The Volatility of Life
Research reveals that most of Earth’s zinc likely came from ancient, unmelted space rocks, shedding light on how planets form.
"this is sixth form poetry, not Keats or Yeats"
Research reveals that most of Earth’s zinc likely came from ancient, unmelted space rocks, shedding light on how planets form.
Two merging galaxies have been observed, revealing quasar formation and the creation of a super-bright ‘monster galaxy’ in the early universe.
Research on meteoroid streams reveals early solar system conditions, offering insights into the formation of comets and asteroids.
The TESS-Keck Survey has identified 15 new exoplanets and measured the masses of 126, providing crucial insights into their compositions and advancing our understanding of planetary systems
Recent research advances our understanding of icy moons like Enceladus and Europa, revealing potential for detecting extraterrestrial life through the analysis of ejected ice grains containing organic material.
Scientists have developed a new technique to make nuclear waste safer by transforming it into stable elements, inspired by neutron star observations, promising advancements in clean energy and waste management.
Scientists have detected the faint glow of stars stripped of gas by voracious companions, revealing cosmic cannibalism through precise telescopic measurements.
Researchers have discovered a young Earth-sized planet orbiting a Sun-like star, ideal for studying planetary evolution.
Astronomers have used asteroseismology, the analysis of star vibrations, to precisely determine the distances of stars from Earth.
Discoveries of distant infrared galaxies challenge our understanding of the universe’s formation and evolution.