Senate expresses 'significant concerns' over NASA's Mars sample-retrieval plan
Thursday, 20 July 2023 06:39
SpaceX aborts launch of Starlink satellites
Thursday, 20 July 2023 06:39
NASA selects SwRI to lead DIMPLE lunar lander/rover instrument suite
Thursday, 20 July 2023 06:39
Does this exoplanet have a sibling sharing the same orbit
Thursday, 20 July 2023 06:39
Has the standard cosmological model been brocken or just cracked
Thursday, 20 July 2023 06:39
AROBS Engineering Takes Lead Role in Space Rider Project Software Verification and Validation
Thursday, 20 July 2023 06:39
CHAPEA Mars Simulation program a test bed for food systems and crop cultivation
Thursday, 20 July 2023 06:39
Ancient river is helping Perseverance Mars Rover do its work
Thursday, 20 July 2023 06:39
New study reveals Roman Telescope could find 400 Earth-mass rogue planets
Thursday, 20 July 2023 06:39
Boeing's Millennium Space Systems amplifies small satellite production
Thursday, 20 July 2023 06:39
Wind River VxWorks software chosen for Astroscale's Space Debris Solution ELSA-M
Thursday, 20 July 2023 06:39
Shenzhou XVI crew set to conduct their first EVA
Thursday, 20 July 2023 06:39
ESA preparing for “assisted reentry” of Aeolus spacecraft
Wednesday, 19 July 2023 23:13
The European Space Agency is in the final stages of performing an “assisted reentry” of an Earth science spacecraft, an effort that will attempt to bring the satellite down over the ocean in a little more than a week.
Space Force changed launch procurement plan due to concerns about capacity
Wednesday, 19 July 2023 20:46
The decision to add a third provider was driven by a projected growth in demand for satellite launches and concerns about a shortage of heavy-lift rockets later this decade.
We could get large amounts of water from the moon by directing the sun at it
Wednesday, 19 July 2023 17:51
One of the most commonly discussed challenges when starting our species' space exploration journey is how to get the resources necessary for life off of the Earth. Typically this is thought of as two things—water and oxygen, but, luckily, oxygen can be supplied by splitting apart a water molecule, so the most critical resource we could find in space is water.
Commonly called a "volatile" in the language of space resources, water has been the focal point of many plans for in-situ resource utilization on the moon, Mars, and elsewhere. Some of those plans have been well thought out, others not. One particular showed some promise when it was selected as part of NASA's Institute for Advanced Concepts (NIAC) funding back in 2019, and here we'll take a closer look at it.
The concept, published in a report titled "Thermal Mining of Ices on Cold Solar System Bodies" but hereafter referred to as "thermal mining," is the brainchild of George Sowers, a space resource expert and Professor of Mechanical Engineering at the Colorado School of Mines (CSM).