Programme

Evolution of the Sub-Catalogue Space Debris Population in High-altitude Orbital Regions Based on Optical Survey Data

Thomas Schildknecht, University of Bern, Astronomical Institute

Modelling the dynamics of the space debris environment

Alessandro Rossi, IFAC-CNR

Monitoring the Small Debris Environment with Ground-based Radar: An Assessment of Data from 2016-2023

Alyssa Manis, NASA Orbital Debris Program Office

Tracking space debris using radar observations campaigns held in July and August 2024

Liliana Macotela, Norwegian Research Centre

Cheia Tracking Radar, measurement results and lessons learned

Liviu Ionescu, Rartel SA

Radial velocity ambiguity resolution for the pulsed space surveillance radar GESTRA

Simon Kollecker, Fraunhofer FHR

Observation of the fragmentation cloud of the Intelsat 33e breakup with the space observation radar TIRA

Delphine Cerutti-maori, Fraunhofer FHR

The Cologne Manual on the International Law of Space Traffic Management

Jacqueline Reichhold, University of Cologne

Legal proposals for Debris Recycling and Disposal Solutions to improve space resources management and sustainability

Anthi Koskina, National Observatory of Athens

Understanding the effect of fiscal interventions on the future space debris environment

Indigo Brownhall, University College London (UCL)

UK Space Agency reporting of the Space Environment Sustainability Assessment (SESA) study outcomes

Jennifer Barry, UK Space Agency

Foundations for a Debris Offset Market to Fund Remediation

Matthew Wills, Sustain Space Ltd

Computation of the Impact Zone for Controlled Atmospheric Re-Entries with ELECTRA

Rafael Martínez Vázquez, GMV

Surrogate model to predict the stagnation point wall heat flux during composite material degradation

Maxime Lalande, ONERA

Casualty risk assessment of uncontrolled reentries after the deployment of the first large satellite constellations

Carmen Pardini, ISTI-CNR

Comparison of CNES, ESA, JAXA, & NASA Reentry Analysis Tools – Phase I - Model Descriptions & Component Survivability

Chris Ostrom, NASA

Review of 30 Years of SCARAB Re-entry Break-up Analysis

Patrik Kärräng, Hyperschall Technologie Göttingen GmbH

Objectives and Achievements of the Space Debris Mitigation Project TEMIS-DEBRIS

Ali Gülhan, DLR

Bringing SALSA Home: CLUSTER-II-2 Re-entry Strategy.

Silvia Sanvido, IMS Space Consultancy GmbH at ESA/ESOC Space Debris Office

A Statistical and Parametric Analysis of the Effectiveness of Differential Drag for Collision Avoidance Manoeuvres

Daniele Bella, Seconded to UKSA from ESA; now IMS Space Consultancy GmbH

Algorithms for robust tracking of manoeuvring space objects in catalogue maintenance

Alejandro Pastor, GMV

A Modular and Scalable Collision Avoidance System for Enhanced Satellite Autonomy

Tiago Oliveira, GMV

Collaborative Validation of SAFE: Reducing False Positives and Enhancing Accuracy of Conjunction Data Messages

Davide Costigliola, Ecosmic

Statistical Inference on the Miss Distance Compared to Collision Probability for Conjunction Analysis

Soumaya Elkantassi , Université de Lausanne

Probability of Collision in Nonlinear Dynamics by Moment Propagation

Théo Verhelst, Advanced Concepts Team, European Space Agency

Characterizing Data Quality for Enhancing Orbital Debris Visualization Pipelines

Unmil Karadkar, University of Graz

SSA Performance Assessment of Cislunar Periodic Orbits for Fragmentation Events Monitoring

Paola Grattagliano, Politecnico di Milano

Operational Experiences of Collision Avoidance for Chandrayaan-2 in Lunar Orbit

Ivanshu Mehta, Indian Space Research Organisation

Beyond GEO: Strategies for monitoring cislunar environment

Jonko Paetzold, GMV

Cislunar Space Domain Awareness using the Generalized Equinoctial Orbital Elements

Maaninee Gupta, Texas A&M University

Characterization of Consequences of Fragmentation Events involving Nuclear-Powered Spacecraft in the Cislunar Region

Carolin Frueh, Purdue University

On the Topic of Time Sensitive Recursive Optimization of an Underactuated Docking Maneuver

Anthony Aborizk, University of Florida Department of MAE

KALL MORRIS INC- ACTIVE DEBRIS REMOVAL AND LAELAPS

Adam Kall, Kall Morris Inc

Comparative Analysis of Simulated and Real-World Infrared Images of Space Debris for Active Debris Removal Missions

