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", Netherlands (Kingdom of the);

papers
Paper title	Presentation status	Speaker	Affiliation	Country
The Araf Core Hypothesis: A Binary-Core Transition Model for Planetary Evolution and the ANKA Equation	confirmed	Mr. Berkut Gençay Sarıkız		Türkiye
The initial study on the strategic plan of korean mars drone development for mars exploration	confirmed	Mr. Deog-Kwan Kim	Korea Aerospace Research Institute (KARI)	Republic of Korea
The Kula–Salihli Unesco Global Geopark (Türkiye) as a Candidate Mars Analogue Site: Geological Context and Implications for Planetary Surface Studies	confirmed	Ms. Ayşe Ceylin Çelebi	Università degli Studi di Napoli “Federico II”	Italy
Theoretical Height Limits of Mountains on Earth and Mars: A Quantitative Geodynamic Approach	confirmed	Mrs. Fazila Mahammadaliyeva	Azerbaijan State Oil and Industry University (ASOIU)	Azerbaijan
Tube-based MPC for landing on small celestial bodies using a flexible lander	confirmed	Mr. Keyi Zhang	School of Aerospace Engineering, Beijing Institute of Technology	China
LiDAR Hazard Detection for Lunar/Mars Landers	confirmed	Mr. Carlos Alfredo Aguilera Manriquez	Samara National Research University (Samara University)	Russian Federation
Tumbleweed Rover with Distributed e-Skin and RFID Architecture for Intelligent Pressure and Temperature Sensing on Mars.	confirmed	Ms. Maria Fernanda Espinosa Alfaro	Instituto Politécnico Nacional	Mexico
Analogue Moonbase Astronauts Simulation: Operations, Logistics and Managerial Processes	confirmed	Ms. Anastasiia Zhikhareva	Space Renaissance International	Netherlands (Kingdom of the)
hierarchical control architecture for multi-robot collaborative transportation on the lunar surface	confirmed	Mr. Wenzhe Yin	School of Astronautics, Beihang University	China
A SAR Imaging-Based Inversion Method for Martian Polar Layered Deposits Using SHARAD Data	confirmed	Dr. Fanyi Liu	School of Aerospace, Tsinghua University, Beijing	China
AI-Driven Terrain-Aware Navigation for Enhanced Rover Performance in the NASA Human Exploration Rover Challenge	confirmed	Mr. Paolo Vásquez Terán	Universidad Nacional de Ingeniería (Lima, Perù)	Peru
A Federated Edge-Intelligence Framework for Distributed Environmental Mapping in Bandwidth-Constrained Martian Rover Swarms	confirmed	Mr. Samet Karakas	Adana Alparslan Turkes Science and Technology University (ATU)	Türkiye
Adaptive Backstepping Control for the Compensation of Uncertain Aerodynamic Torques and Thermal Turbulence in Coaxial Drones for Subsurface Exploration	confirmed	Mr. Jose Luis Segundo Manayay	Universidad Nacional de Ingeniería (Lima, Perù)	Peru
3I/ATLAS as a test case for Interstellar Object Explorer mission design.	confirmed	Mr. Matt Freeman	Southwest Research Institute	United States
ai-driven adaptive control for mars isru oxygen production: optimizing solid oxide electrolysis under variable atmospheric conditions	confirmed	Mr. Ali Hasanli	Istanbul Technical University	Azerbaijan
ai-driven proactive monitoring and autonomous reliability frameworks for long-duration mars exploration	confirmed	Mr. Ali Hasanli	Istanbul Technical University	Azerbaijan
Artificial Intelligence Assisted Autonomous Navigation for Future Deep Space Exploration Missions	confirmed	Mr. Ayush Bhatt		India
autonomous navigation of perseverance rover using ai on mars	confirmed	Ms. Amina Jafarli	ADA University	Azerbaijan
BEYOND MOON & MARS: A MODULAR MISSION DESIGN FRAMEWORK FOR OCEAN WORLDS, GAS GIANTS, AND THE UNEXPLORED FRONTIER	confirmed	Ms. Samiksha Raviraja	Airbus Defence and Space	United Kingdom
Camera-based obstacle detection for planetary rover navigation	confirmed	Ms. Mehriban Aliyeva	ADA University	Azerbaijan
Cheap Enzyme-Based Biosensors For Early Life Detection on Space Missions	confirmed	Mr. Nadir Nadirli	Baku State University	Azerbaijan
Development and control of a solar tracker system for nanosatelites	confirmed	Mr. Carlos Alfredo Aguilera Manriquez	Samara National Research University (Samara University)	Russian Federation
Development of a Modular Rover Prototype for In-Situ Construction: Integration of Energy and Communication Systems in a Robust Chassis	confirmed	Mr. Javier Yanpier Garay Yovera	Universidad Nacional de Ingeniería (Lima, Perù)	Peru
Exploration of the Lunar Far Side with a 12U Nanosatellite from L2: A Collaborative Mission for Developing Nations	confirmed	Mr. Michael Vincent Quispe Mendoza	Moscow Aviation Institute (National Research Institute, MAI)	Russian Federation
