An analysis of 57 nearby Sun-like stars shows that roughly half of these systems have habitable zones subjected to X-ray fluxes equal to or less than that of the Sun, making them promising locations for habitable planets.
Simulations show that uncertainties in the properties of atomic nuclei result in a factor of a few spread in the outcomes of element creation in a black hole accretion disk, highlighting the need for experimental data.
New research suggests that planet formation is likely impacted by the accretion of interstellar gas and dust onto the protoplanetary disk, calling into question the idea of planet formation proceeding in isolation.
Data from the Dark Energy Spectroscopic Instrument suggest that the orbit, orbital energy, and angular momentum of the globular cluster NGC 4147 make it unlikely to be associated with the Sagittarius dwarf galaxy.
A simulated 12-day unoccupied aircraft system Mars mission, which took place in Iceland, demonstrated the advantages of this mission architecture for exploring large, impassible areas.
An upgraded method to produce full-disk vector magnetograms of the Sun’s photosphere produces results that improve upon the standard Solar Dynamics Observatory pipeline.