Number |
Title |
First Author Name |
2001 |
Membrane-Based Processing for Exospheric Water-Group Species Captured on the Lunar Surface by Artemis |
Califorrniaa, E. |
2002 |
Debris Scale |
Venable, J. C. V |
2003 |
"How to achieve, World Peace." |
McGann, E. |
2004 |
The Origin of Dark Matter - Test Collection at the Moon's South Pole |
Vargas Fèrnandez, E. |
2005 |
Lunar Colony for Large-scale, Multi-generational Lunar Gravity Studies on Mice |
Davis, N. A. |
2006 |
White paper for Artemis Science Definition Team |
Gonzalez Pizarro, P. G. |
2007 |
Photodocumenting Sample Sites on Artemis Missions to the Moon by Close-Range Photogrammetry |
Wells, R. A. |
2008 |
Electromagnetic Sounding of the Lunar Interior from Artemis III |
Grimm, R. E. |
2009 |
Elevated dust at the lunar south-pole. |
Walker, G. A. H. |
2010 |
Regolith Coring and Long-term Heat Flow Observation through the Subsurface Zone of Ice Stability |
Nagihara, S. |
2011 |
Perturbing the Mass and Composition of the Lunar Atmosphere During the Artemis Surface Missions |
Levine, J. S. |
2012 |
Lunar Dust and Its Impact on Human Exploration |
Levine, J. S. |
2013 |
Ultrahigh accuracy time synchronization technique operation on the Moon |
Gurzadyan, V. G. |
2014 |
Young Thrust Fault Scarps as Targets of Opportunity for Exploration and Seismic Hazard Characterization |
Watters, T. R. |
2015 |
Artemis Iii Science and Tools Exploration Science for a Near South Pole Crewed Landing. |
Schmitt, H. H. |
2016 |
Global Heat Flux Predictions for Landing Sites: Polar Advantages. |
Siegler, M. A. |
2017 |
Lunar Heat Flow: Global Predictions and Reduced Heat Flux |
Siegler, M. A. |
2018 |
Science Case for Microwave Wavelength Measurements |
Siegler, M. A. |
2019 |
Building a lunar network using a long-lived, human-deployed Lunar Geophysical Package (LGP) |
Panning, M. |
2020 |
Thermal Infrared Data of the Earth and Lunar Surface (from the Lunar Surface) |
Ramsey, M. S. |
2021 |
Human and Robotic Operations Planning Framework for Executing Artemis Lunar Scientific Exploration |
Eppler, D. B. |
2022 |
Active Seismic Subsurface Exploration on ARTEMIS III: Exploration and Science Goal |
Gulick, S. P. |
2023 |
A proposal for a robotic-human cooperation during NASA Artemis III mission to the Moon's South Pole |
Sommariva, A. |
2024 |
Thorium Assay and Mining Experiment (TAME) |
Bruner, W. W. |
2025 |
Marangoni Effect on Molten Lunar Regolith |
Dominguez, J. A. |
2026 |
Sample Return of Pristine Lunar Dust to Enable the Design of New Simulants and Activation Protocols for Astronaut Health |
Corazzari, I. |
2027 |
In situ Toxicological Investigation of the Lunar Dust Reactivity to Design New Simulants and Activation Protocols for Astronaut Health |
Corazzari, I. |
2028 |
Hyperspectral Mineral Mapping of the Lunar Surface |
Tkaczyk, T. |
2029 |
Moon's vibration modes in the mHz band and the Lunar Gravitational-Wave Antenna |
Harms, J. |
2030 |
Seismology on Artemis III: Exploration and Science Goals |
Lognonnè, P. |
2031 |
Novel Technologies for Suspension Cultures in Space |
Hammond, T. G. |
2032 |
Moon-Drop-Shot |
Clark, A. H. |
2033 |
The Importance of Measuring Heat Flux Near the Lunar South Pole |
Kiefer, W. S. |
2034 |
SOTERIA: Searching for Organisms Through Equipment Recovery at Impact Areas |
Lee, J. A. |
2035 |
Lunar Near-Surface Volatile Sample Return |
Aleinov, I. |
2036 |
A Multi-Purpose Landing Site Near Crater Idelíson L |
Hiesinger, H. |
2037 |
Study of the Froude Number for Human Locomotion in Space Environment |
Ma, O. |
2038 |
Standoff Ultracompact µ-Raman Sensor (SUCR): Search for Polar Ices, Geology and Conduct Human Research |
Abedin, M. N. |
2039 |
In-situ chemical analysis of surface material: From in-situ resource utilization to basic lunar science |
Riedo, A. |
2040 |
Artemis III EVA Opportunities in the Vicinity of the Lunar South Pole on the Rim of Shackleton Crater |
Kring, D. A. |
2041 |
The missing link: connecting remote observations to samples |
Honniball, C. I. |
2042 |
Artemis III EVA Opportunities along a Ridge Extending from Shackleton Crater towards de Gerlache Crater |
