Stellar Chemistry
China’s Mars orbiter captures detailed images of interstellar object 3I ATLAS
Data obtained from the mission, processed by the ground application system, revealed distinct cometary features in the new images.
Time And Space
Black hole simulation model offers new insights into spacetime
The model accounts for the different paths that light travels around the black hole, generating images that closely resemble those observed by telescopes such as the Event Horizon Telescope.
Stellar Chemistry
Astrophysics study sets new bounds on speed of light across photon energies
Over time, quantum theory developed alongside Lorentz invariance, with the Standard Model of particle physics standing as its most rigorously tested framework.
Exo Worlds
3I/ATLAS Highlights Scale and Significance of Interstellar Objects Passing Through the Solar System
Substantial interest surrounds the potential for such objects to be associated with alien technology or intentional probes.
Exo Worlds
New experiments reveal key process forming water during planet creation
More than 6,000 exoplanets have been identified in the Milky Way, with Sub-Neptunes the most common.
Stellar Chemistry
LHAASO identifies black holes as source of cosmic ray knee phenomenon
Recent studies published in National Science Review and Science Bulletin reveal that micro-quasars powered by black hole accretion serve as major particle accelerators in the Milky Way and are responsible for producing the knee.
Carbon Worlds
German lawmakers back carbon capture despite criticism from green groups
Supporters hope that carbon capture and storage (CCS) technologies will allow Germany to achieve climate neutrality goals by 2045 while maintaining hard-to-decarbonise heavy industries such as cement or aluminium.
Carbon Worlds
Chemists find clues to the origins of buckyballs in space
In a new study, an international team of researchers led by scientists at the University of Colorado Boulder have used experiments on Earth to recreate the chemistry deep in space.
Carbon Worlds
Conference travel emissions exceed research energy use
The research team, led by ISTA Sustainability Manager Jeroen Dobbelaere and professors Paul Schanda and Georgios Katsaros, published their findings in Magnetic…
Time And Space
Neutrino oscillation experiments uncover clues to universe’s matter dominance
A collaborative effort led by Fermilab, with contributions from Tufts University researchers, has initiated new findings.
Carbon Worlds
Turning waste plastics into valuable carbon-based materials for energy and environment
The study, published in Sustainable Carbon Materials, reviews approaches including catalytic pyrolysis, one-pot synthesis, and rapid flash Joule heating, which can turn plastic waste into graphene in milliseconds using minimal energy.
Stellar Chemistry
Ultrafast quantum effects discovered in perovskite films open door to rapid photonic advances
The observed quantum effects emerge in films created using scalable approaches, rather than limited laboratory processes.
Time And Space
Cologne scientists confirm new decay path for technetium-98 in nuclear chart
The research team observed electron capture decay of technetium-98 for the first time.
Time And Space
Xairos proceeds with next phase of Quantum Time Transfer Project back by ESA
The team is advancing satellite-based Quantum Time Transfer (QTT), a system capable of high-security, picosecond-level time exchange.
Stellar Chemistry
Neutrino experiments combine for precision insight into cosmic origins
The collaboration merged data from both experiments to refine measurement of neutrino properties.
Stellar Chemistry
VLT telescope images cosmic nebula resembling a bat above Chile
Located roughly 10,000 light-years away, this nebula lies between the southern constellations Circinus and Norma.