session IP

Title: Interactive Presentations - IAF SPACE EXPLORATION SYMPOSIUM
type: interactive
Description: This session offers a unique opportunity to deliver your key messages in an interactive presentation on any of the subjects of Space Exploration addressed in the classic Sessions. The presentation will be displayed on a digital screen in a dedicated location and available for view by all Congress attendees for the entire Congress week. In addition, one afternoon is dedicated exclusively for the attendees to view the Interactive Presentations, and the author will be assigned a specific ten minute slot to personally present the topic and interact with the attendees present. The Interactive Presentation may take advantage of all electronic display capabilities, such as: PowerPoint charts, embedded hot links, pictures, audio and video clips etc. An award will also be presented to the author of the best Interactive Presentation in the A Category at a special ceremony. An Abstract that follows the standard format must be submitted by the deadline for standard IAC abstracts.
Room: IP Area

IPC members

Co-Chair: Dr. Christian Sallaberger, Canadensys Aerospace Corporation, Canada;
Co-Chair: Prof. Bernard Foing, ILEWG "EuroMoonMars", The Netherlands;

papers
Paper title	Mode	Presentation status	Speaker	Affiliation	Country
Lunar Vitalis: Unlocking Resources for Sustained Exploration	10		Ms. Gagana Y	R V College of Engineering, Bengaluru	India
Analysis of Approaches to Ensure Reusability of Heat Shielding of Cargo Descent Vehicles Returning from the Moon			Dr. Victor Leonov	Bauman Moscow State Technical University	Russian Federation
additive manufacturing for lunar habitats: a sustainable approach to moon base construction			Mr. Bora Cüneyt Akçakın	Suleyman Demirel University	Türkiye
Educational Moon Earth CubeSat - EMEC: Remote Sensing of Earth and Lunar Surface			Dr. Mojtaba Raouf	Leiden University	The Netherlands
Blue Ghost Mission 1: Autonomous Lunar Operations and Scientific Payload Deployment for Future Exploration			Mr. Anar Məmmədov (Mammadov)	Azerbaijan Medical University	Azerbaijan
designing a martian base for long-term space missions			Ms. Emma van der Laarse	Space Oasis Delft	The Netherlands
design and analysis of a 3u cubesat-based rover for moon surface exploration			Mr. Panin Ananwatanyoo	Delft University of Technology	The Netherlands
Advancing Lunar Exploration: Current Missions and Future Prospects			Mr. Faris Irfan	Universiti Sains Malaysia	Malaysia
Design and Development of the Yaoki Rover and Results from the Lunar South Pole on IM-2			Mr. Alejandro Sela	JAOPS	Japan
Active Neutron Imaging Experiments and Simulations for Mapping Lunar Subsurface Water and Geochemistry			Ms. Deniz Ölçek	University of Oslo	Norway
Cabin Space Studying Based on Human-Centered Concept for Pressurized Rover			Mr. Kenji Matsuda	TOYOTA MOTOR CORPORATION	Japan
Towards Fine Lunar Terrain Reconstruction with Neural Radiance Fields and BRDF Modeling from LRONAC Data			Mrs. Chloé THENOZ	Magellium	France
Human contamination of the Moon: some ethical and legal challenges			Prof. Melissa de Zwart	University of Adelaide	Australia
The concept of transforming lunar lander			Dr. Georgy Shcheglov	Bauman Moscow State Technical University	Russian Federation
Interactive spectroscopy-based 3D mapping of lunar surface			Mrs. Christina Irakleous	Leiden University	The Netherlands
a lunar surface multi-mode locomotion soft robot based on asymmetric design		confirmed	Mr. Shenghao Wang	Northwestern Polytechnical University;National Key Laboratory of Aerospace Flight Dynamics	China
Is Space the New Wild West of the 21st Century?		confirmed	Dr. Josselin Lavigne	University of Adelaide	France