Naoki Okada, Japan Aerospace Exploration Agency

“Filling the toolbox while defining the job” Product management at ClearSpace

Kees Van Der Pols, ClearSpace SA

Factors Affecting Feasibility of Disposal as a Service

Stanley Smeltzer, Northrop Grumman

NEW ASTRONOMICAL IMAGE PROCESSING SOFTWARE - FIRST RESULTS OF USING

Oleksandr Kozhukhov, National Space Facilities Control and Test Center

Presenting BACARDI’s sub-catalogue of drifting objects close to the geostationary ring

Johannes Herzog, Deutsches Zentrum für Luft- und Raumfahrt

First Light Curve Observations from GSOC-operated SMARTnet Telescope Stations with an sCMOS Camera

Yonathan Ascanio Hecker, Deutsches Zentrum für Luft- und Raumfahrt e. V. (DLR)

Detection and Characterization of Space Debris Using VST/OmegaCAM Archival Data

Elisabeth Rachith, EPFL

Photometric Composite Fingerprints for Resident Space Objects

Moritz Kuhn, Airbus Defence and Space

European Optical Network – orbit determination of resident space objects

Cezary Migaszewski, Sybilla Technologies

Monitoring of objects approaching re-entry using data from global network of passive optical sensors

Mikołaj Krużyński, Polish Space Agency

Statistically Consistent Synthetic Covariance to Quantify Operational Uncertainty

Guillermo Escribano , Northstar Earth and Space

ORDEM 4.0: NASA’s Orbital Debris Engineering Model - A Status

Mark Matney, NASA Orbital Debris Program Office

The Debris Mitigation Facility: Developments, Conclusions, Use Cases and Way Forward

Vitali Braun, IMS Space Consultancy GmbH

Improving MASTER Model Accuracy Through Strategic Sensor Campaign Design

André Horstmann, ESA

Status of the space environment: towards Zero Debris through orbital clearance

Emma Stevenson, IMS Space Consultancy GmbH at ESA

Assessment of Orbit Determination Accuracy of Radar Networks

Martin Käske, Fraunhofer FHR

The study of a debris cloud risk assessment in geosynchronous orbit

Ryusuke Harada, Japan Aerospace Exploration Agency (JAXA)

On the Effect of Impactor Shape on CFRP Spacecraft Structures

Martin Schimmerohn, Fraunhofer EMI

Sierra Space’s Flexible Multi-Shock Shield – Performance and Insights

Gerard D. Valle, Sierra Space

Rupture prediction for spacecraft pressurized titanium tanks

Robin Putzar, Fraunhofer EMI

Hypervelocity impact response of Ti-6Al-4V plates mounted on cylinders

Kumi Nitta, Japan Aerospace Exploration Agency

DebriSat Updates via NASA’s SSBM and DOD’s IMPACT Breakup Models

Heather Cowardin, NASA JSC

A novel method for radar initial orbit determination from angular track and Doppler shift measurements

Marco Felice Montaruli, Politecnico di Milano

Stacking Radar Search Fences for Increased Range in Space Situational Awareness

Hans Schily, Fraunhofer FKIE

Resolving Multimodal Angular Measurements in Coherent Radar Networks using Bayesian Estimation

Isabel Schlangen, Fraunhofer FKIE

An Ambiguity Function Synthesis Approach to Designing Orthogonal Waveforms for Space Surveillance

Giorgio D. Magalhães, Fraunhofer FHR

Modeling a Multi-Sensor Radar Network over Indian Region for Space Situational Awareness– Preliminary Studies

Sravan Kumar Venepally, ISTRAC ISRO

Development of a Software Architecture for Comparing Existing Orbital Carrying Capacity Models

Lorenzo Giudici, Telesat

Critical number of spacecraft in low Earth orbit: a new assessment of the stability of the orbital debris environment

Hugh Lewis, University of Southampton

Examination of Uncontrolled Mass Per Year as an Environmental Index

Dominick Bologna, The Aerospace Corporation

Formulating the Space Footprint: A Model for Quantifying Space Sustainability

Gurpreet Singh, University of Waterloo

Surveying the Capacity Metric Design Space and A Method for Assessing Capacity Index Heuristics

Miles T. Lifson, The Aerospace Corporation

Extension of the ESA tool for Tracking the Health of the Environment and Missions in Space

Camilla Colombo, Politecnico di Milano

EMISSARY – Environmental Management Initiative for Space Sustainability through Adaptive Regulatory Policy

