session IP

Title: Interactive Presentations - 24th IAA SYMPOSIUM ON SPACE DEBRIS
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 Debris 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. Melissa Zemoura, Centre National d'Etudes Spatiales (CNES), France;
Co-Chair: Dr. Emma Kerr, Defence Science and Technology Laboratory (DSTL), United Kingdom;
Rapporteur: Prof. Roberto Opromolla, University of Naples "Federico II", Italy;
Rapporteur: Dr. Paolo Marzioli, Sapienza University of Rome, Italy;

papers
Paper title	Mode	Presentation status	Speaker	Affiliation	Country
Attitude determination of H-2A rocket bodies assuming precession movement	10	confirmed	Dr. Jiří Šilha	Comenius University, Faculty of Mathematics, Physics and Informatics	Slovakia
Retrieval Augmented Generation Natural language Interaction with Space Situational Awareness Data	10	confirmed	Mr. Taha Muharrem LAHAÇLAR	TUBITAK Uzay, Space Technologies Research Institute	Türkiye
Scaling Space Situational Awareness: Optimization of Distributed Frameworks for Near Real Time Orbital Data	10	confirmed	Mr. Furkan Karaca	TUBITAK Uzay, Space Technologies Research Institute	Türkiye
Machine Learning-Based Simulation Approach for Assessing Space Debris Collision Risk in Low Earth Orbit	10	confirmed
Edge-AI Driven Autonomous Characterization and Predictive Targeting of Non-Cooperative Space Debris: A Hardware-in-the-Loop Validated Architecture	10	confirmed	Mr. Yasin Çavuşoğlu		Türkiye
Towards binding regulatory frameworks for LEO sustainability: legal, institutional, economic, and security perspectives on debris mitigation, remediation, and STM		confirmed	Dr. Annamaria Nassisi	Thales Alenia Space Italia	Italy
From compliance to intervention: Orbit's Light as a technological Catalyst for Orbital Debris Governance in Mexico	10	confirmed	Ms. Sofia Blancas	Facultad de Ingeniería-UNAM	Mexico
ADAPT: A Physics-First Forensic Framework for the Rotational Characterization of Large-Scale LEO Debris	10	confirmed	Mr. Yusuf Kerim Kaymakçı	Baykar Science High School	Türkiye
Hierarchical Deep Learning for Space Debris Detection Using Augmented Hybrid TLE-Grounded Datasets	10	confirmed	Ms. Fatima Alakbarli	ADA University	Azerbaijan
Space-Based Event-Driven Imaging as a Complementary Sensor for Space Situational Awareness	10	confirmed	Mr. Taha Muharrem LAHAÇLAR	TUBITAK Uzay, Space Technologies Research Institute	Türkiye
A Mobile Augmented Reality Platform for Space Situational Awareness through Visualization of Space Objects	10	confirmed	Ms. Hatice Acar	TUBITAK Uzay, Space Technologies Research Institute	Türkiye
Shape Detection from Satellite Imagery Using Deep Learning Based Approaches	10	confirmed	Mr. Furkan Karaca	TUBITAK Uzay, Space Technologies Research Institute	Türkiye
Stochastic properties of GNSS constellation satellite disposal orbits	10	confirmed	Prof. Eduard Kuznetsov	Ural Federal University	Russian Federation
active deorbitation system based on a folding drag sail for CubeSats	10	confirmed	Ms. Mariana Rincon Romero	Samara National Research University (Samara University)	Russian Federation
Sustainable Development of Space Activities: Overcoming the Legal Challenges of Micro-Pollution	10	confirmed	Mrs. Eugeniya Danilova	MGIMO University	Russian Federation
Development of a 4-Dimensional Geographic Information System-Based Space Cadastre Model for Space	10	confirmed	Ms. Nihal Yüksel	Istanbul Technical University	Türkiye
multi-agent reinforcement learning for autonomous collision avoidance in mega-constellations	10	confirmed	Mr. Naghi Naghiyev	Azerbaijan State Oil and Industry University (SABAH Groups)	Azerbaijan
Physics-Constrained Cross-Modal Fusion: Robust 6-DoF Pose Estimation of Non-Cooperative Debris using Neuromorphic Event-Based Vision	10	confirmed	Ms. Sevinj Aliyeva	Baku Higher Oil School	Azerbaijan