Lunar Payload Deployment and Communication for Effective Surface Exploration of the Moon			Ms. Nafisa Zian Imam Shafi	Sharjah Academy for Astronomy, Space Sciences and Technology (SAASST)	United Arab Emirates
Testing new lunar composition mapping techniques for a 3U cubesat			Mr. Bowen Cameron	Leiden University	The Netherlands
Exploring Lunar Caves with a Teleoperated Free-Climbing Robot			Mr. Peter Panorel		Japan
Moon Exploration – Part 2			Mr. Majd Alsadi		Jordan
a reusable lunar landing—launching infrastructure for sustainable moon exploration			Ms. Xiangyi Lan	Tsinghua University, Beijing	China
validation of lunar lander test vehicle simulation using test data and results		confirmed	Mr. Yiğit Serçeoğlu	TurkUzay	Türkiye
From Deep Sea to Deep Space: using deep learning approach By Integrating Image Recognition model into Remotely Operated Vehicle for Space Inspection Simulations		confirmed	Mr. Abdalrahman Alshamaileh	Jordan University of Science & Technology	Jordan
Novel Approaches to In-Situ Localization, Extraction, Processing, and Utilization of Martian Regolithic Iron			Mr. Jemal Caraca	International Space University	France
A RAG-Enabled Large Language Model with Knowledge Graph Integration for Live Telemetry-Driven AI Assistance of Lunar Payload Operations			Mr. Oliver Bensch	German Aerospace Center (DLR)	Germany
a holistic roadmap for sustainable space exploration: integrating national strategies and commercial innovation			Mr. Qurban Haciyev	Azerbaijan State Oil and Industry University (ASOIU)	Azerbaijan
A New Dawn on Titan: Collaborative Rover Deployments for Expansive Planetary Science			Mr. Shiveash Yoganandaraj	Vellore Institute of Technology	India
arcor autonomous assistant robot			Mr. Luis Fernando Favian Curiel	Universidad La Salle	Mexico
arcor lunar spider robot for space construction			Mr. Luis Fernando Favian Curiel	Universidad La Salle	Mexico
Australian Lunar Experiment Promoting Horticulture: Payload Description and Mission			Dr. Graham Dorrington	RMIT University, Australia	Australia
A new technique for in-site lunar manufacturing by utilizing electron beam melting/sintering in lunar regolith fabrication			Ms. Rihan Zhang	University of Chinese Academy of Sciences; Technology and Engineering Center for Space Utilization, Chinese Academy of Sciences	China
Adaptive Mechanical Architectures and AI-Enabled Control Strategies for a 4-Robot Swarm in Lunar Resource Utilization and Life Sciences			Mr. Nijanthan Vasudevan	Drexel University	United States
creating a lunar partner ground station network			Dr. Martin Krynitz	Kongsberg Satellite Services AS	Norway
CRYOVOLCANISM:FROM CERES TO OCEAN WORLD			Mr. Sonu Yadav		India
development of 2-wheel rover test model for lunar cave exploration			Mr. Janghyun Bae	Unmanned Exploration Laboratory (UEL)	Korea, Republic of
EXP 91 Aurora Mission: Assessment of Human Adaptation in a Mars Analog Environment			Mr. Romildo Genaro Silva Cuadros	Universidad Nacional Mayor de San Marcos	Peru
Exploring South Korea’s Contribution to NASA’s Moon to Mars Architecture and the Artemis Program through Mobility Technology			Ms. Dahyun Lee	Korea Aerospace Research Institute (KARI)	Korea, Republic of
Hydroautonomous Robotic Explorers: Self-Assembling Intelligent Submersibles			Mr. Devansh Bhatia	Indian Institute of Technology, Madras	India
Innovative Approaches to Exploring Mars			Mr. Kamal Ahmadov	Azerbaijan State Oil and Industry University (ASOIU)	Azerbaijan
INTEGRATING KINEMATIC ANALYSIS AND AI-DRIVEN OPTIMIZATION FOR SUSTAINABLE ROBOTIC ARM OPERATIONS IN PLANETARY MISSIONS			Mr. Anshul Sajit	University of Padova - DII	Italy