Megan E. Perks, University of Southampton

Approximating Orbit Uncertainties of Catalog Objects using Neural Networks

Matthew Popplewell, Advanced Space, LLC

Prediction improvements of SGP4-XP

Timothy Payne , USSF Space Operations Command

Investigating the Application of the Orbit Domain Calibration Method in Sun Synchronous Orbits

Santosh Bhattarai, University College London

Methods for Robust Propagation and Improved Covariance Realism in LEO

Piyush Mehta, West Virginia University

Adaptive Bayesian Inference for Space Object Tracking

Kyle Demars, Texas A&M University

From Space Weather to Orbits: An Uncertainty-Aware Framework for Predicting Satellite Trajectories

Sergio Sanchez - Hurtado, Universidad Politécnica de Madrid

Using Spacebook and Cesium to promote and enhance flight safety

Daniel L. Oltrogge, COMSPOC Corporation

Characterizing Field Emission in Electrostatic Tractor Operations for Geosynchronous Orbit Debris Removal

Ethan Weber, University of Colorado Boulder

Advancing ESA’s Vision for Sustainable Space Operations: Design for Removal and In-Orbit Servicing Initiatives

Marco Papa, European Space Agency

ADRIOS ClearSpace-1: In orbit demonstration of the removal of a non-cooperative spacecraft

Svenja Woicke , OHB System AG

Advancing Active Debris Removal: Achievements and Prospects in the Commercial Removal of Debris Demonstration Project

Toru Yamamoto, Japan Aerospace Exploration Agency

Commercializing Space Debris Removal and In-Orbit Servicing: Leveraging Existing Mechanisms for Financial Viability

Sergey Gugkaev, StarTrail

A Holistic Approach for Deciding on and Designing Collision Avoidance Maneuvers.

Shrouti Dutta, Northstar Earth and Space

Assessing STM System Resilience in case of Fragmentation Events using MASSATS Digital Twin Technology

Guido Bartsch, Institute of Technology and Computer Science / THM

Conjunctions in the RF Spectrum: Results from an RF Measurement Campaign of LEO Objects

Valentin Eder, Space Analyses GmbH

Understanding the impact of satellites on radio astronomy observations

Mike Peel, Imperial College London

Supporting the Community Approach by hosting a Collaborative Development Platform for the SST Core Software

Hélène Ma, Starion for ESA

Synthetic Tracking in SST and NEO searches

Paweł Białobłocki, ITTI Sp. o.o.

Detection and Analysis Techniques for Optical Telescope Data and Machine Learning Applications

Corbin L. Cruz, Amentum Services, Inc.

Observation Criteria Trade-off for GEO Debris Cataloguing

Daniel Gil Calvo, Deimos Space S.L.U.

Dynamic Space Object Detection with Neuromorphic Vision Sensors

Yusra Alkendi, Technology Innovation Institute

A high-level motion control scheme for satellite tracking using optical feedback

Silas Fiore, Astronomical Institute University of Bern

Leveraging light-curve inversion for kinematic state estimation of uncooperative targets

Francesco Renis, Politecnico di Torino

Predicting CLUSTER-II-FM6 re-entry with passive optical observations

Matteo Losacco, IMS Space Consultancy GmbH at ESA/ESOC Space Debris Office

A method to refine fragments distributions with impact geometry analysis

Pietro Tasso, "CISAS", University of Padua

2025 Current status of debris protection design standard at JAXA

Kumi Nitta, Japan Aerospace Exploration Agency

Development of a Coupled Finite Element-Discrete Element Code for Simulating Satellite Breakups

Erkai Watson, Fraunhofer EMI

Numerical analysis modeling for quantitative prediction of ejecta dispersal behavior due to hyper-velocity impact

Sho Kajihara, Meiji University

MMOD Risk to the International Space Station and its Sensitivity to Particle Size

James L. Hyde, Amentum/NASA-JSC

Long-duration Experiments Assessing Atomic Oxygen Effects on Thin Polyimides

Heather M. Cowardin, NASA Johnson Space Center, Orbital Debris Program Office

Observing the Unseen: sub-cm space debris insights from European Space Agency’s past and ongoing missions

Xanthi Oikonomidou, GMV@ESA

ESA’s Debris Tracking Laser Network

Diego Escobar, GMV

Multistatic laser ranging simulations for improved orbit determination of space debris

Pascal Sauer, Astronomical Institute University of Bern

Towards an Engineering Station for performing space-debris mitigation by means of high-power laser radiation

Jens Rodmann, German Aerospace Center (DLR)

Space Object Attitude Estimation using simultaneous Satellite Laser Ranging Simulations

Sebastian Schneider, Austrian Academy of Sciences - Space Research Institute

Space Debris Laser Ranging: Moving from experiments to operation

André Kloth, DiGOS Potsdam GmbH

The IAU CPS: How to protect the Dark and Quiet Sky?