From Science Fiction to Mission Architecture: Narrative Foresight as a Strategic Tool for Space Innovation	confirmed	Mr. Lars R. "Jones" Vadjina	University of Tübingen	Germany
GIS-Based Multi-Criteria Site Selection for Lunar South Pole Resource Utilisation and Robotic Surface Operations	confirmed	Mr. Batuhan MERT	Cukurova University	Türkiye
Intelligent Spacecraft Systems Using Reinforcement Learning for Autonomous Exploration	confirmed	Ms. Aysu Maryam Gurbanova	Azerbaijan State Oil and Industry University (ASOIU)	Azerbaijan
Kinetic Excavation Yield & Structural Tectonic Operations Nano-Engineer	confirmed	Mr. Luis Fernando Favian Curiel	Universidad La Salle	Mexico
Robotic Precursor Protocol for Human Access to Lunar Lava Tubes	confirmed	Mr. Giacomo Vargiu	ISAE - Institut Supérieur de l'Aéronautique et de l'Espace	France
TALERIS: Tropical Analog Laboratory for Exploration of Regolith & In-situ Systems	confirmed	Ms. Nicolle Gamboa Mena	Descubre Robótica	Costa Rica
A Crater-Based Hazard Mapping Approach for Lunar Surface Navigation	confirmed	Mr. Atakan Durmaz	Middle East Technical University	Türkiye
Advanced Geotechnical Modeling of Excavation and Regolith Handling in Low Gravity Using FEM and DEM	confirmed	Ms. Lucero Lidia Ventura Cruz	Universidad Nacional Mayor de San Marcos	Peru
An Integrated Regolith Handling System for Lunar Excavation, Processing, and Helium-3 Recovery	confirmed	Mr. Süleyman Salihler	Polimak Space	Türkiye
Autonomous Multi-Hop Communication Networks for Robotic Exploration of Planetary Lava Tubes	confirmed	Mr. Daniele Di Battista	Politecnico di Torino	Italy
Characterizing the Lunar Environment for Future Astrophysical Platforms: Scientific Objectives and Payload Synergies of the AYAP-1 Mission	confirmed	Mr. Fakhri Zeynalov	Istanbul University	Türkiye
CLAViUS: enabling extended lunar operations through advanced thermal management	confirmed	Dr. Giuseppe Cataldo	National Aeronautics and Space Administration (NASA), Goddard Space Flight Center	United States
Constraints on the Origin and Stability of Lunar Water	confirmed	Ms. Narmin Nuriyeva	Azerbaijan State Oil and Industry University (ASOIU)	Azerbaijan
DEM-Based Particle-Scale Thermal Analysis of Icy Lunar Regolith under Microwave Volumetric Heating	confirmed	Ms. Gökçe Uluğsu	Boğaziçi University	Türkiye
a quantitative assessment method for decision complexity in unknown lava tube environments based on improved cynefin framework	confirmed	Mr. Qi Zhang	Harbin Institute of Technology	China
Development and Experimental Demonstration of a Regolith Cleaning System for a Pressurized Lunar Rover		Ms. Mizuho NAKANO	Konica Minolta, Incorporation	Japan
High-fidelity multi-physics modeling of non-cohesive Lunar regolith-tool interaction to support surface activities design and operations	confirmed	Ms. Sabrina Lanfranco	Politecnico di Milano	Italy
A Rotating Drum Test Stand for Characterizing Regolith–Aluminum Wall Interactions Under Vacuum Conditions	confirmed	Mr. Filip Wylęgała	AGH University of Science and Technology	Poland
Hopper-Based Synthetic Aperture Radar for Future Moon Exploration: Physics-Constrained Trajectory Error Correction Using a Passive Corner Reflector	confirmed	Dr. Changqing Ding	School of Aerospace, Tsinghua University, Beijing	China
A Stratified Model for the Density, Porosity, and Thermal Conductivity of the Lunar Crust: Insights from GRAIL and Implications for Future Missions	confirmed	Dr. Ekaterina Kronrod	V. I. Vernadsky Institute of Geochemistry and Analytical Chemistry (GEOKHI RAS)	Russian Federation
Whole-Body Control of a Holonomic Wheeled Mobile Manipulator for Coverage-Continuous Surface Interaction on Lunar Infrastructure	confirmed	Mr. Bingqi Huang	Tsinghua University	China
A Swarm of Internally Actuated Lunar Mobile Robots with Distributed Functionalities	confirmed	Dr. Bo Meng	School of Astronautics, Beihang University	China
Regolith to Metal: Additive Manufacturing of Ceramic Molds for Lunar Casting	confirmed	Dr. Maxim Isachenkov	Politecnico di Milano	Italy
Robotic Pile-Driving and Excavation Concepts for Lunar Surface Infrastructure	confirmed	Mr. Kerem Turkmus	University of Bristol	United Kingdom
Assessing the γ-Radiation Stability of Pyrite (FeS₂) as a Potential ISRU Solar Cell Material for the Lunar Environment	confirmed	Mr. Marc Heemskerk	Tallinn University of Technology	Estonia
Transitioning Lunar Technologies for Mars Missions: Environment Challenges and Development Needs		Dr. Milena Graziano	Johns Hopkins University Applied Physics Laboratory	United States
Bayesian Gait Optimization for C-Pod Quadruped Rovers Using Discrete Element Method	confirmed	Mr. N. Tarık Mut	Yildiz Technical University	Türkiye
