This technological invention concept pertains to a nanometer scale stereoscopic vision satellite technology, that would be capable of diagnosing diseases, and reading DNA strands, from orbit, using high density three-dimensional high resolution mass spectrometry data, to be able to see extremely small objects, even within other objects, from a telescopic satellite being used to gather evidence from a Low Earth Orbit (LEO) or Medium Earth Orbit (MEO) or Geostationary Orbit (GEO).
This satellite technology would be the capability of putting an electron microscope level of viewing in space, to gather a large amount of evidence from a target aperture area near the ground, or in the atmosphere, and diagnose what is in the area, including with software that can determine what every atom of every molecule is comprised of, through the usage of artificial intelligence to analyze the wavelengths of light that penetrate and are sent back from the objects through feedback from various wavelengths of laser light, to determine exactly what the materials are, similar to the way the materials on a distant planet can be determined based on how laser light feedback occurs from the distant planets, such as to determine the makeup of the atmosphere of the planet.
There would be computer software that would determine what is in DNA or RNA strands, such as from hair or skin cells, from a satellite in orbit, which could be used for police or military purposes, to identify staff members with biosecurity mechanisms or to identify subjects properly.
Stereoscopic vision pertains to the ability to see the imagery, and zoom in and through the imagery, in The Virtual Environment. This technology would allow criminal investigators to see crime scene evidence remotely, such as for cooperation with international law enforcement agencies in military cases. This satellite technology would also be able to capture stereoscopic videos from remote destinations, and provide them as experiences, for educational and entertainment purposes.