Kring, D. A. |
2043 |
Artemis III EVA Opportunities on the Rim of de Gerlache Crater |
Kring, D. A. |
2044 |
Alternative Artemis III EVA Opportunities near de Gerlache Crater |
Kring, D. A. |
2045 |
Artemis III EVA Opportunities on the Lunar Farside near Shackleton Crater |
Kring, D. A. |
2046 |
Preparing for Artemis III EVA Science Operations |
Kring, D. A. |
2047 |
Artemis III EVA Opportunities on Malapert and Leibnitz Beta Massifs |
Kring, D. A. |
2048 |
Exploring the Near-Surface at the Lunar South Pole with Geophysical Tools |
Schmelzbach, C. |
2049 |
Science Strategy for Understanding Regolith Development and Space Weathering with Artemis III |
Denevi, B. W. |
2050 |
Investigations of the effect of material mixing on the spatial distributions of water ice and volatiles in the lunar polar regions |
Hirabayashi, M. |
2051 |
Investigating Parameters of Autonomy and Communication in (Cis)lunar Missions to Mitigate the Hazards of Human Spaceflight in Exploration Class Missions |
Smithsimmons, A. |
2052 |
Recommended Dust-Plasma Interaction Investigations for Artemis III |
Hartzell, C. M. |
2053 |
Understanding the Diverse Particle Environment at the Lunar South Pole Through Simple Sample Collection |
Moriarty, D. P. |
2054 |
Whole Earth imaging from the Moon South Pole (EPIC-Moon) |
Marshak, A. |
2055 |
Science from an Active Volatile Release Experiment |
Prem, P. |
2056 |
On the Importance of Determining Binding Energies of Volatiles on the Moon |
Jones, B. M. |
2057 |
Applied Lunar Science on Artemis III in Support of In Situ Resource Utilization |
Keszthelyi, L. |
2058 |
How Artemis Can Accomplish Major Lunar Exploration Scientific Goals and Objectives: A Sampling Strategy and the "Artemis Rake". |
Head, J. W. |
2059 |
Understanding Rocket Exhaust Effects in Polar Regions During Powered Descent on the Moon |
Watkins, R. N. |
2060 |
Quantification and Reduction of Antibiotic-Resistant and Virulent Pathogens on Spacecraft |
Thoemmes, M. S. |
2061 |
Artemis Terrestrial Ecosystem Observatory (ATEO) |
Huemmrich, K. F. |
2062 |
Using the Lunar Surface as a Platform for Astronomy |
Cochran, W. D. |
2063 |
The value of surface-based gravity and gravity gradient measurements at the Moonís south pole with Artemis III |
James, P. |
2064 |
Core Samples Recollection of Ice-Bearing Regolith in the PSR¥s of the Moon South Pole |
Suarez, J. E. |
2065 |
Neurological, Cardiovascular and Behavioral Consequences of Lunar Exploration using Drosophila melanogaster - Artemis III Mission |
Iyer, J. S. |
2066 |
A High-Cadence UV-Optical Telescope Suite On The Lunar South Pole |
Fleming, S. W. |
2067 |
In Situ 3D Microscopy of Undisturbed Lunar Regolith to Validate Lunar Surface Features |
Livengood, T. A. |
2068 |
Uniquely Multidisciplinary Investigations at Amundsen Crater for Artemis III |
Runyon, K. |
2069 |
Sample Return of Permanently Shadowed Regions for Space Weathering Investigations |
Burgess, K. D. |
2070 |
Enabling Elements for Artemis Surface Science |
Neal, C. R. |
2071 |
Geophysical Science on the Surface of the Moon Enabled by Artemis |
Schmerr, N. |
2072 |
Portable Magnetic Surveys at the Lunar Surface During Artemis |
Richardson, J. A. |
2073 |
Lunar Laser Ranging on Artemis III: Operation and Scientific Goals |
Williams, J. G. |
2074 |
Lunar Glass Sampling by the Artemis Crew: Big Science from Small Samples |
Zellner, N. E. B. |
2075 |
The Complex Electromagnetic Environment at the Lunar South Pole |
Batcheldor, D. P. |
2076 |
Lunar Lettuce Production during Artemis III mission to the Moon's South Pole |
Monje, O. |
2077 |
Next-Generation Geodesy at the Lunar South Pole: An Opportunity Enabled by the Artemis III Crew. |
Viswanathan, V. |
2078 |
Next-Generation Lunar Magnetism by Artemis |
Tikoo, S. M. |
2079 |
Ground Truth: Testing Theories for the Distribution of Lunar Volatiles |
Siegler, M. A. |
2080 |
Temperature Variations within the Moon's Permanently Shadowed Regions |
Landis, M. E. |
2081 |
Moon geodesy with radio beacons |
Petrov, L. |
2082 |
Characterization of Electrostatically Lofted Dust Environment at High Lunar Latitudes |
Petrinec, S. M. |
