Orbital Dynamics Lunar Phases Comets Moon Phases Solar System Trajectory Analysis Eclipses Gravitational Interactions Earth's Orbit Earth-Moon-Sun Alignment Earth-Moon System Gravitational Effects Trajectory Planetary Orbits Moon Gravitational Forces Eclipse Mechanics Lunar Influence Planetary Motion Asteroids Earth-Moon-Sun Relationship Moon's Orbit Trajectories Perihelion Earth-Moon-Sun System Earth-Moon Interaction Earth's Rotation Moon's Influence Gravity Assists Binary Systems Comet Trajectories Syzygy Ecliptic Plane Ecliptic Lunar Orbit Orbital Calculations Earth-Moon-Sun Relationships Earth-Sun Relationship Gravity Assist Moon Orbit Gravitational Assists Rotation Dynamics YORP Effect Meteor Showers Planetary Systems Hyperbolic Trajectories Moon Formation Moon-Earth Interaction Jupiter Lunar Motion Timekeeping Lunar Studies Tidal Forces Solar Position Orbital Mechanics Orbital Periods Quasi-Moons Gravitational Dynamics Asteroid Dynamics Asteroid Impact Eclipse Cycles Lunar Nodes Gravitational Capture Moon Orbits Orbital Path Earth's Motion Equatorial Plane Active Asteroids Dynamical Astronomy Seasons Moons Gravitational Scattering Gravitational Phenomena Earth's Atmosphere Eclipse Visibility Orbital Alignments Planetary Inclination Moon-Sun-Earth Alignment Eclipse Predictions Leap Years Solar Eclipses Planetary Rotation Orbital Characteristics Orbits Stellar Navigation Transit Timing Variations Gravitational Slingshots Star Interactions Orbital Stability Trajectory of Comets Earth Rotation Solar System Formation Light and Shadow Moon Orbital Dynamics Lunar Effects Orbital Positions Interplanetary Travel Orbital Paths Influence of Celestial Bodies Temporary Natural Satellites
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Mid-infrared fingerprints separate glassy, rock‑vaporizing impacts from lower‑energy grazing crashes and offer a new window on the late stages of rocky planet formation.