Nonnuclear systems for Lunar Night survival: Adapting Passive - Analog - Mechanical Subsystems for Multi Lunar-day Mission with Model-Based Systems Engineering Approach			Mr. Hyeonseo Kim	Cooper Union for the Advancement of Science and Arts	United States
ouroboros: architecture in space			Ms. Sarina Zwaan	Space Oasis Delft	The Netherlands
Advanced Propulsion for Interstellar Exploration: Integrating Solar and Laser Sail Technologies			Ms. Mahima Gehlot	Space Generation Advisory Council (SGAC)	India
Autonomous Diagnostic and Repair Robots for Sustainable Space Exploration			Mr. Ahmad Alhaj	Hashemite University	Jordan
Can Europa support life?			Ms. Fidan Shiralizada	National Aviation Academy - Azerbaijan	Azerbaijan
moduluar lunar rover			Mr. Luis Fernando Favian Curiel	Universidad La Salle	Mexico
MOONS UNVEILED: HABITABILITY AND SPECTRAL ANALYSIS INNOVATIONS			Mr. Sonu Yadav		India
next-gen technologies for mars exploration: ai, mobility, and in-situ resource utilization			Mr. Ali Hasanli	Azerbaijan State Oil and Industry University (SABAH Groups)	Azerbaijan
Pioneering Lunar Connectivity: South Korea's Role in 5G Infrastructure for Space Exploration			Ms. GiWon Nam	Korea Aerospace Research Institute (KARI)	Korea, Republic of
preliminary design and manufacture of planetary exploration rovers based on mission scenarios			Mr. JeongWon Park	Unmanned Exploration Laboratory (UEL)	Korea, Republic of
pulsars as beacons: enabling deep-space autonomous navigation			Ms. Melek Baghirova	National Aviation Academy - Azerbaijan	Azerbaijan
Rapid Prototyping for Planetary Exploration: Applying Fab Academy’s Digital Fabrication Techniques to Space Robotics			Mr. M.omar ALBALBAKI	Blinc- Borderless lab	Jordan
self-learning spacecraft: reinforcement learning for autonomous space exploration			Mr. Ilkin Abdullayev	Azerbaijan State Oil and Industry University (ASOIU)	Azerbaijan
Space Exploration Overview			Mr. Majd Alsadi		Jordan
Study on 1D-LiDAR-Based Terrain-Referenced Navigation for Mars EDL Lander.			Dr. Snyoll Oghim	Korea Advanced Institute of Science and Technology (KAIST)	Korea, Republic of
sun avoidance strategies for the emirates mission to the asteroid belt			Ms. Shahad Badri	UAE Space Agency	United Arab Emirates
The complex atmosphere of Titan from ground-based and space observations and future missions			Dr. Athena Coustenis	Observatoire de Paris	France
the initial study of korean mars drone concept for mars exploration			Dr. Deog-Kwan Kim	Korea Aerospace Research Institute (KARI)	Korea, Republic of
Wings Over Venus: The Concept Behind V-FLARE			Ms. SHAMBHAVI A S		India
AI-Driven Cooperative Path Planning for Lunar Rover Swarms in Polar Regions			Mr. Yaqoob Alqassab	National Space Science Agency (NSSA)	Bahrain
A NearLink-Based Wireless Charging System for Lunar Robots			Mr. Zhang Yuhang	Dalian University of Technology (DUT)	China
Analysis and Pre-Design of a Passive Entry Vehicle as key to Small-Scale Sample Return Missions			Mr. Niklas Wendel	German Aerospace Center (DLR)	Germany
Bio-Inspired Flight for Martian Exploration			Mr. Nathan Widdup	University of New South Wales	Australia
An adaptive multi-robot exploration framework for lunar lava tubes: reinforcement learning-driven self-organized task allocation and local heuristic path planning			Ms. Yitong Wu	Northwestern Polytechnical University;National Key Laboratory of Aerospace Flight Dynamics	China
Armony: A state-of-the-art hexapod exploration rover for lunar and Martian colonization and base planning for future space colonies.			Mr. Alan Hernández Martínez	Universidad La Salle	Mexico
Artemis Program In-Situ Resource Utilization and a Critical New Role for Commercial Surface Crew			Mr. John Culton		United States