Siegfried Eggl, IAU CPS

Lesson learnt from the first 18 months of ESA’s new Space Debris Mitigation Policy

Francesca Letizia, European Space Agency (ESA)

The Importance of Dark and Quiet Skies in Swiss Astronomy and the dialog with the space industry

Emmanuelle David, EPFL

Holistic Space Operations Framework

Darren S. Mcknight, LEOLABS

Debris Free Space Mission Initiative

Bulbul Mukherjee, Indian Space Research Organisation

Improving Metrics for Satellite Anomaly Detection: A Comparative Analysis of Curvilinear State Representations

Jose Manuel M. García, Universidad de Sevilla

Improvements to SST Core Software: Advanced Software Engineering Practices and Integration of Track-to-Track Algorithm

Diego Ramírez Rodríguez, GMV

On the Arnold diffusion mechanism in MEO

Elisa Maria Alessi, IMATI-CNR

Monte Carlo Variation of Solar Flux Profiles and Disposal Lifetime Compliance for Geosynchronous Transfer Orbits

Juan C. Maldonado, The Aerospace Corporation

Addressing Space Debris-NEO Ambiguity: A Solution Through the ArtSat Information Provision Service (ASIPS)

Francisco Pallarés Chamorro, Deimos Space

Fast and accurate computation of the minimum distance between RSOs trajectories

Ana S. Rivero, Universidad de Sevilla

Model-driven assessment of space weather impact levels on the trajectory of floating debris in low Earth Orbit

Victor U. Nwankwo, German Aerospace Center (DLR)

Galileo Constellation End-of-Life Disposal: Orbit Strategy and Application to First Satellite Decommissioning

Lukas Steindorf, European Space Agency - ESTEC

Design and Analysis of Autonomous Low Thrust Assisted Natural Reentry for Low Earth Orbits

Damien Courteville, ISAE-SUPAERO

Verification and Demonstration Results of ADEO Drag Sail Subsystems

Dorottya Milánkovich, HPS GmbH

Spin modulation for deorbiting with electrodynamic tethers

Giovanni Anese, CISAS "G. Colombo", University of Padova

Using the useless: Laser propulsion unit for post-mission disposal using a launch adapter as propellant material

Florian Scholl, SpaceTech GmbH (1); University of Stuttgart (3)

Detumbler showdown: preparing ADR by comparing the mass penalty of 7 candidate solutions for passive detumbling

Kristen Lagadec, Airbus Defence & Space

Developments in ISISPACE CubeSat architectures due to Space Debris Mitigation requirements

Lisa De Backer, ISISPACE

A space environment health situation report

Hugh Lewis, University of Southampton

Analysis of space environment factors impacting non-deorbited launchers’ orbital lifetimes

Mélissa Zemoura, CNES

Analysis and modelling of fragments A/m distributions from in-orbit collisions

Lorenzo Olivieri, DII/CISAS, University of Padova

Orbital debris in low Earth orbit: How the situation has changed since the advent of mega-constellations

Carmen Pardini, ISTI-CNR

An Update of the Top 50 List

Darren S. Mcknight, LEOLABS

Characterisation of fragmentation clouds and fragmentation event reconstruction for space break-up forensics

Francesca Ottoboni, Politecnico di Milano

Orbital Debris and Space Situational Awareness Activities in NASA’s Heliophysics Division

Alex Fletcher, NASA

Airborne Observation of the CYGNUS NG-20 Re-Entry

David Leiser, HEFDiG, IRS, University of Stuttgart

DRACO scientific return concept: determining the truth of satellite demise

Beatriz Jilete, GMV for ESA

An Overview of ESA's Design for Demise Initiative

Marco Papa, European Space Agency

Re-entry Observation Setup and International Execution (ROSIE) mission

Jiří Šilha, Astros Solutions s.r.o.

An accident waiting to happen? Expected evolution of ground hazards due to space debris reentry

Andrew Monham, EUMETSAT

3D Printed and Self Activating Hybrid Demisable Joint Design for Large Satellite Platforms

Isil Sakraker Ozmen, DLR

Advanced Demisable Technologies for Satellite Structures: Hybrid Demisable Joints and PVD-Based Coatings

Jasmin Theobald, DLR

Mission Analysis of Detecting Debris with a Near-infrared Synthetic Aperture Radar Satellite

Seiga Matsuura, Kyushu University

Maturing Methods for in situ Debris Strike Detection Using On-Orbit Telemetry

Kristia K. Harris, Northrop Grumman Corporation

The Multi-layer Acoustic & Conductive-grid Sensor (MACS) Technology Demonstration on HTV-X3

J.-c. Liou, NASA

Mission Analysis on Small Debris Removal by Space Laser Satellite

Yuki Itaya, Orbial Lasers Co., Ltd.