Centrally Coordinated Mini-Robot Swarm Architecture for Scalable Lunar Surface Exploration	confirmed	Ms. Ishraq Al Yahyaee	Sultan Qaboos University (SQU)	Oman
design and application of lightweight embodied intelligent robot for lunar exploration		Prof.Dr. Yan Xing	Beijing Insitude of Control Engineering	China
Development of a Dust-Mitigation Connector Concept for Human Lunar Surface Infrastructure	confirmed	Ms. Carys Burchell	University of Surrey	United Kingdom
Dynamic Thermal Radiation Analysis for Lunar Cubesats	confirmed	Mr. Emre Kaplan	Turkish-German University	Türkiye
Feasibility Analysis and Mission Design of an Ion-Propelled Lunar CubeSat with Impactor and Orbiter for INTA’s First Lunar Exploration	confirmed	Ms. Alicia Garcia Garcia	OHB System AG	Spain
Image Processing Pipeline Architecture for the AYAP High-Resolution Lunar Camera		Ms. Yazgı Nur Sayın	TUBITAK Uzay, Space Technologies Research Institute	Türkiye
In-situ Manufacturing of Lunar Surface Components via Regolith-Based Photothermal-Coupled Vat Photopolymerization	confirmed	Ms. Rihan Zhang	University of Chinese Academy of Sciences; Technology and Engineering Center for Space Utilization, Chinese Academy of Sciences	China
Integration of environmental sensing, autonomous systems and early warning mechanisms for Lunar Analog habitat operations	confirmed	Ms. Marisol Ramos Camacho	Universidad Nacional Mayor de San Marcos	Peru
Joint Traversability–Communications Optimization for Lunar South Pole Rover Traverse Planning	confirmed	Mr. Cengizhan Dogan	Eper Technologies	Türkiye
LUX-Thermal at the Heart of a Resilient Lunar Infrastructure: Enabling MAPP and LTV Across the Lunar Night	confirmed	Mr. Sotirios Zormpas	Lunar Outpost EU	Luxembourg
Manarport: Lighting a path to sustainable lunar era	confirmed	Ms. Raghad Nedal Al-Issa	Space Generation Advisory Council (SGAC)	Jordan
Mapping lunar energetic neutral atom observations using Chandrayaan-1 CENA data	confirmed	Ms. Sena Nur Çalışkan	University of Turkish Aeronautical Association	Türkiye
Monocular Depth Estimation for Traversability and Hazard-Aware Micro-Rover Navigation	confirmed	Mr. Umut Kurt	Middle East Technical University	Türkiye
Optimization of Lunar Regolith Shielding for Long-Duration Human Habitats	confirmed	Ms. Belinay Akben		Türkiye
Predictive Control of a Lunar Multi-modal Locomotion Pneumatic Soft Robot via Hybrid Model-Based and Data-Driven Approach	confirmed	Dr. Yufei Guo	Northwestern Polytechnical University;National Key Laboratory of Aerospace Flight Dynamics	China
Propulsion Sizing Driven Feasibility Envelopes for Pinpoint Lunar Landing via Indirect Optimal Control	confirmed	Mr. Memiş Efe Özer	Istanbul Technical University	Türkiye
Radiation Calorimeter for the First Turkish Lunar Mission	confirmed	Mr. Burak Karagozoglu	TUBITAK Uzay, Space Technologies Research Institute	Türkiye
Regulatory and Technological Harmonization for Lunar Resource Development: Machine Learning Compliance Architectures for Crater Mining and Ice Extraction under Multilateral Space Governance	confirmed	Mr. Jordi Sandalinas Baró	Embry-Riddle Aeronautical University Worldwide	Spain
Science-Driven Lunar Exploration and Its Legal Implications: Safeguarding Scientific Activities in the Early Governance of Lunar Resources	confirmed	Dr. Jiaying YU	Shenzhen MSU-BIT University (SMBU)	China
Single-Trace GPR Clutter Reconstruction and Statistical Characterization via Physics-Constrained Temporal Learning	confirmed	Mr. Yisu Yan	Harbin Institute of Technology	China
The Challenges of Building a Dedicated Multi-Mission Lunar Ground Station Network	confirmed	Dr. Martin Krynitz	Kongsberg Satellite Services AS	Norway
Thermal Integrity of Lunar Regolith Samples During Drilling and Transfer Using Reduced-Order Transient Modeling	confirmed	Ms. Dalia Alrudaini	Kuwait University	Kuwait
Tiny Pilot Module Representing an All-in-one Habitation Module to Test Passive Construction on the Moon	confirmed	Prof. Jun Sato	University of Tokyo	Japan
Towards Standardised Lunar Micro Rovers: Insights from a Survey of Rover Designs, Interfaces, and Deployment Concepts	confirmed	Mr. Niek Meijering	Delft University of Technology (TU Delft)	Netherlands (Kingdom of the)
A CubeSat Swarm for High-Resolution Lunar Surface and Gravity Field Characterization	confirmed	Mrs. Domenica Paulina Vaca Velasquez	Shanghai Jiaotong University	China
A Deployable Micro-Probe (SeedSat) Network for Pre-Landing Site Selection: Mission Architecture and System-Level Trade Study for Martian Missions	confirmed	Mr. Ömer Faruk AKPINAR	T3 Foundation	Türkiye