Coordinating Lunar Construction Swarms: Bridging Task Allocation through Dual-Layer Bilateral Matching			Dr. Weinan Wu	Northwestern Polytechnical University	China
Design and Feasibility study of a Deployable Snake-Inspired Rescue System for Lunar Extravehicular Activity			Ms. Diana ALjbour	Space Generation Advisory Council (SGAC)	Jordan
design simulation and laboratory testing of 3d modular robotic arm for lunar Mission			Ms. Farha Hassan Priti	BRAC University	Bangladesh
Autonomous Image Processing for Lunar Surface Analysis Using CubeSat-Based AI			Mr. Raúl Gianmarco Chávez Chávez	Universidad Nacional de Ingeniería (Lima, Perù)	Peru
Continuous Multimodal Sensing Action Space for Enhanced Autonomous Environmental Monitoring			Mr. Daniel Guirguis	The University of Sydney	Australia
Controlled cooling apparatus for evaluating lunar heat transfer conditions in ISRU aluminium processing			Ms. Belinda Rich	Swinburne University of Technology	Australia
design and analysis for efficient moon-based communication satellite constellation			Mr. Ahmed Srour	Egyptian Space Agency (EgSA)	Egypt
Dynamic cone penetration as a seismic source in lunar highlands regolith simulant.		confirmed	Mr. Karlis Slumba	University of Adelaide	Australia
Effective Verification Scheme for Planetary Rover Localization Method utilizing Lunar Simulant Environment			Ms. Serika Yokoyama	Meijo University	Japan
fault-tolerant altitude and attitude estimation for lunar lander test vehicle using sensor fusion and anomaly detection			Mr. Ahmet Berk Eser	TurkUzay	Türkiye
Fault-Tolerant Control of a Lunar Lander Using a Hybrid Artificial Intelligence Method			Dr. Krishna Kumar	Ryerson University	Canada
From Mines to Moon: Leveraging a Decentralized Multi-Robot Autonomy Platform from Terrestrial Mineral Exploration for Lunar Resource Prospecting			Mr. Pradyumna Nanda Vyshnav		India
Harnessing Evolutionary Algorithms for Adaptive Modular Robotics Design in Lunar Missions		confirmed	Mr. Ashutosh Mishra	Tohoku University	Japan
Hopper-Based Lunar-Penetrating Radar Imaging			Dr. Changqing Ding	School of Aerospace, Tsinghua University, Beijing	China
illumination-adaptive distributed task planning for robotic clusters in long-term lunar base		confirmed	Mr. Chenhao Ouyang	Northwestern Polytechnical University;National Key Laboratory of Aerospace Flight Dynamics	China
A dielectric constant detection method for iterative optimization combined with internal imaging quality of small celestial bodies			Mr. Haoran You	Harbin Institute of Technology	China
Low Reaction Trajectory Generation for a Hexapod Rover on Non-Horizontal Terrain in Microgravity			Mr. Shilin Zhang	National University of Defense Technology	China
Preliminary Design Review For Exploration of Dwarf Planet Ceres			Mr. Sakshyam Prabhat Adhikari	London Metropolitan University	Nepal
A review of sintering techniques for lunar regolith simulant		confirmed	Mr. Wenbin Han	Huazhong University of Science and Technology	China
Reusable CubeSat Constellation for (99942) Apophis 2029 Observation and Beyond			Mr. Harish Vernekar	University of Arizona	United States
RF Tomographic Imaging for Subsurface Mapping of Small Bodies Using a Mobile Sensor Network			Mr. William Hickmott	University of Liverpool	United Kingdom
Analytical approach of the Behavior of Lunar Regolith Simulant in a Vacuum Environment			Mr. Tadashi Matsuura	TOYOTA MOTOR CORPORATION	Japan
Lunar Landing Simulation Platform for Lunar Lander Prototypes			Mr. Emre Aklan	TurkUzay	Türkiye
Atlas of a System of Signs for lunar and Universal Cartography Indicators (Lunar Atlas Signs & Markers)			Mr. Derek Rodriguez Villalobos	Descubre Robótica	Costa Rica
