Lunar Surface Science Workshop Session 10 Upcoming 18-19 Aug
Fundamental and Applied Lunar Surface Research in Physical Sciences is focus of LSSW 10, with plenary talks including Artemis update from (L-R) Julie Robinson, NASA HEOMD Chief Scientist; A.V. Zakharov, Astronomer with Space Research Institute of the Russian Academy of Sciences to present on Luna-25 instrument PmL, planned to conduct Lunar Near-Surface Dusty Plasma Investigations; S. Bandyopadhyay to expound on NIAC-awarded farside Lunar Crater Radio Telescope (LCRT) concept, C.J. Collins invited to speak on Instrumenting the Moon as a Spherical Gravitational Wave Detector
Sustainable Moon settlement study centered around in-situ food production, also conducting research on long duration physiological and psychological human effects, to be launched by JAXA in partnership with Space Foodsphere, a Tokyo-based study group with wide industry membership including Euglena Co. (algae-based biofuels), NTT Data (information technology) and Ajinomoto Co. (food science); Facilities within Japan may begin construction March 2022, with Antarctic locations to follow and vision of transferring technology to terraformation of exoplanets circa 2100
18.6-year lunar nodal cycle caused by Moon’s 5.145° inclination from solar ecliptic may magnify coastal flooding, with peaks of high tide activity centering around mid-2030s amid 3.6 mm / yr 
First USA Attempt At Robotic Far Side Soft Landing Is Set To Be Conducted Via Commercial Lunar Payload Services Provider In 2024 As Part Of PRISM Series; Lunar Interior Temperature and Materials Suite (LITMS) Seeks Greater Understanding Of Lunar Maria, Source Of Volcanic Basalt Features Often Anthropomorphized In World Culture; LITMS PI Robert Grimm Of Southwest Research Institute Explains In Press Release That Heat Transfer / Electrical Conductivity Readings From 3m Depth Will Be Compared To Near-Side Apollo Missions To Unravel The Origin Of ‘The Man In The Moon’
Payloads And Research Investigations On The Surface Of The Moon (PRISM) Selections Include 2 Far Side Deployments To Schrödinger Crater (75.0°S, 132.4°E): Farside Seismic Suite (FSS), Containing Very Broadband Seismometer And Short Period Sensor, Investigating Subsurface Structure / Tectonics Over Several Lunar Days / Nights With Internal Thermal Regulation; Lunar Interior Temperature And Materials Suite (LITMS) To Study Internal Heat Transfer; Nearside Payload Lunar Vertex Lander / Rover To Measure Lunar Swirl Reiner Gamma (7.5°N 59.0°W) Via Magnetometer; CLPS Transport Provider(s) TBD 
Universities Space Research Association In Collaboration With Lunar And Planetary Institute (Now Led By Lisa Gaddis) Preparing A Robust Meeting For 2021; LPSC Typically Draws 2,000+ Academic Submissions, Which Will Be Available For Early Review 5 February, Oral Presentations Available 8 March; Sessions Planned On Lunar Remote Sensing, Lunar Magnetism, Crater Formation, Lunar Weathering, Endogenous Lunar Volatiles, Physicochemical Moon Evolution; Plenary Presentations Include NASA HQ Briefing, Mars, New Millennium Lunar Science; Special Session On New Results From Special Apollo Samples / Preparing For Artemis
Space Manufacturing Forays Largely Focusing On Thin Layer Additive Processes, Taking Advantage Of Vacuum In LEO And In-Situ 
Canadian Space Agency LEAP Offering Capability Demonstration Funds From US$115M / 5-year Allocation; Projects Intended To Display Canada-Produced Technology Useful To International Artemis Partnership; $1.9M Already Granted To Canadensys Aerospace Of Ontario For Development And Deployment Of 360° Panoramic Lunar Surface Imager, $644,000 Awarded To NGC Aerospace For GNSS-style Moon Network Which Will Aid Precision Landing, Both Are Expected To Launch NLT April 2024; Upcoming LEAP Cycles 3 And 4 (Due 26 Feb And 27 Aug 2021, Respectively) Are To Distribute Up To $3.1M/Each
Artemis III Science Definition Team To Present Findings Of