The Problem with Permanent Ownership of Space Objects		confirmed	Mr. Tate Few	National Center for Remote Sensing, Air, and Space Law & University of Mississippi School of Law	United States
High-Velocity Impact Performance of a Scutoid-Based Core for Aerospace Protective Structures	10	confirmed	Mr. Kağan Yaşar	Istanbul Technical University	Türkiye
Concurrent Learning-Based Adaptive Control of Free-Floating Space Robot Capturing Tumbling Spacecraft	10	confirmed	Dr. Haiping Ai	Fuzhou University	China
The Climate-Space Nexus: Exploring the Interaction of Space Debris and Climate Policy for Sustainability			Mr. Giancarlo La Rocca	ASI - Italian Space Agency	Italy
Space Debris in Marine Areas Beyond National Jurisdiction: Legal and Policy Issues on the Mitigation, Prevention and Restoration of Damages and the Legal Status of the “Spacecraft Cemetery”		confirmed	Mr. Jordi Sandalinas Baró	Embry-Riddle Aeronautical University Worldwide	Spain
Inference and Localization of Unobserved Nodes Based on Swarm Topology Awareness	10	confirmed	Mr. Shu-heng Yang	College of Astronautics, Northwestern Polytechnical University	China
Experimental analysis of a catastrophic CubeSat fragmentation	10	confirmed	Dr. Martin Schimmerohn	Fraunhofer - Institute for High-Speed Dynamics	Germany
Space Debris Credits and a Space Debris Exposure Rating: compliance, insurance, and governance instruments for debris mitigation, remediation, and space traffic management		confirmed	Mr. Maxime Kadri		France
Shielding the Heavens: Reconciling Dark and Quiet Skies with the Expansion of LEO, MEO, and Heliocentric under the five pillars of the Outer Space.		confirmed	Ms. Chidera Ikeh	National Space Research and Development Agency (NASRDA), Abuja Nigeria	Nigeria
Deep Learning-Based Detection of Space Debris Streaks in Optical Telescope Surveys	10	confirmed	Mr. Ali Ekrem Özbek	Ege University	Türkiye
Status of the ISON optical telescope network and database on space debris	10	confirmed	Dr. Igor Molotov	Keldysh Institute of Applied Mathematics, RAS	Russian Federation
Estimation of Angular Velocity and Rotation Axis of a Box-Wing Satellite with Low Angular Velocity Using Photometric Brightness Variations	10	confirmed	Dr. Hanik Kim	Satellite Technology Research Center( SaTReC), KAIST	Republic of Korea
AI‑Driven Analysis of GEO Photometric Time Series for Attitude Anomaly Identification	10	confirmed	Dr. Manuel Sanjurjo	Universidad Carlos III de Madrid	Spain
Development of an Integrated Shape Memory Alloy Net for Autonomous Capture and Controlled Deorbit of Orbital Debris	10	confirmed	Ms. Nikita Sharath Rodham		India
Passive radar detection of space debris using GNSS signal reflections for collision avoidance	10	confirmed	Mrs. Alina Santander	Stanford University	United States
onboard autonomous deorbit planning and control for large constellations	10	confirmed	Mr. Wang Qianhao		China
Integrated Optical Tracking and SSA Operations: Five Years of Joint Global Monitoring by OKAPI:Orbits and Sybilla Technologies	10	confirmed	Mr. Sven Kevin Flegel	OKAPI:Orbits GmbH	Germany
Sustainable Space Debris Management for Long-Term Orbital Clean-Up	10	confirmed	Mr. Sathvik Krishna Velide	CosmoFleet	India
Drag Modeling Uncertainty vs. Mechanical Configuration for CubeSat Deorbiting	10	confirmed	Mr. Ebrahim Hamada		Bahrain
Attitude Controlled Drag Sail Based Self-Disposal under Thermospheric Variability	10	confirmed	Mr. Ahmet Ali Çetin	Istanbul Technical University	Türkiye
Learning-Enhanced Chance-Constrained Visual Servoing for Non-Cooperative Spacecraft Rendezvous	10	confirmed	Mr. Zhenbo Zhao	Harbin Institute of Technology	China