Vision Transformer-Based Autonomous Guidance for Terminal Approach to Asteroid Apophis via Reinforcement Learning	confirmed	Ms. YUTONG SUN	Tsinghua University	China
A Hardware-Constrained Hybrid Inference Framework for Real-Time Autonomous Terrain Classification on Mars Surface Platforms		Ms. Hamida Jafarova	ADA University	Azerbaijan
A Hybrid Transformable Rover with Integrated Aerial Mobility for Advanced Martian Exploration	confirmed	Ms. Zahra Garibova	National Aviation Academy - Azerbaijan	Azerbaijan
a low-energy-barrier and high-power energy release mechanism for lunar pneumatic soft jumping robots		Mr. Shenghao Wang	Northwestern Polytechnical University;National Key Laboratory of Aerospace Flight Dynamics	China
A Lunar Environmental Monitoring Mission Using Persistent Thermal Infrared Observations to Support Future Human Exploration	confirmed	Mr. Ankur Arun Giri	Technical University of Munich (TUM)	Germany
A Machine Learning Framework for Selecting Terrestrial Lava Tube Analogs for Planetary Exploration	confirmed	Mrs. Chiara Galtieri	Politecnico di Torino	Italy
A Physics-Guided Distributional Robust Reinforcement Learning Framework for Coupled Attitude-Orbit Control of Asteroid Surface Landing	confirmed	Dr. Boyang Sun	Tsinghua University	China
a proposal of graveyard site on the moon for end-of-life lunar orbiters	confirmed	Mr. Shotaro Yoshikawa	Tokyo Metropolitan University	Japan
A REINFORCEMENT LEARNING FRAMEWORK FOR COGNITIVE AUTONOMY AND GUARANTEED HOMING IN GNSS-DENIED PROSPECTING ROVERS		Mr. Mauricio Ramirez	Instituto Politécnico Nacional	Mexico
A Rover-Drone Approach to Martian Lava Tubes Exploration: Integrating Active Seismic Sensing and Optical Aerial Surveying	confirmed	Mr. Luis Centeno	International Space University (ISU)	France
A Simulation Framework for the Lunar Secondary Radiation Response to Cosmic Rays and Regolith Properties	confirmed	Mr. Jannik Eschler	University of Oslo	Norway
A Unified RRT and Frontier-Based Exploration Framework for Planetary Surface Missions	confirmed	Mr. Atakan Durmaz	Middle East Technical University	Türkiye
a virtual blueprint-based framework for self-adaptive lunar swarm construction	confirmed	Mr. Ziyue Feng	Harbin Institute of Technology	China
accessible simulation of lunar catenæ formation using fragmentation-based modeling and 3d visualization	confirmed	Ms. Nur Sima Karhan	Izmir Science High School	Türkiye
Adaptive Chaotic Formation Optimization of Multi-UAV Systems for Martian Regional Exploration	confirmed	Ms. Fengru Yang	National Key Laboratory of Aerospace Flight Dynamics,Northwestern Polytechnical University,Xi'an,China	China
AERODYNAMIC SIZING, CFD ANALYSIS, AND CONFIGURATION OPTIMIZATION OF A HEAVY-CLASS CARGO ROTORCRAFT FOR MARTIAN ATMOSPHERIC CONDITIONS	confirmed	Ms. Selver Altun	Erciyes University	Türkiye
AI-assisted autonomous rover concept for astrobiological exploration of Martian polar ice deposits	confirmed	Ms. Zeynep Dede	University of Turkish Aeronautical Association	Türkiye
AI-Driven Autonomy and Software Architecture for Rover-Drone Cooperative Subsurface Exploration in Mars' Elysium Planitia	confirmed	Mr. Norbert Muzila	International Space University (ISU)	France
an autonomous gravity field reconstruction framework for unknown asteroids based on a distributed spacecraft system	confirmed	Mr. Gao Huaixu	School of aeronautics and astronautics, Sun Yat-Sen University Guangzhou	China
An Overview of the Attitude and Orbit Control Subsystem of TLM-1 Spacecraft	confirmed	Mr. Berk Yurttagül	TUBITAK Uzay, Space Technologies Research Institute	Türkiye
Analog Research Facilities as Testbeds for Robotic and Human Solar System Exploration: A Case Study from Pakistan	confirmed	Mr. Nasir Rizwan	The Mars Society	Pakistan
Approaches to Ensure Structural Integrity of Heat Shield of Cargo Descend Probe Returning from the Moon	confirmed	Dr. Victor Leonov	Bauman Moscow State Technical University	Russian Federation
ARTPS: Operationally Safe Target Prioritization via Depth-Enhanced Hybrid Anomaly Detection	confirmed	Mr. POYRAZ BAYDEMİR		Türkiye
Assessment of Long-Term Surface Stability of Martian Landing Sites	confirmed	Mr. Azar Valiyev	Azerbaijan State Oil and Industry University (SABAH Groups)	Azerbaijan
Autonomous Aerial Logistics for Martian Settlements A Sustainable Infrastructure Model Utilizing ISRU-Based CO2 Cold Gas Propulsion	confirmed	Mr. Samet ŞİŞMANLAR	Ataturk University	Türkiye
Autonomous Landing Area Evaluation Method for Asteroid Exploration using Sequential Images	confirmed	Mr. Yilin CAO	School of Aerospace Engineering, Beijing Institute of Technology	China
