セッション詳細
[P-PS02]Lunar Science and Exploration
2026年5月28日(木) 17:15 〜 19:00
ポスター会場 幕張メッセ国際展示場 7・8ホール_4
コンビーナ:仲内 悠祐(立命館大学)、石原 吉明(宇宙航空研究開発機構)、小野寺 圭祐(岡山大学惑星物質研究所)、池田 あやめ(産業技術総合研究所 地質調査総合センター)
More than a decade has passed since the operation of the Japanese lunar orbiter Kaguya (SELENE), and its physical, chemical, and geological data have provided one of the global standards in lunar science. Furthermore, exploration missions by various national agencies - such as SLIM, the Chandrayaan series, LRO, LCROSS, LADEE, and the Chang'e series - together with ground-based observations, as well as analyses of Apollo, Luna, Chang'e samples, and lunar meteorites, have been contributing to the advance in lunar science to date. At present, countries around the world, including Japan, are actively advancing plans for the next-generation lunar exploration, including lander missions and sample-return projects. To further advance our understanding of the Moon and promote future missions, this session welcomes a wide range of contributions toward building a new lunar science, including research results derived from lunar exploration data, discussions on future lunar exploration programs such as LUPEX, proposals for the analysis of upcoming exploration data, related theoretical and experimental studies, results from lunar sample analyses, and developments in onboard instruments.
[PPS02-P01]Observations and Simulations of Lunar Ion Dynamics in Earth’s Magnetotail Lobes
*Khan-Hyuk Kim1、Jaehee Lee1、Yewon Hong1、Dongseok Yun1、Ho Jin1、Seul-Min Baek2 (1.School of Space Research, Kyung Hee University, Korea、2.Korea Astronomy and Space Science Institute, Daejeon, Republic of Korea)
[PPS02-P02]Observational and Simulation Insights into Lunar-Origin Ion Acceleration in Earth’s Magnetotail Lobes
*Dongseok Yun1、Khan-Hyuk Kim1、Ensang Lee1、Jaehee Lee1、Yewon Hong1 (1.School of Space Research, Kyung Hee University)
[PPS02-P03]光電子の数値モデル開発と昼側月面電位変動への応用
*加藤 正久1、原田 裕己2、斎藤 義文3、西野 真木3、高橋 太4、清水 久芳5、Shaosui Xu6、Andrew Poppe6、Jasper Halekas7 (1.京都大学、2.名古屋大学、3.JAXA、4.九州大学、5.東京大学、6.University of California, Berkeley、7.University of Iowa)
[PPS02-P04]Topographic-albedo-magnetic field correlations found at the Descartes magnetic anomaly
*Hyeonhu Park1、Ian Garrick-Bethell2、Ho Jin1 (1.Kyung Hee Univ.、2. UC Santa Cruz)
[PPS02-P05]In-orbit temperature calibration of the KPLO Magnetometer
*Yesun Ahn1、Ho Jin1、Hyeonhu Park1、Yunho Jang1、Wooin Jo1、Khan-Hyuk Kim1、Seul-Min Baek2 (1.Kyung Hee Univ.、2.Korea Astronomy and Space Science Inst.)
[PPS02-P06]Error assessment of 250-m resolution Lunar Gravitational Maps 2026
*Blazej Bucha1 (1.Slovak University of Technology in Bratislava, Department of Theoretical Geodesy and Geoinformatics)
[PPS02-P07]Relocating Shallow Moonquakes Through Joint Data Analysis of Apollo Short-Period Seismometers and Lunar Surface Gravimeter
*小野寺 圭祐1、川村 太一2 (1.岡山大学惑星物質研究所、2.パリシテ大学パリ地球物理研究所)
[PPS02-P08]LISTEN-FLASH: A Ground-Based Optical Network for Observing Lunar Impact Flashes and Supporting Lunar Seismology
*Pierre-Yves Froissart1、Marco Delbo2、Daniel Sheward3、Philippe Lognonné1、Christelle Saliby2、Jean-Pierre Rivet2、Chrysa Avdellidou3、Laurent Herrier2 (1.Université Paris Cité, Institut de Physique du Globe de Paris, CNRS, Paris, France、2.Université Côte d’Azur, CNRS–Lagrange, Observatoire de la Côte d’Azur, CS 34229, F 06304 NICE Cedex 4, France、3.University of Leicester, Leicester, United Kingdom of Great Britain – England, Scotland, Wales (ds869@leicester.ac.uk))
