The giant-impact hypothesis posits that billions of years ago a Mars-sized body named Theia collided with the early Earth.
When it comes to sending humans back to the moon, knowing how to work with the regolith that coats the ground will be make-or-break. Phil Metzger is studying how to mitigate its dangers and use it as ...
An international team of engineers and space scientists has used a variety of assumptions, techniques, and math principles to ...
As NASA plans to establish a permanent Moon base via its Artemis program, it is looking to avoid the dangers of lunar ...
While there are many methods for processing regolith, most involve heating the lunar soil up to 1,600 degrees Celsius, using electrolysis, or both. The study took particular interest in molten ...
NASA’s Blue Ghost mission will deploy ten advanced scientific instruments to the Moon, testing technologies for regolith ...
Its key task would be to efficiently mine and transport lunar regolith – the loose rocky material covering the Moon's surface.
Team Abstract: Team LunaREX's objective is to build a mechanically functional stationary robot capable of digging lunar regolith. Inspired by the NASA RASSOR, the LunaREX digger utilizes a rotating ...
Burrowing under soil opens up a whole new world, especially when that soil is on other planets. Getting under the top layer ...
The amount of pore space in most unweathered granite is too small to support a plant-based ecosystem. But porosity grows as intact rock interacts with surface waters beneath the soil. You have ...
Specifically, a U.S. Geological Survey (USGS) astrogeologist said that harvesting the quantities of Helium-3 that Interlune envisions would require processing millions of tons of lunar regolith ...
Once the team vacated the sphere, the experiment began. The box-like machine was now ingesting small quantities of a dusty regolith – a mixture of dust and sharp grit with a chemical composition ...