The Essential Collaboration among human, humanoid robotics and artificial intelligence (AI) for Mars Exploration Missions			Ms. Narayane Ribeiro Medeiros	Instituto Tecnológico de Aeronáutica (ITA)	Brazil
The Martian Quadrangular: Analog Space Laboratory for the Surface Mobility Martian Exploration Tests			Ms. Deykel Ramírez	Descubre Robótica	Costa Rica
Small Robotic Mars Weather Mapping Using SLNMS for Precise Navigation and AWIPS for Weather Data Analysis			Mr. Mohamad Abu amsha		Jordan
Modular Self-Reconfigurable Robotic Systems for Autonomous Mars Exploration			Mr. Nijanthan Vasudevan	Drexel University	United States
Communication System Architecture for Future Korea Mars Explorer			Dr. Joongpyo Kim	Korea Aerospace Research Institute (KARI)	Korea, Republic of
conceptual design of a toroidal space station for large-scale human transportation to mars			Mr. Arda Kağan Menteş	Cukurova University	Türkiye
MARS LINK: Multi-Layered Mars Exploration Framework to Support Human Settlement and Resource Utilization			Mr. Saeed Vahdani	Space Generation Advisory Council (SGAC)	Iran
mars lighthouse: an integrated sustainable mars exploration system based on co₂ compressed energy storage and intelligent navigation			Dr. Mingkun Li	China Academy of Aerospace Science and Innovation	China
Mars Ceria Redox Oxygen System For In-Situ Oxygen Generation			Mr. Sakshyam Prabhat Adhikari	London Metropolitan University	Nepal
Interplanetary trajectory study and Space Trajectory Demonstrator (STD 1.0) development for deep space exploration			Dr. SangRyool LEE	Korea Aerospace Research Institute (KARI)	Korea, Republic of
A Clustering Based Multi-Robot Coverage Path Planning Approach for Martian Surface Exploration			Mr. Sebastian Stelter	Cranfield University	United Kingdom
Advanced Planetary Protection Measures for Mars and Beyond			Ms. Dasuni Hewawasam	Space Generation Advisory Council (SGAC)	Sri Lanka
Summary of Multiscale Observations of Martian Carbonates: Implications for Planetary System Science			Mr. Raymond Yin	Chengdu University of Technology	China
AI-Enhanced Laser-Induced Breakdown Spectroscopy for Planetary Exploration			Mr. Jey Pradeep Arumugam	Vellore Institute of Technology	India
reinforced deep learning for enhanced mars rover autonomy			Mr. Sarkhan Aghadadashov	National Aviation Academy - Azerbaijan	Azerbaijan
Omega-k Algorithm with an Improved Stolt Interpolation Strategy for SHARAD Data			Dr. Fanyi Liu	School of Aerospace, Tsinghua University, Beijing	China
Computational Simulation of Regolith Excavation Dynamics for Sustainable Lunar and Martian Infrastructure			Mr. Fawzan Mohamed Kareem Navaz	Amity University, Dubai	United Arab Emirates
Multi-step trajectory prediction method for Mars UAV based on Bidirectional Gated Recurrent Unit			Ms. Fu Zhu	National Key Laboratory of Aerospace Flight Dynamics, Northwestern Polytechnical University, Xi'an	China
Design and Analysis of a Martian Ascent Vehicle Carrier with a Built-in Launch-System			Mr. Anish Kumar	IIIT Delhi	India
design and analysis of mechanical, electrical, and software systems for autonomous mars rovers			Ms. Asimina Kafasi	International Space University	France
MarsRad: Algorithmic Model for Monitoring and Analyzing Mars Environmental Effects on Human Cells			Mr. Samet Karakas	Independent Researcher	Türkiye
Development and Characterization of MUCUNDU-01: A Novel Martian Regolith Simulant Derived from Venezuelan Rocks			Mr. Jesus Camacho	Bolivarian Agency for Space Activities (ABAE)	Venezuela
Mapping and Modelling Recurring Slope Lineae to understand their genesis			Ms. vidhi jain	Chandigarh University	India
İnvestigation biological traces on the Red Planet. Study of Perserverance Rover’s SHERLOC and PIXL analyses.		confirmed	Mrs. Gulnure Mirzayeva	Azerbaijan State Pedagogical University (ASPU)	Azerbaijan
