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Optical Analytics: Satellites, Transients, and Astrophysics
We employ innovative optics, specialized analysis, and strict scientific rigor to detect, track, and characterize space objects - from Earth orbit to fast transients across the universe.
Jet emission from a young Sun-like star, DG Tau (above), and GEO‑hunter satellite tracks (below).
About laser awareness
We search for Rare Optical Pulses - from black-hole collisions to potential E.T. lasers.
Spectroscopic Observations and Analysis
We detect satellites that are missing from catalogs, and search for brief optical flashes of any origin. We also obtain spectra of young Sun-like stars to study their jets and dust, leading to planet formation. →
The Era of Space Laser Communication
- 10 Gbit/sec Bandwidth
- Interplanetary and Interstellar Communication
- Data Encryption
- All Detectable by our Optics
We develop optical instruments and spectroscopic algorithms to detect laser pulses from space, using telescopes equipped with high‑dispersion spectrometers and high‑speed cameras.
Searches for Laser Signals
U.S. National Reports on UAPs
Our specialized optics can detect small, faint satellites and debris in orbit around the Earth, including those not in catalogs (“UCT”)