Autonomous Martian Mineral Detection Using Near-Infrared Spectroscopy Integrated in Planetary Rover Systems	confirmed	Ms. Marisol Ramos Camacho	Universidad Nacional Mayor de San Marcos	Peru
autonomous multi-agent robotic systems for in-situ resource utilization (ISRU): Optimizing water-ice extraction at the lunar south pole		Ms. Sabina Ismikhanova	Azerbaijan State Oil and Industry University (SABAH Groups)	Azerbaijan
Autonomous Navigation Pipeline for Martian Rille Entrance Discovery and Lava Tubes exploration Validated via Digital Twin Simulation Framework	confirmed	Mr. Jacopo Zanchetta	Politecnico di Torino	Italy
BAT-SWARM: Biomimetic Sonar-Guided Micro Drone Swarms for Lunar Lava Tube Exploration in GNSS-Denied Environments	confirmed	Mr. Erdem Ceylan	Eskişehir Private Murat Yıldırım Vocational and Technical Anatolian High School	Türkiye
Bearing-Based Formation Control with Collision Avoidance for Lunar Wheeled Robots Under Longitudinal Slip	confirmed	Mr. Zhou Wenyu	Northwestern Polytechnical University;National Key Laboratory of Aerospace Flight Dynamics	China
Biological Regolith Transformation through Controlled Bacterial Inoculation for In-Situ Resource Utilization: Autonomous Monitoring in a Mars Analog Environment	confirmed	Mr. Keneth Culli Echegaray	Universidad Nacional de Ingenieria, Peru	Peru
Breaking the Landing-Site Trap: A Hybrid Ballistic-Aerial Shuttle for Multi-Site Planetary Exploration	confirmed	Mr. Devesh Pande		India
CMG based Nonlinear Attitude Control of Multirotors for Mars Explorations		Mr. DongHyeon Nam	Chosun University	Republic of Korea
CNN-Assisted Visual-Inertial Navigation for Autonomous UAV Exploration in GPS-Denied Planetary Environments	confirmed	Ms. Şevval ALİM	Samsun University	Türkiye
COMMUNICATIONS PLANNING FOR LUNAR EXPLORATION	confirmed	Mr. Joshua Kassulke	International Space University (ISU)/University of South Australia	Australia
Comparative Geomorphological Analysis of Terrestrial Paleohydrological Networks on Mars and Earth: Fractal Geometry and Structural Similarity Modeling	confirmed	Ms. Selin SAN		Türkiye
Comparative Nonlinear Dynamic Analysis of Honeycomb-Bullet Wheels and Conventional Wheels under Martian Gravity Conditions	confirmed	Mr. Omar Obregón Cevallos	Universidad Nacional Mayor de San Marcos	Peru
Comparative Study of Lunar Ilmenite and Terrestrial Iron-Bearing Oxide Exploration Based on Latin American Mining Processes	confirmed	Mrs. Ana Carolina Thompson Gálvez	Universidad Tecnológica Centroamericana (UNITEC)	Honduras
competing for lunar order: norms, power, and governance in the new moon race	confirmed	Ms. Giulia Pascuzzi	Space Generation Advisory Council (SGAC)	Italy
Computer Vision for Martian Terrain Classification and Traversability Assessment: A Systematic Literature Review	confirmed	Ms. Fatima Alakbarli	ADA University	Azerbaijan
Conceptual Design and Development of a High-Res Lunar Imaging CubeSat: A Mentored Systems Engineering Approach	confirmed	Dr. Shin-Fa Lin	Taiwan Space Agency (TASA)	Taiwan, China
Cooperative Autonomous Exploration of Planetary Analogue Environments: Results and Technological Validation of the VaMEx-3 Phase in the Langenaltheim Field Test	confirmed	Dr. Rene Weller	University of Bremen	Germany
Deep Viscous Sintering of Lunar Regolith for Mechanically Resilient Subsurface Infrastructure	confirmed	Mr. Robin Tom Nitschke	TU Berlin	Germany
DEPTH-GUIDED ROBOTIC DETECTION AND STACKING OF REGOLITH BRICKS IN A LUNAR-ANALOG ENVIRONMENT AT THE LUNA ANALOG FACILITY	confirmed	Ms. Aileen Rabsahl	DLR (German Aerospace Center)	Germany
Design and Experimental Validation of a Tethered Microrover System for Lunar Lava Tube Exploration and Soil Sampling		Dr. Dongseok Ryu		Republic of Korea
Design and Optimization of Dynamic Microwave Heating Strategies for In-Situ Lunar Water Extraction	confirmed	Mr. Yunzhi Cheng	Tsinghua University	China
Design and optimization of rotary mechanism for lunar lander applications	confirmed	Ms. Muneera Almalki	Bahrain Space Agency (BSA)	Bahrain
Design Exploration on modular and multifunctional interior areas of a Habitable Lunar Rover for long-term Human Permanence	confirmed	Dr. Sara Viviani	University of Firenze	Italy
Design of an Adaptive Morphing Wing and LQR Controller Analysis for Enhanced Aerodynamic Efficiency in Martian Atmospheric Conditions	confirmed	Ms. Firdevs Sultan Kaçmaz	Erciyes University	Türkiye
Detecting Ice–Ocean Interfaces on Europa-Type Moons Using Passive Seismology	confirmed	Mr. Ilham Mammadzada	French-Azerbaijani University (UFAZ)	Azerbaijan
