November 20, 2022

 

 

Interview with myself regarding an encounter I had with an Ethereal plasma-based life form. I asked AI (Google and ChatGPT) seven questions about my experience to test my hypothesis about what it might be. 

 

1. Is cold plasma always visible with the naked eye? 

 

Google: No, cold plasma is not always visible to the naked eye. 

 

ChatGPT: Cold plasma is not inherently invisible, but can appear invisible if the light it emits is too weak or outside the visible range.

 

2. Is cold plasma visible on the infrared (IR) spectrum? 

 

Google: Yes, cold plasma can be visible on the infrared (IR) spectrum, through not in the same way we "see" it with our eyes. While it may be invisible to us, it emits and interacts with infrared radiation in ways that scientists can detect with specialized equipment. 

 

ChatGPT: Yes--cold plasma can be visible in the infrared (IR) spectrum, but not always strongly. 

 

3. Does cold plasma cause noticeable temperature changes or electric changes that would make hair stand on end? 

 

Google: Cold plasma typically does not cause the dramatic "hair-raising" effect associated with static electricity, nor does it create significant heat. In fact, its name comes from the fact that its overall gas temperature remains near room temperature, even though the electrons within it are highly energetic.

 

ChatGPT: Short answer, temperature usually no; static hair effects--sometimes yes, but typically mild.

 

4. Can plasma travel through mass? 

 

Google: Plasma cannot "travel through" mass in the way light passes through a glass or a ghost passes through a wall. Instead, it interacts vigorously with the surface of any mass it touches. Because plasma is a high-energy, ionized gas its behavior when meeting a solid or liquid is defined by collision and reaction rather than passage.

 

ChatGPT: Plasma cannot travel through solid mass. But its fields light and effects can extend beyond where the plasma itself is. 

 

5. Would cold plasma have a transparent aura around it if it bumped into mass? A kind of glow around or near the object it bumped into?

 

Google: Yes, that "transparent aura" or glow is a real physical phenomenon. When plasma interacts with a solid object, it often creates a visible boundary layer known as a plasma seath or Debye seath.

 

ChatGPT: In real physics, it's close to that idea, but not a transparent aura. When cold plasma meets a surface, a thin region forms called a plasma sheath. It's a microscopic boundary layer, tiny fractions of a millimeter to a few millimeters. Electric fields become stronger there, and charged particles reorganize and accelerate. Even though the sheath is invisible, it can produce visible side effects: a faint glow hugging the surface from excited atoms to electroluminescence, a shimmering or flickering in low light, a very subtle "corona" effects around the edges or points, and only visible under certain conditions like darkness, and enough voltage, [and in IR light]

 

6. Do you believe a plasma blob can exist on earth as a separate organism on its own and be able to sustain and propel itself by gathering electromagnetic radiation from the sun, electrical thunderstorms, and high-powered electrical lines? 

 

Google: Scientific inquiry has reached a point where the idea of "plasma life" is no longer just science fiction, though there is a clear distiction between complex self organization and biological life. 

 

ChatGPT: Short answer, no. There is no credible evidence that plasma blobs on Earth can be self-sustaining, an organism-like entities that feed on environmental energy. And based on what we know from plasma physics and biology, it's extremely unlikely. 

 

7. Could plasma blobs' bodies act like solar panels and store the electromagnet radiation as fuel like photosynthesis?

 

Google: While it sounds like science fiction, the idea of a plasma "body" acting like a solar panel is grounded in real physics. In this model, the plasma wouldn't "eat" in a biological sense; instead, it would function as a dynamic energy harvester and storage device.

 

ChatGPT: Even if plasma could absorb electromagnetic radiation, it has no way to store, regulate, and reuse that energy to maintain itself over time. Without that, it can't stabilize, persist, or become organism-like.