The story of how a scientist tried to prove that stars have a mind

The story of how a scientist tried to prove that stars have a mind

The nature of consciousness remains one of the greatest scientific mysteries. We do not know how consciousness manifests itself biologically, chemically, or physically. We do not even know whether life or a functioning neural network is necessary for the formation of consciousness.

There is a theory of panpsychism that argues that consciousness is something universal (the universal animation of nature). She gained a fairly large number of supporters. Moreover, a scientist appeared who believes that this idea should be taken as seriously as possible.

Don't think Greg Mathloff is some kind of freak. This is a scientist who pays attention to the data. He himself was surprised by the new find. It turns out that the numbers show that the stars are actively changing and correcting their own routes in the sky.

Matloff spent most of his career developing NASA rockets. Then he retrained as an expert in planetary defense, the extraction of materials from asteroids and the idea of ​​how our consciousness can influence celestial physics.

In a recent scientific article, Greg Matloff argues that the stellar momentum and velocity data demonstrate cases in which the motion of stars does not coincide with current astrophysical models. He believes that these data should be considered as evidence of how proto-consciousness can manifest itself in celestial objects.

In this context, stellar consciousness is perceived as an alternative theory of dark matter, trying to explain why stars in outer regions of galaxies move faster than they should.

The story of how a scientist tried to prove that stars have a mind

Star fields stretch billions of light years

Matloff first encountered the theory of consciousness in the work of physicist and parapsychologist Evan Harris Walker. The latter described the connections that were observed between consciousness and quantum mechanics.

Walker believed that the thought works, because we have a certain type of wave function associated with a particle (possibly an electron), bouncing between two synapses. If you throw a grain of sand into a brick wall, then it will not pass through it, even on the millionth roll. But in the quantum world there is an infinite chance that a grain of sand will be able to break through the wall.

If we are talking about the brain, then the electron can eventually break through the synaptic walls and move to another part of the brain (or even to another brain). That is, the thought can suddenly penetrate into different places. If this happens on a larger scale, we get the formation of consciousness. At the quantum level, cells and tissues will not be required for this, since it is simply an interaction of particle physics.

Matloff became interested in this idea while working on interstellar travel and movement in outer space. Once a student asked him about dark matter, which explains why the stars on the outer regions of spiral galaxies move faster than they should. The student said that scientists for decades looking for dark matter, which even may not be.

This comment made Matloff think. If there is no dark matter, then there must be another reason for the unusual movement of the stars. What happens if you remove from the equation the influence of a dense object? Maybe the whole thing in the property of the stars themselves?

The story of how a scientist tried to prove that stars have a mind

Flicker if you need to.

Matloff decided to attend a symposium at the British Interplanetary Society dedicated to science fiction writer Olaf Stapledon. Earlier, he described the Universe in the form of a cosmic dance, where stars are able to “communicate” with each other and manifest a primitive form of consciousness in order to move synchronously.

There are other ideas. For example, the theory of steady state suggests that the density of the Universe does not change with the expansion of space, because matter is created all the time. That is, the universe is always the same. Stellar consciousness would be the method of creating stability. But this theory was rejected by a larger number of the scientific community.

However, Matloff still thought: “If the stars are conscious and move of their own accord, then what brought them to consciousness?”. There is no biological basis (like neurons), so I had to turn to molecules. How could consciousness be in molecules?

Matloff developed a model that claims that a stabilized oscillation in the universal vacuum, from which the universe originates, also acts as a source of consciousness. The scientist believes that molecular consciousness exists due to the Casimir effect: not all bonds between atoms and molecules are electromagnetic. This is 20-30% due to the vacuum pressure.

If so, then there should be a difference in motion for stars with molecules and hotter without molecules. Matloff had to search through many books to find the answer.

The story of how a scientist tried to prove that stars have a mind

What if the Large Magellanic Cloud was, in fact, a huge Magellanic crowd As a result, he managed to reach the hypothesis of breaking the Parenago. This is an idea from the Soviet physicist Pavel Parengo, created in the 1940-1950s. He worked on the ideas of astrophysics, contrary to the prevailing astronomical theories. His concept is that colder stars, including the sun, move somewhat faster around the galactic center than hotter ones.

Matloff dug deeper and decided to look for support for Parenago ideas in modern observations. One source was data from the Hipparcos Space Observatory, which observed the movement of more than 100,000 stars. He also turned to the “Astrophysical quantities” of Clabon Allen. It turned out that the break in stellar motion was evident in stars with a hotter spectral class.

It is easiest to say that the dense arms of matter are present in the spiral arms of the Milky Way, and one of these regions moves across the galaxy for billions of years, dragging cooler stars with it. But this explanation is unlikely. Moreover, such a phenomenon does not concern a specific area, but is common everywhere.

Well, if a star really possesses consciousness, how could it change its direction and speed on the physical level? Various theories included radiation pressure, stellar jets and even telekinesis. Each has strengths and weaknesses.

Radiation pressure isotropically affected if it is the same in all directions. If it is directed more in one direction than the other, then this increases the likelihood that advanced aliens have created a megastructure that revolves around a star. But it is difficult to imagine that an alien station was present near each star with a strange behavior. The idea of ​​stellar jets sounds better, since unidirectional flows can push a star by 40-50% in one direction more than in the other. But there is not enough data to confirm the possibility of such a scenario.

And so we came to telekinesis. This is incredibly difficult, because the phenomenon is not yet subject to proof. In the end, Matloff still focused on panpsychism, trying to bring the idea out of the field of philosophy into an attempt at empirical verification.

The story of how a scientist tried to prove that stars have a mind

Giant jacuzzi of galactic consciousness

How is Matloff going to look for evidence? The first step is to accumulate as much information about stellar motions as possible. Here the scientist has been lucky, since the Gaia mission has long been engaged in this. He is going to analyze the collected data, paying attention to more red and cold stars with molecules that usually move around the galactic center faster than stars without molecules.

If the data confirms the idea of ​​Matloff, then it can turn the whole scientific world. Now his assumptions seem strange, but they inspire you to look at the Universe as something filled with consciousness.

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