Electromagnetic imaging device (emid)

Abstract

The Electromagnetic Imaging Device (EMID) is a customizable, handheld, real-time, high-resolution imaging solution. EMID displays still frame, video, and 3D images onscreen using Q-Vision, which visually translates captured and catalogued EmH signature wave-states in real-time into realistic images. EMID comprises a Quantum Transceiver Antenna (QTA) with layered antenna pixels forming toroidal geometries tunable from 20 Hz to beyond 1 THz, preserving multidimensional wave-states as Electromagnetic Holograms (EmH) in line-of-sight and non-line-of-sight conditions through water, earth, metals, and organisms. The Transceiver Discriminator (TD), assisted by AI, identifies signatures and translates them into realistic high-resolution Q-Vision images of internal biological structures via Internal Body Imaging System (IBIS), sub-surface resources via Sub-Ground Imaging System (SGIS), and emergency recovery via Emergency Body Recovery Imaging System (EBRIS). The QTA simultaneously maintains multi-channel communications and secure data transfer without interfering with imaging. EMID integrates with satellite, drone, and terrestrial platforms, optionally powered by Q-Tricity and incorporating QTTA and EM-ASER.

Dependencies are inferred from the claim text.