‘Oumuamua might be a shard of a broken planet0
- From Around the Web, Space
- April 13, 2020
Simulations led to this new origin story for the first known visitor to our solar system
Simulations led to this new origin story for the first known visitor to our solar system
In the early hours of this morning, the BepiColombo spacecraft swung past Earth on its way to the inner Solar System – and in the process captured some rather glorious views of our planet.
The sharpest-ever photos of the sun, captured by NASA’s High-Resolution Coronal Imager, Hi-C, have revealed the fine magnetic threads of super heated plasma that make up the sun’s outer layer.
BepiColombo needs our planet’s help
Detailed image taken by Event Horizon Telescope of black hole 5bn light years away
Scientists have revisited one of the most iconic images taken with the Hubble Space Telescope, revealing incredible details in infrared light.
Astronomers using the CARMENES spectrograph at Calar Alto Observatory in Spain have discovered a super-Earth exoplanet orbiting an M-dwarf star in the binary system Gliese 338. The newfound planet orbits on the inner edge of the habitable zone and is much more massive than Earth.
The building blocks of life can, and did, spontaneously assemble under the right conditions. That’s called spontaneous generation, or abiogenesis.
Not too close, but not too far. That’s long been the rule describing how distant a planet should be from its star in order to sustain life. But a new study challenges that adage: A planet can maintain water and other liquids on its surface if it’s heated, not by starlight, but by radioactive decay, researchers calculate. That opens up the possibility for many planets—even free-floating worlds untethered to stars—to host life, they speculate.