This 4 part article goes into detail from studies conducted around 2003 to present day. Mainly dealing with Orbs and their consciousness. This is just another theory to be added to many others out there.
Life-Like Qualities of Plasma
Bohm, a leading expert in twentieth century plasma physics, observed in amazement that once electrons were in plasma, they stopped behaving like individuals and started behaving as if they were a part of a larger and interconnected whole. Although the individual movements of each electron appeared to be random, vast numbers of electrons were able to produce collective effects that were surprisingly well organized and appeared to behave like a life form. The plasma constantly regenerated itself and enclosed impurities in a wall in the same way that a biological organism, like the unicellular amoeba, might encase a foreign substance in a cyst. So amazed was Bohm by these life-like qualities that he later remarked that he frequently had the impression that the electron sea was "alive" and that plasma possessed some of the traits of living things. The debate on the existence of plasma-based life forms has been going on for more than 20 years ever since some models showed that plasma can mimic the functions of a primitive cell.
Plasma cosmologist, Donald Scott, notes that "...a [plasma] double layer can act much like a membrane that divides a biological cell". A model of plasma double layers (a structure commonly found in complex plasmas) has been used to investigate ion transport across biological cell membranes by researchers (See American Journal of Physics, May 2000, Volume 68, Issue 5, pp. 450-455). Researchers noted that "Concepts like charge neutrality, Debye length, and double layer [used in plasma physics] are very useful to explain the electrical properties of a cellular membrane". Plasma physicist Hannes Alfvén also noted the association of double layers with cellular structure, as had Irving Langmuir before him, who coined the term "plasma" after its resemblance to living blood cells.
David Brin's Sundiver also speculated on plasma life forms. This science fiction proposed a form of life existing within the plasma atmosphere of a star using complex self-sustaining magnetic fields. Similar types of plasmoid life have been proposed to exist in other places, such as planetary ionospheres or interstellar space. Gregory Benford had a form of plasma-based life exist in the accretion disk of a primordial black hole in his novel Eater.
Plasma Life Forms in Space
An international scientific team has discovered that under the right conditions, particles of inorganic dust can become organized into helical structures which can interact with each other in ways that are usually associated with organic life. Using a computer model of molecular dynamics, V N Tsytovich and his colleagues of the Russian Academy of Science showed that particles in plasma can undergo self-organization as electric charges become separated and the plasma becomes polarized in their paper entitled From Plasma Crystals and Helical Structures towards Inorganic Living Matter, published in the New Journal of Physics in August 2007.
Past studies, subject to Earth's gravity, have shown that if enough particles are injected into a low-temperature plasma, they will spontaneously organize into crystal-like structures or "plasma crystals". Tsytovich's computer simulations suggest that in the gravity-free environment of space, the plasma particles will bead together to form string-like filaments which will then twist into helical strands resembling DNA that are electrically charged and are attracted to each other.
The helical structures undergo changes that are normally associated with biological molecules, such as DNA and proteins, say the researchers. They can, for instance, divide to form copies of the original structure; which then interact to induce changes in their neighbors that evolve into other new structures. The less stable structures break down over time leaving behind only the structures that are most adapted to the environment. "These complex, self-organized plasma structures exhibit all the necessary properties to qualify them as candidates for inorganic living matter", says Tsytovich, "they are autonomous, they reproduce and they evolve".
He adds that the ionized conditions needed to form these helical structures are common in outer space. If that is so, then it will mean that plasma life forms are the most common life form in the universe, given that plasma makes up more than 99% of our visible universe which is almost everywhere ionized. This is in stark contrast to carbon-based life forms, which according to the Rare Earth hypothesis proposed by Peter Ward and Donald Brownlee, would be rare in the universe due to a number of factors - including the need for an acceptable range of temperatures to survive. Complex carbon based life may be as rare as solid rocky bodies like the Earth in the universe.
Plasma, on the other hand, is associated with high temperatures. Plasma life forms would be much more adapted to environments which would be considered hostile to carbon-based life forms. It is possible that plasma life forms were already present in the gas and materials that formed the Earth 4.6 billion years ago. Carbon-based biomolecular life forms only appeared 1 billion years later. Tsytovich and other scientists (including Lozneanu and Sanduloviciu, discussed below) have proposed that plasma life forms, in fact, spurred development of organic carbon-based life on Earth.
In this connection, Tsytovich pointed out that plasma life forms can develop under more down to Earth conditions such as at the point of a lightning strike. The researchers hint that perhaps a plasma form of life emerged on the primordial Earth which had a highly ionized atmosphere, which then acted as the template for the more familiar organic molecules we know today. A plasma bubble could form at the end of a lightning strike and act as a mould for chemicals to conform with to form a primitive biological cell.
In : Science
Tags: plasma orbs consciousness matter ions ionized carbon
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