Advanced Concepts Team
Our mission is to monitor and perform research on advanced space concepts and technologies, preparing ESA for any disruptive change to come.
Our research
Advanced Materials
Artificial Intelligence
Bio-Engineering
Biomimetics
Complexity Science
Earth System Sciences
Energy Systems
Fundamental Physics
Habitats
Informatics
Mission Analysis
Nanophotonics
Propulsion
Astronomy & Astrophysics
Biomimetics
Bird-Inspired Stabilization
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Mission Analysis
Spatial Keplerian Map
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Fundamental Physics
Quantum Distributed Sensing
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Artificial Intelligence
Optical Flow-Based Egomotion Estimation for Lunar Landing
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Artificial Intelligence
Fast and Efficient Asteroid Geodesy with MasconCubes
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Mission Analysis
Analytical propagator for lunar satellite orbits
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Informatics
Keplerian TSP
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Biomimetics
Earwig-Inspired Self-Deploying Bistable Structures
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Biomimetics
The Connectome of a Fly as a Computational Reservoir
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Mission Analysis
Neural Kepler Map
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Mission Analysis
Safety Verification of Neural Network Controllers
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Multidisciplinary
Differentiable Description of Irregular Eclipse Conditions
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Multidisciplinary
Probability of collision in nonlinear dynamics
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Multidisciplinary
Post-Newtonian orbital mechanics around a black hole in MOdified Gravity
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Informatics
Facets of Automated Reasoning
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Bio-Engineering
Microbial consortia for space biomining
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Multidisciplinary
Black Hole Gravity Assists
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Informatics
Structure-guided Quantum Computing
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Multidisciplinary
Biologically-inspired algorithms for continuous onboard learning
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Mission Analysis
Nonlinear Propagation of Non-Gaussian Uncertainty
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Multidisciplinary
Neural ODEs for Space
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Mission Analysis
Study of the motion of charged particles in planetary magnetospheres using Differential Algebra
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Mission Analysis
Comparing Reinforcement Learning with Imitation Learning for Guidance and Control in Space
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Multidisciplinary
Advanced computational methods for material science, a multifaceted exploration
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Mission Analysis
Humans vs Machines
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Artificial Intelligence
Memristor-based Neural Network Accelerators for Space Applications
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Mission Analysis
Improving VLEO Re-Entry Simulations
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Mission Analysis
Revisiting Debris evolution models
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Mission Analysis
Safe swarming around irregular gravity fields
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Mission Analysis
Machine Learning for Trajectory Design in Multi-Body Dynamics
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Multidisciplinary
Artifical Primary Succession in Lunar Regolith
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Multidisciplinary
Totimorphic Structures for Space Applications
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Multidisciplinary
Event-based Vision for Navigation and Landing
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Multidisciplinary
Next-generation high-speed X-ray imaging with Dynamic Vision Sensing
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Multidisciplinary
Retinomorphic Vision Model for On-chip Feature Extraction
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Mission Analysis
Stochastic Continuation
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Fundamental Physics
Satellite Quantum Network Optimisation
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Artificial Intelligence
Geodesy of irregular small bodies via neural density fields: geodesyNets
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