mysteries. The latest to date: an international collaboration has discovered what makes the fragments of nuclei spin after fission. This offers insights into how atom nuclei work and into improving our future nuclear power plants. Take the nuclei of uranium-238 (the […]
The PREDIS European project aims to develop innovative activities for the management of radioactive waste, for which there is currently no solution. IMT Atlantique is one of the project’s seven work package leaders and will contribute to research on innovative approaches for the treatment and conditioning of metallic waste. Abdesselam Abdelouas, a researcher working on the project […]
The researchers working on the XENON1T project observed a strange phenomenon: the simultaneous capture of two electrons by the atomic nucleus of xenon. A phenomenon so rare that it earned the scientific collaboration, which includes the Subatech[1] laboratory, a spot on the cover of the prestigious journal Nature on 25 April 2019. It was both […]
The sun alone produces more than 64 billion neutrinos per second and per cm2 that pass right through the Earth. These elementary particles of matter are everywhere, yet they remain almost entirely elusive. The key word is almost… The European infrastructure KM3NeT, currently being installed in the depths of the Mediterranean Sea, has been designed […]
Nicolas Thiollière, a researcher in nuclear physics at IMT Atlantique, and his team are assessing various possibilities for the future of France’s nuclear power plants. They seek to answer the following questions: how can the quantity of plutonium in circulation in the nuclear cycle be reduced? What impacts will the choice of fuel — specifically […]
Audrey Francisco-Bosson has just won a L’Oréal-UNESCO For Women in Science Scholarship. This well-deserved award is in recognition of the young researcher’s PhD work in fundamental physics, carried out at the Subatech laboratory at IMT Atlantique. By exploring the furthest depths of matter through the eyes of the ALICE detector of the Large Hadron Collider […]
Astatine is the last member of the halogen family, which also includes fluorine and chlorine. These chemical elements have a distinct feature: they are able to form an unusual kind of bond with molecules. Yet for astatine, the existence of this specific halogen bond had never before been proven. This is because in its natural […]
From the ancient gnomon that measured the sun’s height, to the Compton gamma ray observatory, the microscope, and large-scale accelerators, scientific instruments are researchers’ allies, enabling them to make observations at the smallest and largest scales. Used for both basic and applied research, they help test hypotheses and push back the boundaries of human knowledge. […]
Xenon1T is the largest detector of dark matter in the world. Unveiled in 2015, it searches for this invisible material — which is five times more abundant in the universe than ordinary matter — from the Gran Sasso laboratory in Italy, buried under a mountain. In May 2017, an international collaboration of 130 scientists published […]
Nuclear power stations are not the only sources of radioactivity in France. Other sources undeniably include hospitals and the construction industry, for example. Given the potential dangers to health and the environment, such sites have to be permanently tested. SMART, a team of experts in radioactivity from SUBATECH is a necessary third-party actor in this […]