Enhancing Autonomous Obstacle Avoidance in Mars-like Conditions Using Monte Carlo Localization with Doppler Sensor Integration			Ms. Akshayanivasini Ramasamy Saravanaraj	Politecnico di Milano	Italy
Hypersonic Entry Flow Simulation for Mars Exploration			Dr. Stefano Mungiguerra	Università degli Studi di Napoli “Federico II”	Italy
Establishing an Analog Research Facility in Pakistan for Mars Exploration & Space Research Advancements			Mr. Nasir Rizwan	The Mars Society	Pakistan
High-efficiency Reduced Sequential Convex Programming for Mars Ascent Vehicle Multi-phase Trajectory Optimization			Mr. JIANING LIU	Northwestern Polytechnical University	China
Geochemical Data of the Curiosity Rover on Mars in LithoSpace			Prof. Gail Iles	RMIT University (Royal Melbourne Institute of Technology)	Australia
GeoFerra — Utilizing concentrated ML & AI model for Martian iron localization			Ms. Rohini Parthasarathy	International Space University	France
hazard avoidance and systematic autonomous landing for spacecraft on mars using computer vision		confirmed	Mr. Akif Mohiuddin	BRAC University	Bangladesh
MIRORES: A Compact Far-Infrared Spectrometer for Lunar Ore Identification and Future ISRU Missions			Dr. JAKUB CIAZELA	Polish Academy of Sciences	Poland
Hybrid RF-Optical Communication Systems for High-Gain Data Transmission in Asteroid Sample Return Missions		confirmed	Ms. Cristina Staffieri	Politecnico di Bari	Italy
flyby spacecraft assisted optical navigation method for approach phase of asteroid kinetic impact			Mr. Jing Liu	Beijing Institute of Technology (BIT)	China
sample return missions to hygiea: a strategic resource hub for deep space exploration and human presence beyond earth			Mr. Atharva Pawar	Larsen & Toubro Ltd.	India
VM-AC Driven Dynamic Orbital Reconfiguration for Cooperative Asteroid Observation with Multi-Spacecraft			Dr. Suyi Liu	Northwestern Polytechnical University;National Key Laboratory of Aerospace Flight Dynamics	China
Lunar Prospecting and Scouting Rover (LPSR): a stepping stone to post-2030 large logistic lunar rover missions			Dr. Jeremi Gancet	Space Applications Services	Belgium
Lunar Small-Rover Design Reference Mission to a High Priority Scientific Site: Irregular Mare Patch			Mr. Robayet Hossain	NASA Ames Research Center	United States
Lunar Surface Civil Engineering and Mission Ops Rehearsal – The Extraterrestrial Environment Simulation (EXTERRES) Facilities at the University of Adelaide			Mr. John Culton		United States
Metallurgy on the Moon: Fundamental Limits			Prof. Geoffrey Brooks		Australia
LUREPOS - Lunar Relativistic Positioning System			Mrs. Kimberly Kimsanton Sofge		Czech Republic
Mission Operations of the Yaoki Lunar Micro-Rover on Intuitive Machines Mission 2: Development, Surface Operations and Lessons Learned			Mr. Alejandro Sela	JAOPS	Japan
Pioneering Autonomous Earth-Bagging Construction for a Sustainable Lunar Future			Dr. Clyde Webster		Australia
evaluating the value and feasibility of lunar isru plants including power supply facilities by japanese plant engineering company.			Mr. Yoshitoki Tanaka	JGC Corporation	Japan
Moon Exploration – Part 1			Mr. Majd Alsadi		Jordan
Physics-Informed Machine Learning for Lunar Landing Erosion Prediction: Enabling Safe and Sustainable Lunar Exploration			Mr. Aagashram Neelakandan	TU Bergakademie Freiberg (TUBAF)	Germany
Region-Adaptive Trade-Off Analysis of Rover Mobility Systems For Lunar South Pole Region Traversal			Ms. Tarushi Bhatnagar	VIT Bhopal University	India
Solar Panel System for a 3U CubeSat			Mr. Alex Riñon pacheco	Inholland University of Applied Sciences	The Netherlands