Resident Space Object Detection to Orbit Association Using ESA Swarm Star-Tracker Imagery	10	confirmed	Ms. Kavita Basi	University of Waterloo	Canada
P.A.N.D.A.: Development and Experimental Validation of a Docking Interface for CubeSats	10	confirmed	Mr. Vincenzo Quitadamo	University of Padua	Italy
Comparative Analysis of Laser Ablation Methods According to Region and Energy Sources For Space Debris Removal in LEO	10	confirmed	Mr. Volkan Ozsoy	Middle East Technical University	Türkiye
Vision-Based On-Board Diagnostics for Hypervelocity Impact Char- acterization	10	confirmed	Mr. Muhammet ASLAN		Türkiye
Space Collaborative Obstacle Avoidance and Close Proximity Decision-Making Methods for Space Debris	10	confirmed	Dr. Xu Tang	Harbin Institute of Technology	China
PINN-Based Game-Theoretic Methods for Efficient Capture of Non-Cooperative Target	10	confirmed	Mr. Zhihang Jing	Northwestern Polytechnical University	China
Active Space Debris Removal Planning Based on Temporal Collision Risk Network Dismantling	10	confirmed	Ms. Jiao Liang	Sun Yat-sen University (Guangzhou)	China
Integrated Modeling and Reentry Assessment of Flexible Drag-Augmented Deorbit Systems in VLEO	10	confirmed	Mr. Xinlei Guo	Beijing Institute of Technology	China
Synchronous Co-Directional Bipolar Modulation: Mitigating Geomagnetic Coupling Effects in Dual-Spacecraft Eddy-Current Detumbling	10	confirmed	Dr. Feiyang Wen	Harbin Institute of Technology	China
Simulation of the space debris object capture dynamic by a geostationary wrecker spacecraft	10	confirmed	Dr. Georgy Shcheglov	Bauman Moscow State Technical University	Russian Federation
contactless stabilization: a drl-based cubesat swarm architecture for tumbling space debris	10	confirmed	Mr. Emir Alp Kikiler	Karadeniz Technical University	Türkiye
Implementation and Evaluation of the 3D-Nc Collision Probability Algorithm for Operational Space Traffic Management	10	confirmed	Mr. Dmitrii Vokhmintsev		Russian Federation
Reinforcement Learning-Based Compliant Contact Control for Non-Cooperative Spacecraft in Space Debris Mitigation	10	confirmed	Dr. Xuyang Cao	Northwestern Polytechnical University;National Key Laboratory of Aerospace Flight Dynamics	China
Extending the 5-Year Deorbiting Mandate to Legacy Debris: Optimization and Feasibility of ADR Operations	10	confirmed	Ms. Alessia Manca	Politecnico di Torino	Italy
Research on the Design Method of One to Many Space Orbit Blockade Configuration Based on Global Optimization Algorithm	10	confirmed	Mr. Tongshu Zhang	Northwestern Polytechnical University;National Key Laboratory of Aerospace Flight Dynamics	China
Autonomous Transmissive Drag Sail Deployment for CubeSat Post-Mission Disposal and Space Debris Mitigation	10	confirmed	Ms. Natasha Thompson	University of Nottingham	United Kingdom
Space Debris as a Resource: A Conceptual Approach for Boron Recovery from Low Earth Orbit	10	confirmed	Ms. Sinem Karaca	Erciyes University	Türkiye
Autonomous Onboard QUBO-Based Route Optimization for Multi-Vehicle Active Debris Removal Swarms in Congested LEO Shells	10	confirmed	Ms. Irmak Yıldız	Hacettepe University	Türkiye
Removal of space debris using induced Eddy currents: Feasibility study by simulation	10	confirmed	Mr. Erik Alejandro Espinel Bernilla	Universidad Nacional Mayor de San Marcos	Peru
Modeling and control of space manipulators with Markovian jumps applied to capture and reorientation tasks in orbit	10	confirmed	Mr. Aldebaran Rodrigues	Federal University of São Carlos (UFSCar - Universidade Federal de São Carlos)	Brazil
Integrated Net-Capture and Ion Propulsion Mechanism system for sustainable and Controlled Deorbiting of Space Debris.	10	confirmed	Ms. Flora Vyas	University College Dublin (UCD)	Ireland
