USA To Become 2nd Nation To Conduct Science On Moon Far Side Surface
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’
Credits: NASA, SwRI, A Trip To The Moon, Lockheed Martin
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 
Intent On Gathering Data Relevant To Primordial Cosmology, Future Lunar-Based Astronomy Missions Were Presented By CU Boulder Professor Jack Burns At LEAG 2020: ROLSES, Set To Land On Moon In Oct 2021 As Part Of CLPS Carrier Intuitive Machines Nova-C Science Payload, Will Monitor 10 kHz – 10 MHz Spectrum With Antennae At 1 & 2 m Above Lunar Surface, Testing Response; LuSEE In 2024 Will Measure Electromagnetic Fields On Farside; DAPPER Orbiter Aims For 2025 And 10-km Diameter FARSIDE In Planning Stages Would Have Major SETI Potential
UAE Vice President / Ruler Of Dubai Sheikh Mohammed Bin Rashid (L) Declares 10-Year (2021-2031) Plan Of National Space Program Just Over 1 Year After First UAE Citizen Reached Space / ISS; US$6B Plan Includes Emirates Moon Exploration Project – A 2024 Lunar Mission “With National Competencies”, Astronaut Hazza Al Mansouri (R) And Reserve Candidate Sultan Al Neyadi Are Currently Students At JSC NASA Astronaut Candidate Training Program, With Another Pair From UAE Also To Join 2021 Class – Indicating Possible Artemis Ambitions; Earth Observation And Mars Hope Probe Also Emphasized
New Agreement Signed Sep 21 Supersedes Prior MoU Between USAF / NASA; Document Notes Realm Of USA Space Activity In Process Of Expansion From Geostationary (35,785 km) To Cis-Lunar (437,741 km), Increasing ‘Space Domain Awareness’ Mandate 1000x; Rationale For Cooperation Based On Mutual Planetary Defense Objectives Such As Meeting Goal Of Detection / Characterization Of 90% Of All NEOs <8,046,720 km From Earth By End Of 2020 Through e.g. Shared Use Of USSF Space Surveillance Telescope; Areas Of Cooperation Identified Include Communications, Navigation, Manufacture, Logistics, Recruitment, Launch Support, Search / Rescue
Orbital Maneuvers Patent (#