Advancing Autonomous Collision Avoidance: The CREAM-IOD Mission for Safe and Sustainable Satellite Operations

Patricia C. Martínez, GMV

Multi Source Data Correlator Project

Robert Arthur, Neuraspace

Development and operation of CICLOPS, the Compact Imperial College London OPtical Sensor

Davide Amato, Imperial College London

Triangulation of Space-based Optical Measurements for Improved Space Surveillance and Tracking

Annarita Argirò, University of Naples Federico II

Performance assessment of space-based optical networks for debris observation and tracking in LEO

Antonio D'anniballe, Cranfield University

Wide Field of View Telescope Array Space Object Detection With Artifical Intelligence And Image Restoration

He Zhao, PURPLE MOUNTAIN OBSERVATORY, CHINESE ACADEMY OF SCIENCES

Integrating PSO and UKF for attitude estimation of Resident Space Objects via Light Curves

Pasquale Bencivenga, University of Naples "Federico II"

Optimal Light Curve Attitude Inversion with Measurement Noise: Two Case Studies

Liam Robinson, Purdue University

Observational and Simulation-Based Insights into Attitude Dynamics of Large Rocket Debris for Active Debris Removal

Hiroyuki Okamoto, Japan Aerospace Exploration Agency

Long-term Spin State Estimation and Prediction for Defunct GEO Satellites

Conor Benson, University of Colorado Boulder

Predicting the Time Evolution of Space Debris Spin Period for Active Debris Removal Missions

Nicola Cimmino, University of Bern

Attitude determination using Satellite Laser Ranging

Pete Bartram, Lumi Space

Precise attitude estimation of an ADR target object by comprehensive comparisons of observed and CG-based light curves

Hiroshi Oda, JAXA

Issues with Satellite Collision Risk Aggregation

Matthew Hejduk, The Aerospace Corporation

Advancing geometric conjunction filters to handle satellite manoeuvres

Ana S. Rivero, Universidad de Sevilla

Comparative Analysis of Collision Avoidance Decision-Making Across Organizations

Pavithra Ravi, DLR

Collision risk assessment during launch and injection phases

Juliette Prézeau, GMV Innovating Solutions

Collision Avoidance in GEO and MEO: SES’s Approach, Best Practices, Data Sharing, and Space Traffic Cooperation

Davide Menzio, SES

Debris-cloud collision risk assessment with GSOC Collision Avoidance System

Annarita Trombetta, German Space Operations Center (DLR)

ESA's collision avoidance system at ESOC – status, recent upgrades and upcoming evolution

Klaus Merz, ESA

Starlink Satellite Classification and Orbit Maneuver Detection

Ronglan Wang, Chinese Academy of Sciences

S3TSR radar performance after the first major upgrade

Jacobo Martínez-villa, Indra

Feasibility Analysis, LCA and Demisability Tests of Wood-composites as Demisable and Eco-friendly Satellite Structures

Isil Sakraker Özmen, DLR

Field tests of the generation sCMOS based camera with edge computing capabilities at Creotech Instruments

Paweł Zienkiewicz, pawel.zienkiewicz@creotech.pl

Shedding Light on Space Debris: Adding Brightness to ESA's MASTER Model

Melina Kübler, TU Darmstadt

A new look at the Space Debris problem - Reorientation instead of Deorbit.

Ishan S. Dubey, Imperial College London

Characterization of Earth-Orbiting Objects Using Artificial Intelligence for Photometric Data Analysis

Gabriele Falco, Deimos Space

Determination of the RSO’s spin axis orientation using photometry data

Oleksandr Kozhukhov, National Space Facilities Control and Test Center

Sub-10 cm space debris: detection and initial orbit determination with a star tracker

Joel Filho, University of Coimbra

Multi-Objective Monte Carlo Tree Search for Autonomous Space Surveillance with Utility Vector Optimization

Phuong Linh Ngo, Delft University of Technology

Determination Of Ajisai Spin Axis Orientation (2009–2024) Using Photometric Patterns Method

