Some physicists consider quantum mechanical results to be completely subject to observations.

String theory and quantum mechanics - Comment on 2012 May 26

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2012 May 26

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The effects of electromagnetism are described in great detail by physicists and widely used in daily life by engineers, but the real origins and true nature of electricity and magnetism are undiscovered. Read more:

Lately we had several entries about scientific subjects and the coming into being of matter and I want to bring some excerpts from a further scientific article I read today. The article is actually about string theory but it also contains some details about quantum mechanics.

Just in the last entry string theory was mentioned,
2012 May 23 (2) – Consciousness forms physical matter,
and there it was about a subject that has been discussed quite often on this website, that the world of matter was created out of the spiritual world, that consciousness forms physical matter.

Jesus expresses this the following way in Luke 6:45: “A good man out of the good treasure of his heart bringeth forth that which is good; and an evil man out of the evil treasure of his heart bringeth forth that which is evil.”

Other entries which contain something about string theory are the following ones. I just want to mention them here, so that the reader gets a feel for this scientific theory and in what connection it was mentioned:
2010 Sep 09 (2) – Many kinds of Universes
2010 Sep 12 (2) – The theory for everything
2011 May 16 (7) – Stephen Hawking says heaven is a myth
2011 Oct 10 – The physicist
2011 Dec 15 (2) – String theory
2011 Dec 17 (2) – Soul and body
2012 Feb 25 (5) – These dangerous comedians
2012 Apr 13 – Physics and psychology

Quantum mechanics has often been mentioned on the webpages of this website, so I will not mention any such webpages.

The main reason I bring the following excerpts is that they contain detailed information about quantum mechanics which make is easy for the reader to see that this scientific area is actually about the process of creating material substances out of the spiritual realm. The terminology used by the scientists is of course everything else than spiritual terminology but all immaterial things are spiritual in their nature.

A little example of this are the effects of electromagnetism, which ”are described in great detail by physicists and widely used in daily life by engineers, but the real origins and true nature of electricity and magnetism are undiscovered.” They have not discovered them, because they carry on denying the spiritual side of life.

Here now the excerpts:

 

String physicists assume that energetic pieces of threads are the keys to quantum gravity and to everything else of our perceived reality throughout the universe. The basic elements of this theory are "strings" or membranes, i.e. subatomic one-dimensional energy threads and built areas. The vibrations of these strings generate everything out of a vacuum, like the different characteristics and features of subatomic elementary particles and all elements of the periodic system.

A tiny little string, about a hundredth of a billionth of a billionth of the size of an atomic nucleus, could form, for example, an electron by its special kind of oscillation. All kinds of particles are unified by a "Super String Theory" because each particle differs only by the oscillation pattern of a string. Even space and time are supposed to be subject to vibrations of strings.

A basic obstacle of string specialists are the insufficient explanations of seemingly clear physical phenomena. Electromagnetism is one example. The effects of electromagnetism are described in great detail by physicists and widely used in daily life by engineers, but the real origins and true nature of electricity and magnetism are undiscovered.

The basic theories for elementary particles need getting used to because each material particle is described as a distinguishable excitation state of basic energy strings and areas with quantum mechanical aspects.

Looking at a simple electron: Like any photon, any electron either behaves as concentrated particle or as a spreading wave, only depending on the set-up of the experiment. Scientists speak about "the unsolved dualism of wave and particle". Quantum physicists try to handle this inexplicable contradiction by the superposition of several possible states and conditions. There is only a probability that one of these states and conditions actually takes place. The whole of possible states is mathematically expressed by so called wave functions. Any single result of an observation appears accidentally. This way, quantum physics became able to predict atomic processes with extraordinary high precision, fully in accordance with experimental examinations.

Some physicists consider quantum mechanical results to be completely subject to observations. This means that the wave function contains all possible results in an indefinable intermediate state and only the actual observation itself decides upon the selection from possible results. This brings us to the question of necessary repetition sequences to constantly interact with the space-time construction of our perception. A single event cannot be predicted, but many events of the same kind should appear with certain probabilities exactly because of these repetition sequences. The observed system appears to accidentally move on to a new state, never in total chaos, but usually determined by a degree of probability. Repeating such a transition process many times shows different following states, based on a calculable probability. One best example is the decay of atoms: The radioactive decay of a Uranium atom may happen in an instant or only after many millions of years. Its decay is not predictable. The radioactive decay of a certain quantity of Uranium, however, follows proven decay laws of probability.

Accepting these peculiarities of quantum physics, it is possible to calculate the probabilities and whereabouts of events, particles and energy states with astonishingly precise results. The actual measurement causes a seeming collapse of the wave function of probabilities, extracting only one possibility out of the given repetition sequence. The process of measurement and evaluation is considered to represent an active disturbance of this wave function that leads to the then actual and noticeable result. In the phase before the actual measurement, everything still was in a state of uncertainty.

 

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