Development and Experimental Validation of a Compact Spectrometer for Water Detection on the Canadian PEEKBot Lunar Rover	confirmed	Ms. Émily St-Onge	Polytechnique Montreal	Canada
Development and Prospects of an RRAM-based Edge AI Autonomous Control Station for Remotely Operated Research Robots on Mars	confirmed	Mr. Sahib İskandarli	Azerbaijan Technical University	Azerbaijan
Development of Waterless Vibratory Compaction Techniques for Lunar Regolith Blocks Toward the Lunar In-Situ Construction of Landing Pads	confirmed	Dr. Tatsuya Nukushina	National Institute of Technology (Japan)	Japan
Differentiable Path Planning on Complex Lunar Terrain via 3D Gaussian Splatting and Spline Optimization	confirmed	Mr. Chenhao Ouyang	Northwestern Polytechnical University;National Key Laboratory of Aerospace Flight Dynamics	China
distributed optimization and federated learning for cooperative control in autonomous multi-agent systems for martian colonization		Mr. Jeevesh Pandey	Indian Institute of Space Science and Technology (IIST)	India
Dual-Stream Fusion Network for Motion-Blurred Martian Crater Detection	confirmed	Dr. Li Zhuohang	Innovation Academy for Microsatellites, Chinese Academy of Sciences	China
Dynamic Granular Mechanic Considerations for a Modular Lunar Bucket Drum Excavator		Mr. Hunter Moore	International Space University	France
Dynamic Illumination–Robust 3D Gaussian Splatting for High-Fidelity Asteroid Surface Reconstruction	confirmed	Ms. Ziyou Luo	Tsinghua University	China
End-to-End Trajectory Optimization and Mission Design for Autonomous Precision Lunar Landing	confirmed	Ms. Noha Fathy	Flywheel Aerospace	Egypt
Energy-Modulated Dual Contact Detector HMMs for Legged Planetary Robots	confirmed	Mr. Emre Girgin	Embry-Riddle Aeronautical University	United States
Enhancing Lunar Rover Traversability: Fine-scale DTM Generation via Earth-Moon Hybrid Deep Stereo and Slope map generation		Mr. Han-Gyeol Kim	Telepix Co. Ltd.	Republic of Korea
ExLabs' ApophisExL Mission: A Commercial MaaS Pathfinder for Science and Planetary Defense at Asteroid (99942) Apophis	confirmed	Mr. Dalibor Djuran	Exploration Laboratories (ExLabs)	United States
experimental determination of the thermal transmittance (u-value) of lunar regolith simulant for in-situ habitat insulation	confirmed	Ms. Francesca Mison	Arcada University of Applied Sciences	Finland
Eхploration of Small Bodies with Small Satellite in New Space Project of Moscow University	confirmed	Dr. Vladislav Osedlo	Lomonosov Moscow State University	Russian Federation
From Lake Tuz to Mars: Cold-Water CO2 Geysers, Mineral Layers, and Potential Biosignatures	confirmed	Prof. Alper Gürbüz	Ankara University	Türkiye
From Traverse to Fetch: Demonstrating End-to-End SFR Operations with a Sample Tube Acquisition Subsystem	confirmed	Mr. Róbert Marc	Airbus Defence and Space	United Kingdom
From Vehicle Layout to Touchdown: Co-Design and Convex Guidance of a Lunar Soft Lander Under Propulsion Challenges	confirmed	Mr. Emre Aklan	TURKUZAYSAN	Türkiye
Gait Optimization for Planetary Rovers on Granular Terrain via Reinforcement Learning using Discrete Element Method	confirmed	Ms. Gizem Asya Yılmaz	Yildiz Technical University	Türkiye
Hierarchical Fusion Path Planning for Extraterrestrial Rovers: The Dual-Stage Convex-A (DSCA) Framework		Mr. Hu Kai	Beijing Institute of Technology (BIT)	China
High-Resolution Geological Mapping of the Southern Mare Serenitatis Region for Artemis-Oriented Lunar Exploration and ISRU Assessment	confirmed	Ms. Adriana Ariza Pardo	Università degli studi "Gabriele d'Annunzio"	Italy
Homotopy-based Rapid Reachable Set Boundary Identification for Morphing Vehicles	confirmed	Ms. Xini Niu	School of Aerospace Engineering, Beijing Institute of Technology	China
HyperLoop: Hyperspectral-Assisted Loop Closure Detection in 3D-SLAM for Planetary Exploration	confirmed	Ms. Annie Bhalla		Germany
Hypersonic CFD-based aerothermodynamic analysis of Mars entry, descent and landing vehicles for future exploration missions.	confirmed	Ms. Sejal Bagad	Student Appearing for research	India
Image-Based Lunar Landing Navigation Using LROC Reference Imagery and Local Feature Transformer	confirmed	Ms. Şimal Aybüke Konca	Karadeniz Technical University	Türkiye
Integrated co2-to-methane isru architecture for sustainable energy and propellant production on mars	confirmed	Mr. Arif Salayev	Azerbaijan State Oil and Industry University (ASOIU)	Azerbaijan
integrated guidance, navigation and control architecture for adaptive vertical landing using cold gas propulsion under lunar gravity	confirmed	Ms. Tuğba Batumoğlu	Ataturk University	Türkiye