STAR OCCULTATION TEMPLATE MATCHING FOR LUNAR ROVER LOCALIZATION			Mr. Kento Mizunuma	Department of Engineering, The University of Tokyo	Japan
stochastic trajectory optimization for Lunar hop with chance constraints			Ms. Wenjie Su	Beihang University	China
System Design of Mission ShakthiSAT Involving a Semi-hard Moon Impactor			Dr. Kshitij Mall	Purdue University	United States
The role of ground segment as a service in supporting lunar exploration			Dr. Giovanni Zanotti	Leaf Space S.p.A.	Italy
MoonDB: A Data-Driven Investigation of Past, Present, and Future Lunar Missions for Sustainable Exploration			Dr. Paolo Guardabasso	Exotrail	France
understanding the nature of permanently shadowed regions on the moon using high-speed impact events			Mr. Jake Maughan	Curtin University	Australia
Autonomous Task Allocation in Multi-Robot Networks for Lunar Resource Extraction: Integrating Reinforcement Learning with Model Predictive Control		confirmed	Mr. Francesco Staffieri	Politecnico di Bari	Italy
water demand forecasting in cislunar space using system dynamics approach			Mr. Tsuyoshi Shikida	Keio University	Japan
The Nature of Lunar Competition and Security Implications for Ice Mining			Prof. Andrew Dempster	UNSW Australia	Australia
Regolith Flowability in Lunar Gravity and Vacuum			Mrs. Anastasia Stepanova	Colorado School of Mines	United States
Rheological Lunar Regolith Simulants			Ms. Léonie Gasteiner	ISAE-Supaero University of Toulouse	Switzerland
Lunar Subsurface Mining for Biomedical Advancements and Planetary History Exploration			Mr. Riyabrata Mondal	TU Bergakademie Freiberg (TUBAF)	Germany
Lunar subsurface navigation through muon-derived positioning			Prof.Dr. Alan Duffy	Swinburne University of Technology	Australia
Numerical Modeling of Hypervelocity Impact Craters on Lunar and Martian Surfaces			Mr. Fawzan Mohamed Kareem Navaz	Amity University, Dubai	United Arab Emirates
Refining of regolith derived ferrosilicon alloys for the lunar steel production		confirmed	Mr. Surya Pratap Singh	Swinburne University of Technology	Australia
Chassis system development for lunar exploration			Mr. Hiroyuki Toyoda	TOYOTA MOTOR CORPORATION	Japan
Deploying a Nanosatellite Constellation for Lunar Positioning System (LPS): Enhancing Lunar Settlement and Mission Capabilities for Future Lunar Exploration			Mr. Malaya Kumar Biswal M	Grahaa Space	India
Development of Coatings for Passive Mitigation of Lunar Dust at CSIRO			Dr. Ranya Simons	Commonwealth Scientific and Industrial Research Organisation (CSIRO)	Australia
Evaluating the Roles of Surface Energy and Roughness in Lunar Dust Adhesion Using Aluminium as a Testbed			Mr. Ankush Sookram	Commonwealth Scientific and Industrial Research Organisation (CSIRO)	Australia
Development of Lubrication and Cooling Systems for Transaxles in Lunar Environments			Mr. Hiroki Yasui	TOYOTA MOTOR CORPORATION	Japan
gateway to the solar system		confirmed	Ms. Amina Valiyeva	Azerbaijan State Oil and Industry University (ASOIU)	Azerbaijan
off-road driving control under the lunar environment			Mr. DAIJIRO KAWASAKI	TOYOTA MOTOR CORPORATION	Japan
Power supply systems for crewed pressurized rovers on the lunar surface that ensure safety and continuity.			Mr. Shinichiro Minegishi	TOYOTA MOTOR CORPORATION	Japan
super-efficient unmanned agriculture for lunar colonization			Mr. Arda Kağan Menteş	Cukurova University	Türkiye
gravity compensation system for lunar rovers with point cloud terrain-based height prediction		confirmed	Mr. Chenhao Ouyang	Northwestern Polytechnical University;National Key Laboratory of Aerospace Flight Dynamics	China
Simulation and Control of an Unmanned Lunar Rover at the Moon’s South Pole: Leveraging Challenging Illumination Conditions for Enhanced Exploration			Mr. Atakan Durmaz	Middle East Technical University	Türkiye