2083 |
Probing the Geomechanical Properties of the South Polar (Pen)-Umbral Regolith |
Bickel, V. T. |
2084 |
Gravitational-Wave Lunar Observatory for Fundamental Physics |
Jani, K. |
2085 |
Exploration of lunar dynamic evolution using samples returned from the lunar South Pole |
Dygert, N. J. |
2086 |
Application of Biosolids and Wastewater to Lunar Regolith to Jump Start Soil Generation |
Posey, J. |
2087 |
Artemis Search for Supernova Isotopes in the Lunar Regolith |
Fields, B. D. |
2088 |
Cosmic Ultraviolet Emission-line Survey (CUES) |
Morse, J. |
2089 |
Lunar Geophysical Network for Artemis |
Bailey, S. A. |
2090 |
A Wide-Field Near-UV Moon Observatory |
Barclay, T. |
2091 |
A Survey of Micro Cold Traps at the Artemis III Landing Site to Determine the Rate of Water Delivery to the Moon |
Hayne, P. O. |
2092 |
Determining the Earth Radiation Budget |
Finsterle, W. |
2094 |
Magic Staff: A tool for frozen volatile hunting |
Paige, D. |
2095 |
Lunar Surface Measurements to Inform Both Science and In Situ Resource Utilization |
McAdam, A. C. |
2096 |
ReconDroid for Artemis-3 |
Bailey, S. A. |
2097 |
Artemis III Neutron Surface Science |
Fuqua Haviland, H. |
2098 |
Characterizing Terminator Space Weather with Artemis III |
Fuqua Haviland, H. |
2099 |
SPIKE Miniature Penetrator Probe for Artemis-3 |
Bailey, S. A. |
2100 |
Dust on the table. Developing lunar regolith for long-term colonization of the inner solar system |
Zaharescu, D. G. |
2101 |
Science Objectives for Artemis III Crewed Activities |
Stopar, J. D. |
2102 |
Roving Instruments as Part of a Human-Robot team for Sample Return Collection. |
Sims, M. H. |
2103 |
Maximizing scientific opportunities through the careful selection, collection, storage, curation, and analysis of samples from the Artemis program. |
Gross, J. |
2104 |
Astronaut-Assisted Neutron Mapping |
Su, J. J. |
2105 |
NASA Human Service Mission To The ILOS, 2024-2025 |
Durst, S. |
2106 |
Evidence for a Long-lived Lunar Dynamo Questioned: Robust Definition of the Magnetic History of the Moon |
Tarduno, J. A. |
2107 |
Investigations Regarding Subsurface Temperature Profiles at Polar Regions on the Moon |
Sehlke, A. |
2108 |
Evaluation of Lunar Regolith Enrichment Techniques for its Usage as Substrate on in situ Crop Production |
Mendez, Y. N. |
2109 |
Volatile Sample Return by Artemis III |
Gerakines, P. A. |
2110 |
Mapping Hydration State and Composition of the Lunar Regolith - An Artemis Science White Paper |
Hewagama, T. |
2111 |
SETI from the Lunar South Pole |
Michaud, E. J. |
2112 |
Electrostatic Dust Transport Effects on Lunar Regolith Evolution and Dust Hazards |
Wang, X. |
2113 |
Science Priorities for Sample Return for Artemis Missions to the Lunar South Pole |
Jolliff, B. L. |
2114 |
A Study of Earth's Technosignatures from the Lunar Surface |
Elowitz, R. M. |
2116 |
EVA H2O Release: Need for Measurements and Monitoring During Human Exploration of the Lunar Polar Regions |
Lee, P. |
2117 |
Connecting the Lunar Surface and Sub-Surface Radiation Environments |
Losekamm, M. J. |
2118 |
Photogrammetry to Support Geologic Field Work and Extravehicular Activity (EVA) Operations on the Lunar Surface |
Hurtado, J. M. |
2119 |
Detection and Handling of an Electric Discharge on the Moon for Dust Protection, Safe Operation, and Insitu Resource Utilization. |
Kletetschka, G. |
2120 |
Chemical Reactivity of In Situ Lunar Dust |
Rask, J. |
2121 |
Evaluation of Lunar Regolith Potential as Construction Materials Source for Future Artemis Base Camp |
Suarez, J. E. |
2122 |
IR Photometric Survey for Transiting Exoplanets around Nearby Stars |
Morse, J. |
2123 |
Crew-based Micro-topographic Imaging of the Moon for Science, Exploration, and Safety |
Garvin, J. B. |
2124 |
Understanding the 3D Stratigraphy of Icy Regolith Deposits at the Lunar South Pole |
Cannon, K. M. |
2125 |
Lunar Poles Rover (LPR): A Search for Hydrated Minerals, Organics, Metals and Light Aggregates in Preparation for ISRU |
Trigo-Rodriguez, J. M. |
2126 |
Astrobiology on the Moon: Learning About the Early Earth While Preparing for Mars |
Longo, A. Z. |