Revealing the Invisible: Could LIDAR Expose Exotic UAP Propulsion?

In this video, broadcast TV filmmaker Simon Holland explores a cutting-edge possibility in the UAP world: could an LIDAR style sensor help detect exotic propulsion from a real anomalous craft?

We break down how LIDAR detectors estimate speed and distance using changes in the wavelength of returning light an effect often described as Blue Shift (light frequency compresses as it moves toward you) and Red Shift (light stretches as it moves away). In normal scenarios, these shifts behave predictably, matching conventional physics and aerodynamics.

But what if a UFO isn’t relying on classic thrust? What if the craft uses warp drive concepts that effectively compress space-time, creating counterintuitive motion signatures?

Simon discusses the intriguing idea that the “signature” of truly anomalous propulsion could appear as a reverse red shift or an unexpected blue shift pattern on LIDAR readings signals that don’t match standard aircraft flight.

Join Simon as he connects sensor tech, relativistic physics, and the ongoing mystery of UAP detection could this be one of the best clues yet that something beyond our current understanding is flying overhead?

SOURCE: Simon Holland  https://youtu.be/SfdOPtS_xbg?si=JuoC8Wxt88tEKxi_&t=1