Leonid Shakun, Odesa I.I.Mechnikov National University

Space Safety Expert Centre: Services for the SSA/STM ecosystem

Palash Patole, Astronomical Institute, University of Bern

Functionally-graded ceramic composite shields: micrometeoroid and orbital debris hypervelocity impact modelling

Kayleigh Fowler, The University of Edinburgh

Cislunar Optical Track-to-Track Correlation with an Optimal Control-based Approach

Alessia De Riz, Politecnico di Milano

Space-based optical detection sensitivity to orbtial configuration, instrument and signal processing

Hugo Veuillez, CNES

Performance of a network of stations dedicated to optical survey and associated services for space safety

Alexis Petit, Aldoria

Measuring radar cross sections of common spacecraft materials

Jessica Headstream, Amentum Services, Inc., NASA Orbital Debris Program Office

Improved Catalogue Build-Up and Maintenance through filtering and sensor-based maneuver detection and estimation

Pietro Russo, University of Naples "Federico II"

A Comprehensive Approach to Efficient Cataloguing of Manoeuvrable Satellites

Paula Díaz Morales, Deimos Space S.L.U.

Wild Cards on the Lunar Table: Weak Signals in Cislunar Space Traffic Dynamics

Mélusine Lebret, RAND Europe

Manoeuvre identification and characterization from two-line elements data

Yeerang Lim, Politecnico di Milano

Effect of Spacecraft Attitude on Meteoroid Fluence on the Mars Sample Return Micro-Meteoroid Protection System

Alan B. Jenkin, The Aerospace Corporation

An Accurate and Efficient Particle Filtering Method for Attitude Estimation Using Photometric Measurements

Jorge Rubio Antón, GMV Aerospace and Defence

Physical interactions of space debris

Jouni Peltoniemi, Finnish Geospatial Research Institute

A Comparison of Modelling Approaches for Satellite Brightness

Calum Turner, ESA

Modeling the position and velocity distribution of space objects by maximizing entropy with energy constraint.

Partha Chowdhury, Indraprastha Institute of Information Technology

Aerodynamic Modelling in Re-Entry Analysis Based on On-Ground Free-Flight Testing within the TEMIS-DEBRIS Project

Patrick M. Seltner, German Aerospace Center (DLR)

Theoretical study of ENVISAT’s thermal IR light curves

Cèdre Mercier, ONERA

Arbitrary Zonal Harmonic Analytic Satellite Theory

Drake Gates, N/A

An unsupervised learning-based manoeuvre detection method for resident space object pattern of life characterisation

Riccardo Cipollone, Politecnico di Milano

Developing Probabilistic Satellite Explosion Modelling Methods for Space Debris Environment Prediction

Saskia Hawkins, ESA

Extraction and Analysis of Maneuvers in Starlink Satellites using Ephemeris Data

Ravindra Challa, Ansys

Quantifying Space Debris Risks from Government Space Activities

Yash Chandramouli, Amazon

Analysis of recent CZ-6A rocket upper stage fragmentations

Daniel R. Wacker, Institute of Space Systems, TU Braunschweig

Application of a controlled evolutionary model of the orbital population to target sustainable space utilisation

Martina Rusconi, Politecnico Di Milano

Launch Traffic Model for Space Debris Evolution Based on Historical Data and Economic Forecasting Methods

Wiebke Retagne, Politecnico di Milano

The Orbital Tollway Framework: A Pragmatic Approach to Sustainable Orbital Use and Space Debris Remediation

Polina Shtern, ISU

On the dynamical evolution of a fragmentation in the Molniya regime

Elisa Maria Alessi, IMATI-CNR

Trajectory-Informed Adaptive Multi-Fidelity Propagation in Cislunar Space

Cedric Petion, The University of Texas at Austin

INVESTIGATIONS ON DYNAMIC STRUCTURE OF ECCENTRICITY PHASE SPACE OF HIGHLY INCLINED GEOSYNCHRONOUS ORBIT

M. R. Rajesh Kannan, Master Control Facility, Indian Space Research Organisation

Sizing an Exclusion Region Around Lunar-Surface Protected Sites for Disposal via Impact

Joseph Gangestad, The Aerospace Corporation

Propellant-induced Explosion Risk Assessment for Controlled Re-entries

Estelle Crouzet, ESA

Numerical models for aluminum honeycomb sandwich structures fragmentation

Alberto Abiti, CISAS "G. Colombo", University of Padova

Sierra Space LIFE® habitat: Enhanced Orbital Debris Protection with Kevlar® EXO™ CoreMatrix™

Jill Clements, DuPont Specialty Products

An Extreme Spacecraft Flux Algorithm for Survivability assessment under uncertain Space Debris Environment

Yuyan Liu, Harbin Institute of Technology

EVALUATING BASALT FABRIC IN STUFFED WHIPPLE AND MULTISHOCK SHIELDS THROUGH COMPARATIVE HYPERVELOCITY TESTS

Christopher J. Cline Ii, NASA

Harnessing Orbital Energy with Bare Tape-Like Electrodynamic Tethers for Efficient Space Debris Mitigation

Livia Marciano, Universidad Carlos III de Madrid

Space Debris Impact Assessment for Aviation

Noelia Sánchez Ortiz, Arribes Enlightment S.L.