Integrated Transfer Optimization and Pre-Descent Recoverability Margins for Lunar Missions from Highly Elliptical Earth Orbits	confirmed	Mr. Murat Can Şentürk	Istanbul Technical University	Türkiye
Introduction to the Space Trajectory Demonstrator (STD 1.0) Development for Deep Space Exploration	confirmed	Dr. SANG-WOOK KANG	KARI	Republic of Korea
JAMSS's initiative towards lunar exploration and beyond	confirmed	Mr. Shigeru Imai	Japan Manned Space Systems Corporation	Japan
Learning-Assisted Multi-Sensor Hazard Assessment and Decision Support for Autonomous Lunar Landing	confirmed	Mr. Muzaffer Mert Yazici	Istanbul Technical University	Türkiye
LIDAR Satellite System for High-Resolution Lunar Landing Site Characterization	confirmed	Mr. Mehmet Fatih Engin	University of Turkish Aeronautical Association	Türkiye
Lunar Helium-3 Extraction: Architectural Baseline for the THEIA Mission	confirmed	Mr. Mattia Morelli	Politecnico di Milano	Italy
Lunar Regolith In-Situ Manufacturing via Electron Beam Sintering: A Data-Driven Process Optimization Approach	confirmed	Prof. Tongcai Wang	Technology and Engineering Center for Space Utilization, Chinese Academy of Sciences.	China
Machine Learning Architecture for Predicting Thermal Properties of Aerospace Materials Intended for Mars	confirmed	Mr. Carlos González Ramírez	Instituto Politécnico Nacional	Mexico
Mars Analog Habitat in Uzbekistan: A Habitat for Future Planetary Exploration Technologies	confirmed	Mr. Fattokh Sadriddinov	Uzbekspace Agency	Uzbekistan
Mars does not have a single type of climate	confirmed	Mrs. irem sultan göktürk	Erciyes University	Türkiye
Martian Exploration via Biomimetic Sensor Swarms: Integration of Dandelion-Inspired Micro-Rovers and Optimized Wireless Networks	confirmed	Ms. Ana Paola Granados López de Nava	Instituto Politécnico Nacional	Mexico
Material-Conservative Terrain Shaping for Granular Locomotion Testbeds Using Adaptive Histogram Equalization	confirmed	Mr. Atakan Durmaz	Middle East Technical University	Türkiye
Microalgae-Derived Biofertilizers for Closed-Loop Agricultural Systems in Space Habitats		Ms. Maria Zarate Alvarado	Universidad Popular Autónoma del Estado de Puebla	Mexico
Mid-air Reorientation and Contact-aware Landing of a Jumping Quadruped Robot for Lunar Exploration		Mr. Jin Tae Choi	Seoul National University	Republic of Korea
ML Architecture for the Prediction of Emissivity in Aerospace Materials for Mars-Oriented Applications	confirmed	Ms. Monserrat Cancino	Instituto Politécnico Nacional	Mexico
Modular ISRU Demonstrator for Mars: Molten Regolith Electrolysis Integrated with Compact SOEC	confirmed	Mr. Hesen Dadaszade	Azerbaijan State Oil and Industry University (SABAH Groups)	Azerbaijan
Modular onboard software architecture for safe in-orbit updates on small satellites	confirmed	Mr. Akhmadillo Sayfullaev	Kyushu Institue of Technology	Japan
MPC-Based Collision Avoidance Strategy for Aerobraking Spacecraft	confirmed	Mr. Yang Ma	Beihang University (BUAA)	China
Multi-boundary Event-triggered Hovering Control Method for Gravity Tractor Deflecting Asteroids	confirmed	Mr. hao pang	Beijing Institude of technology	China
Multi-Lander Cooperative Optical Navigation for Small Body Landing: Image Feature Fusion		Dr. JIAYI CHEN	Beijing Institude of technology	China
Multi-Target Exploration of Extreme Trans-Neptunian Objects via Secondary Small Spacecraft Missions	confirmed	Dr. Vladislav Zubko	Space Research Institute (IKI), Russian Academy of Sciences (RAS)	Russian Federation
Multi-View Cooperative Navigation using Open-Curve Features for Small Celestial Body Exploration	confirmed	Mr. Ming Zhen Che	Beijing Institute of Technology	China
Multidisciplinary fesability study of an Exploration System for Extreme Moon Environments	confirmed	Ms. Irene Terlizzi	University of Padova, CISAS – “G. Colombo” Center of Studies and Activities for Space,	Italy
Multimodal Analysis of Robotic Interfaces for Lunar Operations	confirmed	Ms. Pragya Jain	International Space University (ISU)	Netherlands (Kingdom of the)
Noise Reduction Technique Investigation for Enhanced Centroid estimation in Star Sensor for Lunar Surface Navigation	confirmed	Dr. Yasser Asrul Ahmad	International Islamic University Malaysia	Malaysia
Nonlinear Midcourse Correction Strategy for Low-Energy Earth-Moon Transfer Trajectories	confirmed	Mr. Zihang Wang	Beihang University (BUAA)	China
Numerical modelling of magnetic beneficiation of lunar regolith for ISRU applications	confirmed	Mr. Lorenzo Di Mattia	Politecnico di Milano	Italy
