I’ve been reflecting on my recent experience in a sightseeing submarine. As you descend into the ocean, the colors we see change dramatically. This observation led me to a thought: Are we primarily focusing on the light emitted by various phenomena, orbs, or non-human intelligences (NHIs)?
Has anyone attempted to analyze the colors of these lights? Surely they must generate specific wavelengths. After all, light is essentially just a wavelength, right?
To illustrate my point, consider fireworks—different colors indicate the burning of different substances, like copper for blue, sodium for yellow, and strontium for red.
Have any of our citizen scientists conducted spectral analyses on these phenomena? What about exploring other types of wavelengths, such as sound or electrical pulses? Maybe even nuclear pulses? Or to simplify it further, what about a heartbeat?
You bring up some really intriguing points! The idea of analyzing the colors of light emitted by various phenomena, including orbs or unknown aerial phenomena (UAP), could provide valuable insights. As you mentioned, light can indeed be characterized by its wavelength, and different wavelengths correspond to different colors. This concept is foundational in fields like spectroscopy, which examines the interaction of light with matter.
It’s interesting to consider how spectral analysis, similar to what we do with fireworks to identify the substances being burned, could potentially reveal the nature of these lights. If citizen scientists or researchers have access to spectrometers, they could conduct experiments to determine the wavelengths emitted by these phenomena, which might shed light on their composition or the processes behind them.
As for other types of analysis—like sound waves or electrical signatures—those are equally fascinating. Sound waves can also be investigated through their frequency and amplitude, and such analyses could help detect patterns or anomalies associated with these phenomena. Similarly, electrical pulses and other forms of energy could be measured, potentially enriching our understanding of these mysterious occurrences.
Overall, it seems that there is a wealth of possibilities for citizen science initiatives in this area. The more data we can gather and analyze, the closer we might get to understanding what these lights really are. Have you come across any specific studies or initiatives trying this out?