Solar Weather Patterns May Imperil Human Moon Landings If Artemis Schedule Slips
University Of Reading (UK) Study Applies Statistical Analysis To 150 Years Of Solar Weather Data; Findings Suggest Extreme Coronal Mass Ejections, Deleterious To Human Health And Technology, May Be More Probable In Later Half Of Odd-Numbered 11-Year Solar Cycles (With Opposite Trend During Even), Possibly Due To Concurrent Solar Geomagnetic Reversals; Cycle 25 Runs From Approximately 2019-30, Artemis Human Moon Missions In Possible Jeopardy 2026-30 Unless Nominal Surface Exposure Radiation Levels Of 60 µSv/h Can Be Maintained With Shielding Measures
Credits: NASA
NASA SBIR / SBTT Awards $750K/EA To 6 Businesses With Moon Focus: Paragon Space Development Corporation Of Tucson AZ (ISRU Collector Of Ice); Lunar Resources Of Houston TX (Molten Regolith Electrolysis Oxygen Capturing, Filtering & Storage System); Advanced Cooling Technologies Of Lancaster PA (Thermal Management System For Lunar Ice Miners); CesiumAstro Of Austin TX (Commercial Communications & Sensing System); Flight Works Of Irvine CA (High Performance Pump-fed Lunar Transfer Stage For Small Launchers); Blueshift Of Broomfield CO (Modeling Rover Interactions With Lunar Regolith In PSRs)
Administrator Bill Nelson Outlines Vision For Future Of USA Space Activity, Telling
Laser Communications Relay Demonstrations (LCRD) To Launch To 35,405km Geosynchronous Orbit On Space Test Program Satellite-6 (STPSat-6) From Cape Canaveral Space Force Station 23 June, Powered By ULA Atlas V In 551 Configuration; Building On LADEE Lunar Laser Communications Demonstration Of 622 Mbps Downlink / 40 Mbps Uplink From Moon Orbit, LCRD Is Expected To Show Infrared Laser-Based Speed To / From Optical Ground Station 1 (California) & 2 (Hawaii) ‘10 To 100x’ Faster Than Existing Radio Frequency Comms