Observation Sequence Optimization Method for Optical Navigation of Deep Space Probe based on Observability Enhancement	confirmed	Mr. zhengdong liu	Beijing Institude of technology	China
Online Temporal Calibration of Visual-Inertial Odometry for Planetary Exploration Platforms	confirmed	Mr. Shengyun Zhao	Beihang University	China
Operational and engineering challenges in a crewed Lunar Analog Mission: Insights from the Aquilla Mission	confirmed	Ms. Marisol Ramos Camacho	Universidad Nacional Mayor de San Marcos	Peru
passive thermal control design for moon-facing spacecraft equipment in lunar orbit under variable beta angle conditions	confirmed	Mrs. Bugse Beril ARI KOVAN	TUBITAK Uzay, Space Technologies Research Institute	Türkiye
Planetary Rock Mechanics for Sustainable Lunar Exploration		Prof. SERKAN SAYDAM	UNSW Australia	Australia
Polarization-assisted 3D topographic mapping and feature synergy for deep space landing site selection		Prof. Jin Shengyi	Beijing Institute of Spacecraft System Engineering, China Academy of Space Technology (CAST)	China
Pre-phase A and performance analysis of an helicopter rover for Martian lava tubes exploration	confirmed	Mr. Michael Lucchi	Politecnico di Torino	Italy
preliminary design and performance assessment of screw-propelled vehicle	confirmed	Mr. Artur Lukianov	Politecnico di Torino	Russian Federation
Preliminary design of nanosatellite aerobraking demonstration mission for easier interplanetary transportation	confirmed	Dr. Maximilien Berthet	University of Tokyo	Japan
R&D OF THE REGOLITH SIZE SEPARATION DEVICE		Dr. Damian Pietrusiak	Wroclaw University of Science and Technology	Poland
Rare Earth Elements (REEs) on the Lunar Surface: Detection, Exploration techniques, and Potential landing sites	confirmed	Ms. Sarah Cader	INAF - Osservatorio Astronomico di Capodimonte	Italy
Real-Time Optimization-Based Guidance for Fixed-Wing Aerial Vehicles in Planetary Exploration Missions via Sequential Convex Optimization	confirmed	Mr. Mostafa Abdelkhalek	Istanbul Technical University	Türkiye
Real-Time Post-Disaster Damage Assessment using On-Board Edge Computing and Synthetic Aperture Radar (SAR) Segmentation	confirmed	Mr. Valeh Amirbayov	None	Azerbaijan
Regolith as a Strategic Asset: The ROXY Roadmap for Integrated Lunar Infrastructure and Universal Feedstock Solutions		Ms. Tehya Birch	ETHZ	Switzerland
Robotics for the Next Frontier: Addressing In-situ Celestial Body Exploration Through Collaborative Innovation	confirmed	Mr. Alan Hernández Martínez	Universidad La Salle	Mexico
Robust Visual Navigation for Asteroid Probes via Adaptive Point–Line–Plane Feature Weighting	confirmed	Mr. Shuai Li	Beijing Institute of Technology (BIT)	China
Robustness-Oriented Evaluation of UAV State Estimation Methods in GNSS-Degraded and Denied Environments	confirmed	Mr. Mehmet Edip Öztürk	Erciyes University	Türkiye
Safe Lunar Landing System Using Multiple Vented Airbags	confirmed	Prof. Tatsuaki Hashimoto	Japan Aerospace Exploration Agency (JAXA)	Japan
SB-ObsGen: A Framework for Flyby Small Body Observation Plan Generation using LLMs and Physics-Informed Tools		Dr. Wenlong Niu	National Space Science Center (NSSC), Chinese Academy of Sciences	China
Search for complex nitriles in Titan’s stratosphere	confirmed	Dr. Athena Coustenis	Observatoire de Paris	France
Shallow cryosphere dynamics on Mars inferred from Antarctic stone circle analogues	confirmed	Prof. Alper Gürbüz	Ankara University	Türkiye
Shape‑Adaptive Swarm Robotics: A Bio‑Inspired Approach to Next‑Generation Planetary Exploration		Mr. SOURAV KARMAKAR		India
Simulating the Chemical Reaction Network of the Enceladus' ocean using MØD software		Mr. Diego Adolfo Dueñas Parapar	Howard University	United States
Star Occultation Filtering for Lunar Rover Navigation in Unlit Environments		Mr. Kent Mizunuma	The University of TOKYO, Graduate school	Japan
Study on the Effects of Energetic Ions from Earth on the Lunar Surface	confirmed	Dr. Panze GE	State Key Laboratory of Lunar and Planetary Sciences, Macau University of Science and Technology (MUST)	China
super-efficient unmanned agriculture for lunar colonization	confirmed	Mr. Arda Kağan Menteş	Cukurova University	Türkiye
Synthetic torpor as a radioprotective countermeasure for human deep-space exploration		Mr. Harmil Kalia	Toronto Metropolitan University	Canada
Teleoperation and Multi-Hop Communication Architecture of a Mars Cave Rover via Satellite Interface: Results from Terrestrial Analog Tests	confirmed	Mr. Andreas Maurer	Julius Maximilians Universität Würzburg	Germany

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