“Reframing Space Debris as Dynamical Systems: Inferring Residual RCS Activity from Public Multi-Object Tracking Data”	10	confirmed	Mr. Anuj Kansara	Chandigarh University	India
Multi-Objective Orbit Design for Long-Term Collision Risk and Fuel Co-Optimization Using Evolutionary Intelligence	10		Mr. Hao Wu	Beijing Institude of technology	China
Terma’s Collision Avoidance system: study cases and validation	10	confirmed	Ms. Lucía Ayala Fernández	Terma GmbH	Germany
OpenLEO-DSS: Democratizing Orbital Safety through Explainable AI and Multi-Source Analytics	10	confirmed	Ms. Şahizer Aksoy	Karamanoğlu Mehmetbey University (KMU)	Türkiye
Orbital safety in the era of mega-constellations: the strategic role of space situational awareness in mitigating collision risks and ensuring sustainable space operations	10	confirmed	Ms. Victoria Costa	Safe on Orbit	Brazil
Analysis of Methods for the Preliminary Detection of Close Approaches Between Catalogued Objects	10	confirmed	Mr. Gleb Beliy	Moscow Institute of Physics and Technology (MIPT)	Russian Federation
Reinforcement-Learning-Driven Autonomous Collision Avoidance for Operations in Congested Space	10	confirmed	Mr. Rodion Immel	Intersputnik International Organization of Space Communications	Serbia
Integrating Cloud-Native Conjunction Screening and Collision Avoidance into Routine LEO Constellation Operations	10	confirmed	Ms. Gaia Roncalli	Ecosmic s.r.l.	Italy
A Hybrid Autonomous Collision Avoidance Framework for LEO Satellites Using Stack-CNN and Improved Artificial Potential Fields	10	confirmed	Mr. Muhammed Candan		Türkiye
end-to-end spatio-temporal transformer for short-term trajectory prediction of uncatalogued space debris	10	confirmed	Dr. Jiang Tao	Shanghai Ocean University	China
knowledge-driven space event prediction and situational assessment in congested LEO	10	confirmed	Ms. Ying Weng	Northwestern Polytechnical University，NPU	China
Hybrid screening architecture for high-risk conjunctions of large-scale space objects	10	confirmed	Ms. Wenhe Bian	Beihang University (BUAA)	China
Onboard Detection and Probabilistic Mapping of Small-Scale Space Debris for Resilient Autonomous Operations.	10	confirmed	Ms. Estefania Velazquez Hernandez	CINVESTAV	Mexico
Operationalizing Orbital Stability: An AI-Enabled SSA Pilot for Scalable Space Traffic Management in Large LEO Constellations	10	confirmed	Ms. Tuana Yazici		United States
LSTM-Based Correction of SGP4 Residuals Using Real-Time Solar Flux Data: A Machine Learning Approach to Reduce Orbital Collision Uncertainty in Space Traffic Management	10		Mr. Douglas Chiong	Perpetual Space Ventures	Singapore
Nanosatellite Swarm Establishment and Control for Active Removal of Non-Cooperative Tumbling Space Debris	10	confirmed	Ms. Fatima Alnaqbi	Technology Innovation Institute (TII)	United Arab Emirates
Design-for-Disposal: Engineering Spacecraft for Reliable End-of-Life Operations	10	confirmed	Mr. Baladitya Rane	Vellore Institute of Technology	India
Cooperative Approach Control of Tethered Robots for Space Debris Capture	10	confirmed	Ms. Moe Urushihara	Tokyo Metropolitan University	Japan
A Synthetic Stereo Dataset Generation Pipeline and Deep learning-based Pose Estimation for Non-Cooperative Target in ISAM Scenarios	10		Ms. A. Sejal Jain		India
Robust Tube-Based Model Predictive Control for Autonomous Proximity Operations and Docking with Uncooperative Tumbling Targets	10	confirmed	Ms. Akanksha Bhagat	Indian Institute of Technology, Bombay	India
Assessment of the regulatory framework for space in Brazil based on ESA space debris mitigation requirements.	10	confirmed	Ms. Emanuela Oliveira	Federal University of Maranhão (UFMA)	Brazil
Establishing Brazil’s First Private Space Debris Monitoring Center to Address the Southern Hemisphere SSA Blind Spot and Strengthen the Brazilian Space Economy	10	confirmed	Mr. Luis Fellipe Alves de Oliveira	Safe on Orbit	Brazil
