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Recent Space Stories

Samples of Teghaza 001, an ancient Martian meteorite dating back 4.1 billion years.
A rare Martian meteorite preserves 4.1-billion-year-old clues to water and magma, revealing an ancient crust and mantle unlike those in most available samples.
Joseph Shavitupda
This artist's illustration shows a white dwarf star surrounded by a debris disk with three asteroids orbiting in the disk.
DiscoveriesWhite dwarf’s intense gravity rips asteroids apart without grinding them into fine dustJoshua Shavit
Earth’s tidal pull could have concentrated heat near the Moon’s core-mantle boundary, as illustrated by the glowing regions in this cutaway. The heating pattern is a model prediction; sizes and distances are not to scale.
SpaceEarth’s gravitational pull could explain the Moon’s long volcanic historyJoseph Shavit
New modeling suggests atmospheric breakup, impact heating and dilution made comets unreliable suppliers of concentrated ingredients for life.
SpaceNew discovery challenges the long-held theory that comets seeded life on EarthJoseph Shavit
Illustration depicts two approaching black holes, with blue curves representing mathematical gravitational field sheets. A new theoretical study explores how these structures could reconnect and alter energy exchange between gravity and matter.
DiscoveriesEinstein’s equations offer new clues to extreme gravity and space-time behaviorJoseph Shavit
Webb spectra suggest 3I/ATLAS carries dusty ice grains resembling material in distant solar system worlds.
SpaceInterstellar comet 3I/ATLAS contains planet-building materials from worlds beyond NeptuneJoseph Shavit
Explore 8,291 known TNOs, Rubin’s new dwarf-planet candidate and the telescopes expanding the solar system’s distant census.
SpaceBeyond Neptune: 8,291 objects and new discoveriesJoseph Shavit
A red giant draws material from a companion star in this illustration. Past mass gain could change how astronomers interpret the giant’s vibrations and estimate its internal magnetic field.
SpaceRed giants with unusual vibrations may have gained mass from companionsJoseph Shavit
This illustration shows a debris disc around the white dwarf J1328−1450 –– the dead core of a star similar to our Sun that expelled its outer layers at the end of its lifetime.
SpaceTwo rings around a white dwarf offer a glimpse of our Solar System’s possible futureJoseph Shavit
A view of the solar system traces the orbit of dwarf planet candidate 2026 ED138. The distant object was discovered in data from the NSF–DOE Vera C. Rubin Observatory’s Simonyi Survey Telescope.
SpaceRubin Observatory finds new dwarf planet candidate in our solar systemJoseph Shavit
A Lumina simulation reveals 650 million light-years of the cosmic web, with dark matter filaments connecting galaxy clusters and orange-yellow regions highlighting the fastest-moving gas.
SpaceNew cosmic simulation recreates the Universe’s earliest moments in unprecedented detailJoseph Shavit
This artist’s concept shows what a thick atmosphere above a vast magma ocean on exoplanet TOI-561 b could look like. Measurements of light captured from the planet’s dayside by NASA's James Webb Space Telescope suggest that in spite of the intense radiation it receives from its star, TOI-561 b is not a bare rock.
SpaceVenus or volcanic Io? Lava planet TOI-561 b’s reflective mineral clouds puzzle astronomersJoseph Shavit
A study of 104,688 quasars found a dust-and-motion pattern consistent with recoiling supermassive black holes, but proof remains elusive.
SpaceAstronomers find evidence of supermassive black holes ejected from the centers of galaxiesJoseph Shavit
An artist’s impression of JAXA’s MMX spacecraft entering orbit around Mars, with Phobos, the mission’s target for exploration and sample collection, in the background.
SpaceJapan’s historic MMX mission begins a daring journey to collect the first samples from Mars’ moon PhobosJoshua Shavit
The purple cosmic web of gas feeds intense star formation in the first galaxies. As stars live and die, they produce oxygen (yellow) and photons (white), all self-consistently evolved and tracked together by the new Megatron simulations.
SpaceMEGATRON simulations connect the first stars with the universe’s smallest galaxiesJoseph Shavit
UPenn engineers tested layered Mylar that retained vacuum insulation after repeated compression, suggesting possible lunar uses.
SpaceUPenn engineers created a flexible, durable insulator out of mylar to protect future lunar habitatsJoshua Shavit
A theoretical study examines black hole splitting, finding strict barriers and possible loopholes that still lack a proven mechanism.
SpaceCan a black hole split into two in accordance with Einstein’s general relativity?Joseph Shavit