DRACO

Lorenzo Tarabini Castellani, Deimos Space

Validation of the ESA statistical re-entry modelling tool DRAMA on ground-based optical data

Matej Zigo, Astros Solutions s.r.o.

PURDUE OPTICAL GROUND STATION SENSOR TASKING OPTIMIZATION AND MULTI-TARGET TRACKING WITH A MULTI-LAYER PHD FILTER

Juan Gutierrez, Purdue University

Statistical analysis of destructive satellite re-entry uncertainties

Bahar Karahan, ESA - Institute of Space Systems (University of Stuttgart)

Survey and Tracking system for un-cataloged LEO objects using CMOS sensors

Toshifumi Yanagisawa, Japan Aerospace Exploration Agency

The Resident Space Objects Network: using complex systems for shaping space sustainability

Jerome Daquin, University of Namur

Improving the orbit determination performance of the TIRA system using a novel high-precision observation mode

Delphine Cerutti-maori, Fraunhofer FHR

Understanding The Reliability of Active Debris Removal Missions

Grace Taylor, University of Southampton

Exploring the Market Opportunities of ElectroDynamic Tethers for Deorbiting and Propulsion

Jesús Manuel Muñoz Tejeda, PERSEI Space

Technology Progress and In-orbit Demonstration of Electrodynamic Tethers in the framework of the E.T.PACK Initiative

Gonzalo Sanchez-arriaga, Universidad Carlos III de Madrid

Accelerating ADR – A Global Referendum

Darren S. Mcknight, LEOLABS

Observation strategy for objects on decaying orbits

Radu G. Danescu, Technical University of Cluj-Napoca

Space Capacity Methodologies to Rank the Risk of Orbital Regions

Andrea -. Muciaccia, Politecnico di Milano

Atmospheric Scintillation in Resident Space Object Photometry

Moritz Kuhn, Airbus Defence and Space

Orbital Re-Focusing of High Energy Laser Beams from Ground for Laser-Ablative Post-Mission Disposal and Debris Removal

Stefan Scharring, German Aerospace Center (DLR)

Co-estimation of pose and shape for unknown target in RPO missions

Daigo Kobayashi, Purdue University

Experimental and numerical study of hypervelocity impact on Whipple shields with varying bumper materials

Rannveig Marie Færgestad, Norwegian University of Science and Technology (NTNU)

Tumbling Characterization of Resident Space Objects from Ground-based Observations

Maria Alessandra De Luca, Politecnico di Milano

Evaluation of Space Debris and Its Potential Usage for a Circular Space Economy

Beril S. Turnbull, Durham University

Feature Extraction for Machine Learning-based Single Photon Light Curve Classification

Nadine M. Trummer, Space Research Institute Graz

Attitude Observability based on Simulated Multiple Light Curve Observations from a Single Facet Target

Zhiying Wang, Technische Universität München

Collision Risk Estimation and Automated Mitigation

George D. Muntean, GMV Innovating Solutions

Multi-objective optimization of satellite deorbiting maneuvers considering collision risk

Livia Marciano, Universidad Carlos III de Madrid

RODDAS: Robust Orbit Determination and Data Association library for SSA based on GODOT

Pau Gago Padreny, GMV

Spacecraft Beacons: radiocommunication approaches towards interoperable autonomous self-identification and tracking

Sebastian Lange, Technische Universität Berlin (TU Berlin)

ESA Zero Debris Roadmap & Implementation

Roxane Josses, European Space Agency

MajorTOM: Developing a tool suite to support regulation and monitoring of UK orbital risk

Samuel Diserens, UK Civil Aviation Authority

Assessing Growth of Hazardous Non-trackable Debris Populations in Congested Orbits

Anne A. Bennett, Northrop Grumman

Space Traffic Coordination Monitor

Kaarel Hanson, Guardtime

CMOS cameras in SST sensors: optimizing optical systems for LEO satellite tracking

Łukasz Sujka, Sybilla Technologies

From analysis to action: Insights and novel tool development for Space Debris Mitigation Reports