Analysis of the Impact of the Space Environment on Constellations Satellite Orbits	10		Mrs. ronglan wang	National Space Science Center (NSSC), Chinese Academy of Sciences	China
Blockchain-Based Verification Framework for Trusted Conjunction Data Message Exchange in Multi-Operator Space Traffic Management	10	confirmed	Mr. Mehmet Haluk Bakırcı		Türkiye
causal loop diagram–based modeling of dynamic interactions between space tourism and space debris	10	confirmed	Mrs. Büşra Önler Çiğdem	İstanbul Gelişim University	Türkiye
Collision Risk Assessment of Space Debris Based on Transits through a Spacecraft Operational Corridor	10	confirmed	Ms. Yurun Yuan	Beijing Institute of Technology	China
dynamics of the space environment:debris accumulation, collision risks, and mitigation strategies	10	confirmed	Ms. Aysun Mansimova	National Aviation Academy - Azerbaijan	Azerbaijan
ESA MASTER-9 Model Upgrade	10	confirmed	Mr. Daniel Raphael Wacker	TU Braunschweig, Institute of Space Systems	Germany
Estimation of Micro Debris Flux Using In-Situ Observation Satellites	10	confirmed	Mr. Kaito Miyoshi	Kyushu University	Japan
Swarm-Based AI for Self Healing Constellations Resilience Against Cascading Debris Events	10	confirmed	Mr. Aarón Escobedo	Student	Mexico
Hierarchical Analytical Modeling of Long-Term Orbital Population Evolution for Fragmentation Events	10	confirmed	Mr. Miguel Rodriguez Poza	ISAE-Supaero University of Toulouse	France
Pre-Fragmentation Anomaly Detection in Space Debris Objects Using TLE Time Series and Machine Learning	10	confirmed	Ms. Pınar Cetin	Acıbadem University	Türkiye
MMOD Risk Assessment: a two-phase approach based on intrinsic geometrical vulnerability using the CSTS tool	10	confirmed	Mr. Nicolò Trabacchin	University of Padova - DII/CISAS	Italy
Fragmentation Analysis of a Heterogeneous Collision in the Cislunar Environment: A CubeSat-Large Orbiter Scenario	10	confirmed	Mr. Nicolò Trabacchin	University of Padova - DII/CISAS	Italy
Adaptive Backstepping-Based Impedance Control for Space Debris Capture with Uncontrolled Tumbling Motion using n-DOF Robotic Arms	10	confirmed	Mr. Jose Luis Segundo Manayay	Universidad Nacional de Ingeniería (Lima, Perù)	Peru
Beyond Docking: Gecko Adhesive Technology for Universal Spacecraft Surface Operations	10	confirmed	Ms. Maëlle Mathieu	Polytechnique Montreal	Canada
Graph-Based Modeling and AI-Driven Strategies for Orbital Debris Mitigation and Collision Avoidance	10	confirmed	Mr. Isgandar Mammadov	Baku State University	Azerbaijan
Solar-Powered Passive Drag Augmentation System for End-of-Life Disposal of Small Satellites	10	confirmed	Mr. Abdullah Çavdar	Baykar Science High School	Türkiye
vision-based detection and tracking for resident space objects by cooperative satellite cluster	10	confirmed	Dr. Suquan Ding	Beijing Space Quest Ltd.	China
Benefits for Constellations Using Drag Sails for Deorbiting	10	confirmed	Ms. Dorottya Milánkovich	HPS GmbH	Germany
Control systems for docking space targets through repeated-impact-based detumbling by a free-floating dual-arm space manipulator	10	confirmed	Mr. Rodrigo Maschi	Federal University of São Carlos (UFSCar - Universidade Federal de São Carlos)	Brazil
Hybrid electrostatic-brush solar panel cleaning system for satellite applications	10	confirmed	Mr. Abdulhekim Helpem	Baykar Science High School	Türkiye
Distributed Space Systems for On-Orbit Servicing to Enhance Space Sustainability	10	confirmed	Dr. Kathiravan Thangavel	Khalifa University of Science and Technology (KUST)	United Arab Emirates
Optimizing Space Debris Mitigation:\\ a Redundant and Fail-Safe Drag Sail System	10	confirmed	Ms. Valeria Figini	SASA-Sapienza Aerospace Student Association	Italy
