Story perspectives

New Research Reveals Asteroid Deflection Risks and Solutions

9/13/2025

Summary

Story summary

Research at the EPSC-DPS2025 meeting reveals the "gravitational keyhole" effect, which may redirect asteroids back toward Earth during deflection missions.
Rahil Makadia from NASA stresses the importance of precise impact point selection to mitigate collision risks.
NASA's DART mission successfully changed Dimorphos's orbit in September 2022, demonstrating effective asteroid deflection.
ESA's Hera mission will study the DART impact in December 2026.
Makadia's team created probability maps to identify safe impact zones, supported by ground-based observations.

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Story summary

Research at the EPSC-DPS2025 meeting reveals the "gravitational keyhole" effect, which may redirect asteroids back toward Earth during deflection missions.
Rahil Makadia from NASA stresses the importance of precise impact point selection to mitigate collision risks.
NASA's DART mission successfully changed Dimorphos's orbit in September 2022, demonstrating effective asteroid deflection.
ESA's Hera mission will study the DART impact in December 2026.
Makadia's team created probability maps to identify safe impact zones, supported by ground-based observations.