Inés M. De Chiclana Lama, European Space Agency / The Exploration Company

Atmospheric Densities Derived from Energy Dissipation Rate in Conjunction Data Messages

Hideaki Hinagawa, Japan Aerospace Exploration Agency

Application of AI techniques on optical space debris detections

Rongyu Sun, Purple Mountain Observatory

Estimating the Particle Size of Reentry Byproducts using Molecular Dynamics Simulations of Aluminum Atmospheric Demise

Jose Pedro Ferreira, University of Southern California

Performance, Navigation and Control of a Spinning Electrodynamic Tether System

Jorge Simon, Universidad Carlos III de Madrid

Spacecraft survivability assessment in space debris environment based on debris cloud model

Baojun Pang, Harbin Institute of Technology

Risk assessment method for back-reflections from space debris in high-power laser ranging

Stefan Scharring, German Aerospace Center (DLR)

Photometric Calibration and Elevation-Dependent Atmospheric Correction in Multistatic Light Curve Analysis

Manik Reichegger, Technical University of Munich

First results from the Salsa Airborne Re-entry Observation Mission Campaign

Clemens Mueller, HEFDiG, Institute of Space Systems, University of Stuttgart

Gaussian Mixture-Unscented Transform propagation during re-entry fragmentation for impact uncertainty quantification

Tommy Williamson, University of Strathclyde

Space Debris Mitigation Challenges from Different Regulatory Entities in the Design of NewSpace VHR Satellites

Pedro Prates, N3O

End-of-life disposal parametric analysis in cislunar space: Earth-Moon L2 escape no-return trajectories

Mathilda Bolis, DAER, Politecnico di Milano

First Results from the Newly Modernized San Fernando Laser Station: Commemorating 45 Years of Service

Manuel A. Sánchez Piedra, Real Observatorio de la Armada

In-situ Detection of Small Space Debris with the LArID concept: Breadboard verification and the path to a flight mission

Noah Ledford, Fraunhofer EMI

An automatically approach of space objects detection and classification

Cristian Omat, Astronomical Institute of the Romanian Academy

Numerical Simulations of Impact Craters Generated by Porous Solid Rocket Motor Slags

Masumi Higashide, Hosei University

Generalizable Bias Correction of Two-line Element Sets in the MEO and GEO Regimes

Davide Amato, Imperial College London

Decade of Advancement: Evaluating Multi-Party Computation Progress in Satellite Collision Avoidance

Sandhra-mirella Valdma, Cybernetica AS

Post-Mission Disposal Considerations for Rocket Stages

Lucía Ayala Fernández, Technische Universität Braunschweig

Utilization of Machine Learning for Comprehensive Identification of Low Density Thin DebriSat Fragments

Bogachan Ondes, University of Florida

Stratospheric Observation of Resident Space Objects Using Photometric and Infrared Sensors

Vithurshan Suthakar, York University

Implications of the SDM requirements on mission design, propellant budget, disposal timeline and operations

Laura Moreschi, Deimos Space for the European Space Agency

Quality Criterion for Orbits of in-situ Impact Detection Missions

André Saltymakov, Technische Universität Braunschweig

Yebes Laser Ranging Station (YLARA) - Space Debris and Satellite Observation Capabilities

Beatriz Vaquero-jiménez, Yebes Observatory (IGN/CNIG)

European Optical Network: Operational Services for GEO Operators

Óscar Rodriguez Fernandez, OKAPI:Orbits GmbH

The Debris Mitigation Facility: A unified framework for DRAMA and MASTER

Frederik Läuferts, OKAPI:Orbits GmbH

Tracking Radar Scheduling Optimization

Almudena Martín, GMV

A new large area detector for in-situ observation of small anthropogenic debris in Low Earth Orbit

Bence T. Varga, C3S LLC.

The Environmental Impact of Collisions with Large Space Structures: the case of Solar Power Satellites.

Pietro De Marchi, University of Strathclyde

SpaDeLab - Space Debris Laboratory of the University of Coimbra

Nuno Peixinho, Instituto de Astrofísica e Ciências do Espaço

Space Object Database for Enhanced Collision Probability Assesment

Emma Pignacca, TU Delft

Opportunistic Space-Based Orbit Determination of Resident Space Objects Using the TUBIN Spacecraft

Anton J. Große Siestrup, Technische Universität Berlin

Update on the ISO Space Debris Mitigation Standards

Hedley Stokes, Convenor of ISO Orbital Debris Working Group

The Open University’s All-Axis Light Gas Gun Facility for MMSD Research

Zoe S. Emerland, The Open University