Lightweight Inflatable Shielding Concept for Small Satellites in High-Debris Orbits	10		Mrs. Leyli Samadova		Azerbaijan
Transformer based MMOD Impact Detection in LEO Telemetry: A Benchmark against KKF and LSTM	10	confirmed	Ms. Beyzanur Ertan	Istanbul Medeniyet University	Türkiye
From collective perception to collective capture of uncooperative tumbling space targets in on-orbit servicing using spacecraft swarms	10	confirmed	Mr. El Ghali ASRI	York University	Canada
Focused Solar Ablation: A CubeSat-Based Concept for Sustainable Active Removal of Low Earth Orbit Debris	10	confirmed	Ms. Oumaima Nakrimi	Space Generation Advisory Council (SGAC)	Morocco
Upper limit definition for Space Capacity using the THEMIS indicator	10	confirmed	Mr. Daniel Lück	Politecnico di Milano	Italy
Design and Development of an Autonomous Rendezvous, Proximity Operations, and Docking (RPOD) System for In-Orbit Servicing of Small Satellite Missions	10	confirmed	Mr. Mohamed Harhash		Egypt
PLA Wood Satellite to Reduce the Space Debris A New Approach for A Greener Future	10	confirmed	Ms. Ezgi Karabakan	Katip Celebi University	Türkiye
Preserving our Dark Skies: A Proposal for the Consideration of the Effects of Light Pollution when Designing, Developing and Deploying LEO Satellite Constellations.	10	confirmed	Ms. Francheska Abreu Rodriguez	Concordia University	Canada
Pushing the limits of LEO satellite traffic optimization through a predictive collision aversion protocol	10	confirmed	Ms. Yekta Shabani	Polytechnique Montreal	Canada
AI-Enabled Anomaly Detection in Space Object Light Curves for Space Situational Awareness		confirmed	Mr. Weixiao Li	Beihang University	China
Algorithm Comparison for Image Processing-Based Space Debris Detection, Tracking, and Characterization		confirmed	Mr. Emirhan Tekcanözü	ASELSAN	Türkiye
Ballistic Coefficient Estimation for the CZ-6A and COSMOS 1408 Debris Families		confirmed	Mr. Enis ARIKAN	CISAS – “G. Colombo” Center of Studies and Activities for Space, University of Padova	Italy
Configuration Analysis and Observation Performance of GEO-Based Optical SSA Sensors for Space Situational Awareness		confirmed	Mr. Rabia Tüylek Tok	TUBITAK Uzay, Space Technologies Research Institute	Türkiye
Coordinated Space–Ground Optical Tasking with Joint Rolling-Horizon Scheduling		confirmed	Ms. Jiao Liang	Sun Yat-sen University (Guangzhou)	China
Dual-use star tracker-based detection and characterization of resident space objects		confirmed	Ms. Ceylan Şevval İnan	Istanbul Technical University	Türkiye
Enhancing Stochastic Geometry based Time-Invariant Sensor Tasking for catalogue maintenance of LEO Space Objects using Reinforcement Learning		confirmed	Mr. Harsha M	IIIT Delhi	India
Integrated AI-Driven Mission Planning and Attitude Control for Multi-Satellite High-Precision Observation of Space Debris		confirmed	Mr. Yihang Jiang	Beijing Institude of technology	China
Optical Data Fusion for Multi-Orbit Space Object Characterisation from a GEO Platform		confirmed	Ms. Fatma Balik	Istanbul Technical University	Türkiye
Physics-Based Synthetic Dataset Generation for Space Debris Detection and Tracking: High-Dimensional Modeling		confirmed	Mr. Akil Kutlu	ASELSAN	Türkiye
Risk analysis of in orbit impacts of 3U cubesat-type nanosatellites with space debris			Mr. Fernando Chávez Escobedo	Universidad Nacional Autónoma de México (UNAM)	Mexico
Sudden Fragmentation Event Response in Space Debris Monitoring: Search-Tracking Task Planning		confirmed	Ms. Peiran Mu	Beijing Institude of technology	China
Space-based local sensing for augmented conjunction analysis		confirmed	Ms. Annarita Argirò	University of Naples "Federico II"	Italy
