Selected Publications
Our research findings are published in leading journals and presented at international conferences, focusing on space engineering, AI integration, and astrodynamics.
2025 Publications
APBench and Benchmarking Large Language Model Performance in Fundamental Astrodynamics Problems for Space Engineering
Scientific Reports
In-press 2025
Benchmarking large language model performance in fundamental astrodynamics problems for space engineering applications.
2024 Publications
MOCAT on Temporal Analysis and Quantification for Policies in Space Sustainability
AMOS
Best Pitch Reward, September 2024
Temporal analysis and quantification for policies in space sustainability using MOCAT framework.
Early Classification of Space Objects based on Astrometric Time Series Data
AMOS
September 2024
Early classification of space objects using astrometric time series data and machine learning techniques.
Comparative Analysis Of Analytical And Data-Driven Koopman Operators For The J2 Problem With Atmospheric Drag
AAS
August 2024
Comparative analysis of analytical and data-driven Koopman operators for the J2 problem with atmospheric drag.
Fine Tuned Language Models as Space Systems Controllers
AAS
August 2024
Application of fine-tuned language models as controllers for space systems.
RSO proper elements: Concept, methods, and application to maneuver detection
Advances in Space Research
73 (1), 64-84, 2024
Development of proper elements for Resident Space Objects (RSO) and their application to maneuver detection.
2023 Publications
An investigation on space debris of unknown origin using proper elements and neural networks
Celestial Mechanics and Dynamical Astronomy
135 (4), 44, 2023
Investigation of space debris of unknown origin using proper elements and neural network techniques.
2021 Publications
Secular Dynamics based Features for the Characterization of Small Debris Clouds after Fragmentation
AAS
August 2021
Secular dynamics based features for characterizing small debris clouds after fragmentation events.
2020 Publications
Neural Network Based TLE Error Modeling And Quantification
AAS
August 2020
Neural network based Two-Line Element (TLE) error modeling and quantification for improved orbital predictions.
The arches of chaos in the Solar System
Science Advances
6 (48), eabd1313, 2020
Discovery and analysis of chaotic transport structures in the Solar System known as the "arches of chaos."
Research Impact
Our publications have been widely cited and have contributed to significant advances in space engineering, AI integration, and astrodynamics research.
10+
Selected Publications
Published in leading journals including Scientific Reports, Science Advances, and Advances in Space Research.
Multiple
Conference Presentations
Regular presentations at major international conferences including AAS and AMOS.
Space Engineering & AI
Research Focus
Bridging the gap between traditional space engineering and modern artificial intelligence techniques.