Copernical Team
Leading the Odds: Five Bookmakers Transforming Ireland's Modern Betting Landscape
Discover how five innovative bookmakers are reshaping Ireland's betting industry through technology, transparency, and player-first design. A news-style deep dive into Ireland's evolving betting landscape. Foreign satellites ride Kinetica 1 on new CAS Space mission
CAS Space has carried out the 11th launch of its Kinetica 1 solid-fuel carrier rocket, orbiting nine satellites from the Jiuquan Satellite Launch Center in the Gobi Desert of northwestern China. The rocket lifted off at 12:03 pm local time and delivered all payloads into their planned orbits. The manifest included six Chinese multifunctional satellites, along with one satellite each for the Unit Experts at Hainan symposium call for stronger global space partnership
The 2025 International Symposium on the Peaceful Use of Space Technology - Health (IPSPACE 2025) opened Tuesday in Boao, a coastal town in China's Hainan province, with a focus on expanding cooperation in space activities and applying space-based capabilities to the health sector.
Organizers brought together about 50 experts and astronauts from China and other countries for the three-day Triple Long March launches mark record day for Chinese space program
China Aerospace Science and Technology Corp (CASC) has achieved three orbital launches with Long March rockets in a single day, setting a new mark for the country's spaceflight cadence.
The first mission lifted off at 6:11 am from the Taiyuan Satellite Launch Center in Shanxi province, where a Long March 6A deployed a batch of internet satellites into orbit.
Built by the China Academ China prepares Qingzhou cargo ship for low cost resupply flights
Qingzhou, or light vessel, China's new-generation cargo spacecraft, has achieved breakthroughs in multiple key technologies and is scheduled to make its maiden flight next year, according to its developer, the Chinese Academy of Sciences' Innovation Academy for Microsatellites.
Designed with a focus on low cost, high reliability, high adaptability and high intelligence, the compact spacecr Overview Energy debuts airborne power beaming milestone for space based solar power
Overview Energy has revealed an airborne power-beaming demonstration that transmitted energy from a moving aircraft to a ground receiver 5 kilometers below, marking its second major step toward delivering grid-scale solar power from space.
The test used the same optics and laser chain planned for space operations and showed that the system can send power via near-infrared light from an air Solar ghost particles seen flipping carbon atoms in underground detector
Scientists have recorded solar neutrinos changing carbon-13 into nitrogen-13 inside the SNO+ detector in Canada, marking the first observation of this specific interaction between neutrinos and carbon nuclei.
Neutrinos, sometimes called ghost particles, rarely interact with matter even though trillions pass through every person each second, and they are produced in nuclear reactions such a Thorium plated steel points to smaller nuclear clocks
Last year a UCLA-led team achieved a long-sought goal in nuclear spectroscopy by making radioactive thorium-229 nuclei absorb and emit photons in a controlled way, a capability scientists had pursued for about 50 years. That work, first proposed by the group in 2008, opened the door to nuclear clocks with very high precision that could influence navigation and tests of fundamental physics. Star wobble reveals black hole dragging spacetime
Astronomers have reported the first clear observation of a swirling distortion in spacetime produced by a rapidly spinning black hole, seen through the motion of material left over from a disrupted star.
The team, led by researchers at the National Astronomical Observatories of the Chinese Academy of Sciences with support from Cardiff University, studied AT2020afhd, a tidal disruption even Uranus and Neptune may be rock rich worlds
The Solar System is often divided into four inner rocky planets, two gas giants, and two ice giants thought to be dominated by water and other volatiles, but new work from the University of Zurich suggests Uranus and Neptune may contain much more rock than assumed so far. The study indicates that these distant planets can be consistent with interior structures that are either ice rich or rock ri 