Copernical Team
Sea based rocket net recovery platform enters service for Chinese reusable launchers
China has taken delivery of its first sea based platform designed to recover rockets using a net system, adding a key element to national plans for reusable launch vehicles.
The vessel, named Linghangzhe or Pathfinder, has been certified by the China Classification Society, becoming the first sea based rocket recovery platform in the country to receive the required class and statutory appr KATRIN experiment rules out favored light sterile neutrino region
Neutrinos are among the most abundant matter particles in the Universe, yet they interact so weakly that they are difficult to detect and study. The Standard Model includes three neutrino types, but their ability to oscillate between flavors shows they have mass and can change identity as they travel. For many years, anomalies in reactor and source experiments have pointed to the possible existe Lodestar Space wins SECP support to advance AI satellite awareness system
Lodestar Space has secured funding through the UK Space Agency's Space Ecosystem Commercialisation Programme, delivered by Space South Central, to accelerate work on its on-orbit sensing system Mithril.
The SECP Sprint R and D grant of GBP 30,000 will pay for integration and testing of a new LiDAR sensor within Mithril's existing on-orbit sensing suite. Mithril is described as a fully auto The bacteria that wont wake up found in spacecraft cleanrooms
Researchers have characterized a bacterium from spacecraft assembly cleanrooms that can enter an extreme dormant state, allowing it to persist where contamination controls are designed to remove nearly all life. The study centers on Tersicoccus phoenicis, a microbe detected in high-grade cleanrooms used by NASA and the European Space Agency to prepare spacecraft hardware.
The team found th Galileo pre-launch media briefing
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Watch the replay of the media briefing held ahead of the 14th operational launch of the Galileo programme. The briefing covers the mission details for the launch of two Galileo satellites, which are set to lift off on 17 December aboard Ariane 6 from Europe’s Spaceport in French Guiana.
Flaring black hole whips up ultra-fast winds
Leading X-ray space telescopes XMM-Newton and XRISM have spotted an extraordinary blast from a supermassive black hole. In a matter of hours, the gravitational monster whipped up powerful winds, flinging material out into space at eye-watering speeds of 60 000 km per second.
RISTRETTO spectrograph cleared for Proxima b atmospheric hunt
The RISTRETTO project at the University of Geneva has reached a key stage, with several core elements of its high-precision spectrograph now prototyped and tested for observations of the nearby exoplanet Proxima b. The instrument is designed to study the faint reflected light of this Earth-sized planet, which orbits Proxima Centauri at a temperature compatible with liquid water but remains outsh AI advances robot navigation on the International Space Station
Imagine a robot about the size of a toaster floating through the tight corridors of the International Space Station, quietly moving supplies or checking for leaks - all without an astronaut at the controls. Such technology could free up valuable time for astronauts and open new opportunities for robotics-based exploration. That sci-fi vision is coming closer to reality now that Stanford research New island of inversion found in proton neutron symmetric molybdenum nuclei
For decades, nuclear physicists have known that so called islands of inversion mark regions of the nuclear chart where standard shell structure breaks down and magic numbers vanish in favor of strongly deformed shapes. In earlier work these islands were identified mainly in neutron rich isotopes such as beryllium 12 with N = 8, magnesium 32 with N = 20, and chromium 64 with N = 40, all distant f Nova images capture complex stellar blast behavior
An international group of astronomers led by Texas Tech University assistant professor Elias Aydi published a paper titled Multiple outflows and delayed ejections revealed by early imaging of novae in Nature Astronomy on Dec. 5. The team used interferometry with the Center for High Angular Resolution Astronomy (CHARA) Array in California, combining light from multiple telescopes to obtain the hi 