Research on Mission Planning for Space Object Orbit Determination Based on Space-Based Common-View and Handover Observation		confirmed	Mr. Hongyu Liu	Beihang University	China
A Quantum Computing-Based Software to Improve the Prediction of Space Debris Trajectories	10	confirmed	Mr. Edgar Quiñones	Universidad Nacional Mayor de San Marcos	Peru
AI-enhanced Encke propagator	10	confirmed	Prof. Juan Félix San Juan Díaz	Universidad de La Rioja	Spain
Data-driven continuous-time orbital dynamics modeling for large-scale space debris propagation using neural ode and differential algebra	10	confirmed	Ms. Lin Shi	Northwestern Polytechnical University;National Key Laboratory of Aerospace Flight Dynamics	China
high-accuracy orbital propagation model using physics-informed deep learning	10	confirmed	Mr. Junning Yang	Beihang University (BUAA)	China
modelling the future of low earth orbit: propagation, population evolution, and ethical frameworks for sustainable use of outer space	10	confirmed	Ms. Fazira Huwaidaa	Space Generation Advisory Council (SGAC)	Ireland
Improving orbit prediction accuracy in LEO using atmospheric density model correction	10	confirmed	Mr. Andrey Nosyrev	Moscow Institute of Physics and Technology (MIPT)	Russian Federation
Influence of Solar Cycle on Orbital Decay Rates for LEO Cubesats, Validation and Forecast Approach for Solar Cycle 25	10	confirmed	Mr. Arif Armagan Gozutok	TUBITAK Uzay, Space Technologies Research Institute	Türkiye
Multi-Objective Optimization of Autonomous Collision Avoidance Maneuvers: Optimal Timing and Fuel Efficiency in Satellite-to-Satellite Encounters	10	confirmed	Mr. Ege Duran	T3 Foundation	Türkiye
Physics-Informed Mass-Conserving Uncertainty Propagation for Long-Term Space Debris Environment Modeling	10	confirmed	Mr. Jialong Wang	National Key Laboratory of Aerospace Flight Dynamics, Northwestern Polytechnical University, Xi'an	China
Theoretical Space Debris Collector and Recycling Plant	10	confirmed	Mr. Ori Ben Gur	BLUECUBE Aerospace	United States
Robust Autonomous Capture of Non-Cooperative Tumbling Targets: An Adaptive Control Barrier Function-Based Model Predictive Control Approach with Formal Safety Guarantees	10	confirmed	Mr. Hasan Baran Gurbuz	Erciyes University	Türkiye
sustainable orbital debris management: a multi-criteria framework for active mitigation and policy integration	10		Mr. ANTONIO URIEL GARCIA MARTINEZ	Instituto Politécnico Nacional	Mexico
Outliving the Operator: Long-Tail Orbital Risk and Responsibility Continuity in the Commercial Space Era	10		Mr. Sai Kiran Parre		United Kingdom
Governing Congested Orbits: Regime Complex Theory and the Structure of Space Traffic Management		confirmed	Ms. Sofia Motta	University of Southern Denmark	Italy
Governing the commons in space: Blockchain-based governance technologies for global decision-making and investment		confirmed	Ms. Isabelle Mierau		Germany
Incentivizing Orbital Sustainability: An Orbital Debris Credit System for Managing Space Debris as a Market Failure		confirmed	Mr. Bence Antonya		Hungary
Incentivizing Space Debris Removal: Overcoming Legal and Policy Barriers		confirmed	Mr. Mustafa Ekrem ERDAL	Baykar Science High School	Türkiye
Legal Gaps in Space Debris Governance: Rethinking Liability, Responsibility, and Registration			Mrs. Beatrice Frassinetti	European Space Agency (ESA/ESRIN)	Italy
Licensing Space Operations in Low Earth Orbit: Environmental Compliance and Private Operator Responsibility		confirmed	Mr. AMJITH SUDHEER BINDU	Erets Space	United Kingdom
Operator Impact Assessment Platform: Integrating Conjunction Analysis with Economic Modelling to Enable Market-Driven Orbital Debris Remediation		confirmed	Mr. Stirling Forbes		Italy

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