[PPS02-P09]Simultaneous 98-fps multi-band photometry and temperature evolution of a Geminid lunar impact flash
*有馬 宣明1、青木 翼1、荒木 湧斗1、阿部 新助1、川端 美穂2、有松 亘3 (1.日本大学、2.京都大学、3.石垣島天文台)
[PPS02-P10]Numerical Analysis of Lunar Surface Roughness Effects on Terahertz Observations
*竹村 知洋1、宮本 英昭1、小林 真輝人1 (1.東京大学)
[PPS02-P13]The Ground Verification Test of the Chang'e-7 Terrain Camera
*XIAOXIA ZHANG1 (1.National Astronomical Observatories, Chinese Academy of Sciences)
[PPS02-P14]Feature-Based Image Registration of Lunar Surface Images Under Varying Illumination Conditions
*中尾 康弘1、本田 親寿1 (1.会津大学)
[PPS02-P15]Implementation and Evaluation of a Delaunay Diagram-Based Route Searching Method for Lunar and Planetary Exploration Rovers
*内嶋 渉1、本田 親寿1 (1.会津大学)
[PPS02-P16]Sampling Ancient Materials in the South Polar Region of the Moon
*Thomas Frueh1、A. Camon2、M. Boyce3、S. Halwa4、G. Ligeza5、M. Lemelin2、B. J. Thomson1、T. Samaddar1、C. A. Nypaver6、D. A. Kring7,8 (1.Earth, Environmental, and Planetary Science, University of Tennessee Knoxville 、2.Département de Géomatique Appliquée, Université de Sherbrooke、3.School of Earth Sciences, University of Western Australia、4.Department of Environmental and Earth Sciences, University of Manchester、5.Department of Environmental Sciences, University of Basel、6.Smithsonian Institution, National Air and Space Museum、7.Lunar and Planetary Institute, Houston、8.Radcliffe Institute for Advanced Study, Harvard University)
[PPS02-P17]Endurance: A Concept for a Long-Range Rover to Explore the Moon’s South Pole-Aitken Basin
*James Tuttle Keane1、Subha Comandur1 (1.Jet Propulsion Laboratory, California Institute of Technology)
[PPS02-P18]Establish reference materials for lunar surface explorations
*新原 隆史1、小西 里空1、寳城 百萌花1、長岡 央2、仲内 悠祐2、白井 直樹3、横山 立憲4、鏡味 沙耶4 (1.岡山理科大学、2.立命館大学、3.神奈川大学、4.日本原子力研究開発機構)
[PPS02-P19]Development of PALSAC: A Portable Automatic Lunar Stone Analysis Cube for Crewed Lunar Landing Missions
*仲内 悠祐1、福永 竜太郎1、加古川 篤1、長岡 央1 (1.立命館大学)
[PPS02-P20]月ミッション計画立案に特化したLLMについて、Fugaku-LLMとChatGPTのデータ学習、セッション、RAGでの言語差異比較
*新井 遥大1、出村 裕英1 (1.会津大学)
[PPS02-P21]Conceptual study of JAXA’s cold curation: Toward the Artemis mission and future sample return missions
*川﨑 盛矢1、矢田 達1、石崎 拓也1、下西 里奈1、岡田 枝恩1、安部 正真1、臼井 寛裕1 (1.国立研究開発法人宇宙航空研究開発機構)
[PPS02-P22]Reduction of FeO under ultra-high vacuum conditions simulated lunar surface
*遠山 晃太1、清末 雅人1、菊地 紘1、清宮 優作1、渡邉 匡人1、小林 真輝人2、清水 雄太2、竹村 知洋2、宮本 英昭2 (1.学習院大学、2.東京大学)
[PPS02-P23]Field Study of Lunar Analog Volcanism Using a Handheld Gamma-Ray Neutron Spectrometer at the San Francisco Volcanic Field, Arizona
*Deniz Olcek1,2,3、Craig Hardgrove2、Thomas Prettyman4、Amber L. Gullikson5、Kerri L. Donaldson Hanna6、Kristen A. Bennett7、Margaret Landis2、Lena Heffern8 (1.Centre for Space Sensors and Systems (CENSSS), Institute of Technology Systems (ITS), University of Oslo, Gunnar Randers vei 19, 2007 Kjeller, Norway、2.Arizona State University (ASU), School of Earth and Space Exploration (SESE), 781 Terrace Mall, Tempe, AZ 85287, USA、3.EIDEL AS, Sørumsgata 5, 2000 Lillestrøm, Norway、4.Planetary Science Institute (PSI), 1700 E Fort Lowell Rd STE 106, Tucson, AZ 85719, USA、5.US Geological Survey (USGS), 2255 N Gemini Rd, Flagstaff, AZ 86001, USA、6.University of Central Florida (UCF), Deparment of Physics, 4111 Libra Drive, Orlando, FL 32816, USA、7.Northern Arizona University (NAU), 525 S. Beaver St., 4th Floor Flagstaff AZ 86011, USA、8.AstraNext, 1233 Cottonwood St, Broomfield, CO 80020, USA)