Lunar Oxygen Could Be Worth Nearly $300,000 Per Kilogram for Moon Base Crews
A new lifecycle cost analysis finds that lunar-derived oxygen could be worth roughly $286,000 per kilogram to early Moon Base...
Grant Pearson is a Scienmag editorial specialist profile for Observational Astronomy coverage.
A new lifecycle cost analysis finds that lunar-derived oxygen could be worth roughly $286,000 per kilogram to early Moon Base...
High-resolution multi-epoch observations of the massive protobinary IRAS 07299−1651 reveal a highly eccentric, near-parabolic orbit with strongly misaligned disks, pointing...
A new study shows how extending spacetime with pseudo-complex coordinates removes black hole singularities and generates a geometric form of...
Recovered bifilar magnetometer records from Trivandrum Observatory reveal that the 1859 Carrington storm was the climax of a multi-phase sequence...
Three-dimensional radiation-hydrodynamics simulations with the CO5BOLD and Athena++ codes are revealing how giant convective cells, shock waves and pulsations drive...
A new study finds that black holes from stellar to supermassive scales launch jets at the same universal critical accretion...
Lunar PlanetVac successfully captured and size-sorted lunar regolith on the Moon using gas jets, proving a low-cost, gravity-agnostic sampling technology...
New theoretical work shows that the shape and spin of primordial black hole mass distributions determine whether their Hawking evaporation...
Using coordinated observations from multiple spacecraft, researchers traced solar energetic electrons from a 28 January 2025 coronal jet to detectors...
A Yale-led study uses chemical tracers in iron meteorites to show that the solar system's earliest planetesimals were built from...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine