Built by the James Webb Space Telescope (JWST), US (NASA), European (ESA) and Canada (CSA) space agencies, it is scheduled to take off on Saturday, December 25 at 1:20 p.m. With its primary mirror area of 25 square meters, it is the largest ever sent into space, and after 29 days it will orbit the Lockrange L2 at a distance of 1.5 million kilometers from Earth. It was often said that he was the successor to the Hubble Telescope, which was launched in 1990, and due to the size of the project, it would actually be completely different from its predecessor. James Webb, who was created to observe infrared rays, wants to make it possible to observe the atmospheres of planets outside the solar system, but also to explore the universe as it did 13.7 billion years ago.
Who is animating this directly?
Journalist Arthur Carpentier hosts this live video and he answers your questions. Three speakers surround him to deepen different things around the James Web Space Telescope. All of them have participated in its development, or will participate in its operation.
Live video show
The live is divided into three main episodes, the culmination of which is the departure of JWST at the top of the Ariane 5 launcher, scheduled for 1:20 pm Paris time:
- 11:00 – The beginning of live
11 hours 15 – Search for the first lights and galaxies in the universe
With Nicole Neswatba, Astronomer, CNRS research director at the Lockrange Laboratory of the C டிte d’Azur Laboratory, specializing in the evolution of galaxies.
- 12 hours 15 – Presentation of the James Webb Project: Understanding the Role of the Astronomical Event of the Decade
With Olivier La Marley, Head of the cosmic science project at the National Center for Space Research (CNES), a French space agency.
- 13 hours 20 – Lift-off!
- 13 hours 45 – Smell the air of exoplanets and look for clues in life: how JWST should disrupt our knowledge of these distant worlds
With Frank Celsius, CNRS Research Director at the Bordeaux Astrophysics Laboratory, specializing in the study of extraterrestrial atmospheres.