COSMIC

A popular science claim circulating online says scientists have found something described as impossible in space. No specific discovery, mission, or research team is named, and the claim is presented in general terms about an unexplained cosmic finding. Details of what exactly was found and whether it has been confirmed by researchers remain unstated.

Physicists say they can explain how a photon carrying 300 teraelectronvolts of energy — the most energetic gamma ray of its kind detected — managed to travel to Earth. The finding matters because such high-energy photons were thought unlikely to survive interstellar journeys, so the explanation offers new insight into cosmic particle acceleration and extreme astrophysical environments.

The 2026 Nobel Prize in Physics has been awarded for research on high-energy cosmic neutrinos, nearly massless particles that travel across the universe at close to the speed of light and carry information about the most violent cosmic events. The announcement is drawing attention from physicists and science watchers, who note that detecting these elusive particles required vast instruments buried in ice or deep underwater and has opened a new window on the cosmos.

National Geographic's space and exploration movies and shows are being highlighted on Disney Plus, drawing attention to the broadcaster's catalog of documentaries about missions, astronauts and cosmic discovery. Viewers are browsing titles covering topics such as planetary exploration and space history, as interest in space programming continues alongside ongoing real-world missions and exploration news.

Physicist Francis Halzen, known for leading the IceCube neutrino observatory at the South Pole, has given an interview published on the Nobel Prize organisation's website. The conversation covers his work on detecting neutrinos from cosmic sources and what they reveal about the universe. The interview is drawing attention among physics enthusiasts following the site's publication.

A science news item defines astrobiology as the comprehensive study of the origin, evolution, distribution, and future of life in the universe. The piece frames the field as an intersection of biology, astronomy, geology, planetary science, chemistry, and space science, underlining how researchers combine disciplines in the search for life beyond Earth and in understanding life's cosmic context.

New reporting from IFLScience suggests the solar system could be doomed after all, with the Sun identified as the cause. The claim points to the Sun's long-term evolution, which can destabilize planetary orbits as it changes over billions of years, ultimately threatening the planets' survival.

The Nobel Prize in Physics was awarded for the detection of neutrinos, the elusive subatomic particles often called cosmic ghosts because they pass through matter almost unnoticed. Coverage explains how detecting these particles required decades of experiments deep underground and in ice, and why the work reshaped understanding of the universe.

The Nobel Prize has been awarded for work on neutrinos that travel vast distances, from the Sun, from cosmic sources and from as far as other galaxies, before reaching detectors on Earth. Physicists note that these ghostly particles reveal information about processes no other probe can reach, making the achievement a landmark for particle astrophysics.