Network of nano-landers for in-situ characterization of asteroid impact studies

Physics & Astronomy

• asteroid missions 14%
• asteroids 88%
• cameras 6%
• characterization 42%
• comets 8%
• cosmic rays 6%
• deflection 6%
• ejecta 8%
• excavation 11%
• formulations 5%
• geology 11%
• in situ resource utilization 14%
• lenses 5%
• machine learning 19%
• microgravity 8%
• planning 7%
• regolith 10%
• robotics 9%
• rocks 7%
• simulation 2%
• solar system 7%
• spacecraft 6%
• spectrometers 5%
• trajectories 6%

Earth & Environmental Sciences

• asteroid 81%
• comet 7%
• control system 6%
• cosmic ray 7%
• defense 13%
• deflection 7%
• effect 1%
• ejecta 8%
• excavation 5%
• experiment 2%
• geology 5%
• gravity 5%
• in situ 47%
• machine learning 13%
• planning 4%
• regolith 7%
• resource utilization 8%
• robotics 7%
• rock 3%
• science 4%
• seismic activity 7%
• simulation 3%
• solar system 7%
• spacecraft 6%
• spectrometer 5%
• trajectory 5%

Engineering & Materials Science

• Asteroids 100%
• Cameras 4%
• Chemical analysis 9%
• Control systems 4%
• Cosmic rays 10%
• Excavation 7%
• Experiments 2%
• Geology 8%
• Gravitation 6%
• Image sensors 7%
• Lenses 7%
• Machine learning 10%
• Planning 4%
• Robotics 5%
• Rocks 5%
• Small satellites 8%
• Solar system 8%
• Spacecraft 6%
• Spectrometers 8%
• Trajectories 4%