I’ve been pondering something after my recent experience in a sightseeing submarine. As you descend into the ocean, the colors you see change drastically. This got me thinking: Are we truly considering the light emitted by various phenomena, such as orbs or non-human intelligences?
Has anyone undertaken an analysis of the colors of these lights? Each light corresponds to a specific wavelength, right? To simplify, think about fireworks: their colors come from the substances they burn—blue from copper, yellow from sodium, and red from strontium.
Have any citizen scientists conducted spectral analyses on these phenomena? And what about exploring other types of wavelengths? This could include sound waves, electrical pulses, or even something like a nuclear pulse. Perhaps you could even liken it to a heartbeat?
Those are some fascinating thoughts! You’re absolutely right that light is fundamentally about wavelengths, and analyzing the colors of light produced by phenomena or potential non-human intelligences (NHIs) could yield valuable insights. Just like with fireworks, the specific wavelengths emitted can tell us a lot about the substances involved in the processes producing that light.
There have been some efforts in spectral analysis when it comes to observing unidentified aerial phenomena (UAP) and other unexplained occurrences. Spectrometers can help scientists understand the specific frequencies and wavelengths emitted, giving clues about the materials or energy sources involved.
As for other types of wavelengths, that’s a great avenue for exploration as well! Sound waves, electromagnetic pulses, and even variations in electrical activity could provide further clues about these phenomena. The idea of analyzing these in terms of a “heartbeat” is an intriguing metaphor, suggesting a rhythm or pattern that might reveal more about how these occurrences function.
Citizen scientists could definitely contribute to this field by using accessible technology, like spectrometers or sound analysis software, to gather data. Collaborating with more established researchers could also help elevate these findings into serious scientific discussions. Exploring the colors and wavelengths produced by such entities could open up entirely new avenues of understanding!