StarSense autoalignment system

Target entity: StarSense autoalignment system
Context triple: [Celestron, hasNotableTechnology, StarSense autoalignment system]

• A. Fine Guidance Sensor
  The Fine Guidance Sensor is a high-precision pointing and stabilization instrument on the James Webb Space Telescope that locks onto guide stars to keep the observatory accurately aimed during observations.
• B. Automated Planet Finder telescope
  The Automated Planet Finder telescope is a dedicated optical instrument designed to detect exoplanets by measuring precise radial velocities of nearby stars.
• C. Galileo scan platform
  The Galileo scan platform was the movable instrument platform on NASA's Galileo spacecraft that carried and aimed its scientific sensors to study Jupiter and its moons.
• D. Hubble Space Telescope Fine Guidance Sensors
  The Hubble Space Telescope Fine Guidance Sensors are high-precision optical instruments that both keep Hubble accurately pointed at astronomical targets and serve as scientific tools for measuring stellar positions and distances.
• E. Schmidt–Cassegrain telescope design
  The Schmidt–Cassegrain telescope design is a compact catadioptric optical system that combines a spherical primary mirror with a Schmidt corrector plate to provide long focal lengths in a short, portable tube widely used in amateur and professional astronomy.
• F. None of above. chosen
• G. Unsure - the case is ambiguous/there is not enough information to decide.

Target entity: StarSense autoalignment system
Target entity description: StarSense autoalignment system is Celestron’s automated telescope alignment technology that uses an onboard camera and software to quickly and accurately align a telescope with the night sky without manual star-centering.

• A. Fine Guidance Sensor
  The Fine Guidance Sensor is a high-precision pointing and stabilization instrument on the James Webb Space Telescope that locks onto guide stars to keep the observatory accurately aimed during observations.
• B. Automated Planet Finder telescope
  The Automated Planet Finder telescope is a dedicated optical instrument designed to detect exoplanets by measuring precise radial velocities of nearby stars.
• C. Galileo scan platform
  The Galileo scan platform was the movable instrument platform on NASA's Galileo spacecraft that carried and aimed its scientific sensors to study Jupiter and its moons.
• D. Hubble Space Telescope Fine Guidance Sensors
  The Hubble Space Telescope Fine Guidance Sensors are high-precision optical instruments that both keep Hubble accurately pointed at astronomical targets and serve as scientific tools for measuring stellar positions and distances.
• E. Schmidt–Cassegrain telescope design
  The Schmidt–Cassegrain telescope design is a compact catadioptric optical system that combines a spherical primary mirror with a Schmidt corrector plate to provide long focal lengths in a short, portable tube widely used in amateur and professional astronomy.
• F. None of above. chosen