Lunar Resource Extraction: Legal and Policy Challenges in the Absence of a Binding Framework			Ms. Shrawani Shagun	National Law University, Delhi	India
maneuver detection for non-cooperative objects in cis-lunar space			Mr. Mang Wang	National Key Laboratory of Aerospace Flight Dynamic,Northwestern Polytechnical University	China
The new concept of regolith cleaning technology			Ms. Mizuho NAKANO	Konica Minolta, Incorporation	Japan
Enhancing Autonomous Rover Operations: A Test Facility for Navigation and Slip Estimation on Lunar-Like Terrain			Mr. Arya Das	Indian Institute of Technology Kanpur	India
SyLunar: A Synthetic Stereo Visual SLAM Dataset with Robots in Unreal Challenging Lunar Environment			Mr. Siyang Meng	Northwestern Polytechnical University，NPU	China
The Value of Pressurized Rover development			Mr. KAZUHIRO ASO	TOYOTA MOTOR CORPORATION	Japan
Testing environments for vision-based systems on the lunar surface: autonomous navigation using natural landmarks combining virtual environments and analogue field tests.			Ms. Cristina Pérez Ramos	Instituto Nacional de Astrofísica, Óptica y Electrónica	Mexico
In-Situ Regolith Sourcing for Lunar Perovskite Photovoltaics			Mr. Hunter Moore	International Space University	France
Innovative Deployment and Optimization of Lunar Femtosatellite Swarms for Advanced Space Weather Monitoring		confirmed	Mr. Juan Salvador Palacios Bett	Universidad Nacional de Ingeniería (Lima, Perù)	Peru
Moon Exploration – Part 3			Mr. Majd Alsadi		Jordan
Legal Principle of Non-appropriation in Lunar Station Context			Dr. Jiaying YU	Shenzhen MSU-BIT University (SMBU)	China
LUX-Thermal and Roover: A use-case of a power generation system for lunar night survival			Mr. Sotirios Zormpas	Lunar Outpost EU	Luxembourg
Manar Gate: Illuminating the Future of Sustainable Lunar Exploration			Ms. Raghad Nedal Al-Issa	Space Generation Advisory Council (SGAC)	Jordan
Leveraging Geological Survey Data for Sustainable Lunar Exploration: The Future of In-Situ Resource Utilization			Ms. Srishti Bansal	Space Generation Advisory Council (SGAC)	India
Motion Planning for Lunar Surface Person Tracking Robot via Flatness-Based Safe-MPC with Virtual Disturbances			Dr. Shengze Yuan	Harbin Institute of Technology	China
Multi-component binder enhanced indirect lunar regolith manufacturing technology for on-site lunar construction under extreme lunar environment			Dr. Tongcai Wang	Technology and Engineering Center for Space Utilization, Chinese Academy of Sciences.	China
robust escape trajectory optimization for solar sail spacecrafts from nrho using polynomial chaos expansion: applications to lunar gateway missions			Dr. Shiyu An	Research Center of Satellite Technology, Harbin Institute of Technology	China
The Autonomous Mission Specialist (AMS):Integrating An Autonomous Humanoid Robot as a permanent Crew Member in analog astronaut missions to train for future Deep Space Exploration			Ms. Susan Ip-Jewell		United States
Development of Water Extraction Systems from Lunar Regolith for In-situ Resource Utilization on the Moon			Ms. Suzuna Okamoto	Japan Aerospace Exploration Agency (JAXA)	Japan
Lunar Science Operations Tools for Real-Time Data Integration and Visualization on NASA’S VIPER Mission			Dr. David Lees	NASA Ames Research Center	United States
Progress Review of NASA In Situ Resource Utilization (ISRU) Development in Artemis			Mr. Gerald Sanders	National Aeronautics and Space Administration (NASA), Johnson Space Center	United States
mining on the moon			Ms. NITHYASRI S		India
Interactive Presentations - IAF SPACE EXPLORATION SYMPOSIUM			Mr. Majd Alsadi		Jordan

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