COMPLETE UNIVERSE - DYNAMIC SPACE - WAVE PHENOMENA
Fluctuations in faster rates and language of nature
We modern people can understand from the revolution of digital technology better how important the speed and
the repeated change in nature's foundations is, how nature is smart and creative, and how it appears in mathematical proportions. For many
centuries, no efficient construction had evolved to perform fast and difficult calculations. In order to build a computer with the technical
capabilities as we know it today, it was necessary that the electronic technology had been developed. Only after the manufacture of the
electronic valves in the 20th century began the successful efforts and of course these first fabrications did not resemble the later computers
with their tiny components. The language in which calculations are performed quickly and results are stored could not be the flow of a liquid or
moving mechanical parts. Operations with large numbers and the making of many synchronized calculations need speed and agility with minimum
inertia. Therefore, a large number of pieces would be needed to move and to be adjusted like pieces of jigsaw, while their movements had to be
performed quickly by hand or automatically by the force of (slow) springs or the (slow) movement of some fluid. These difficulties (namely the
number of mechanical parts and the speed of movements and alternations) were theoretically overcome by the application of electricity.
The electric current could change quickly and could be used as a language consisting of moments (pulses)
when electricity flows and moments when the flow is interrupted. This is similar to the Morse code, which was used for telecommunications. The
sounds of this code were generated by the touch of a button. The electric current passed instantly and the sound was brief as well. This was all
accomplished by a brief press of a key. By pressing the key for a longer period of time the current flowed for longer and the sound was also
prolonged. This was the principle of operation. Morse devised a combination of short and prolonged sounds for each letter of the alphabet, for
numbers, punctuation, and other signs of expression. The language of computers is made of such electrical pulses. That is, moments when a
minimum amount of current passes and moments when this flow is interrupted. These moments of closing - opening (in circuit with the electric
flow) are represented by numbers 1 and 0. The language of digital technology consists of sequences of 0 and 1. Each digit of such a sequence is
called a bit and 8 bits make a byte. By the codification of the 8 bits can we represent 256 (= 28) different characters as a result of 256
different combinations of 0 and 1. So, the one, who built an electrical circuit, which allowed the electricity to pass and not to pass quickly,
made a leap for the invention of computers without knowing it! The next and inevitable leap was to prepare a complete language with zeros and
aces (software, as this was named later), which would correspond to commands and to the language we use to talk and write, just as it was more
simply done with the Morse code.
The construction of the electronic valves allowed for the first time fluctuations in electricity to be made
at rates of thousands of times per second. Many electronic valves could send and receive electrical pulses amongst them and one valve puts the
other in operation or shuts down for a certain amount of time. Storing these combinations of electrical pulses was another difficult problem for
the computer development. In a few decades and especially since the construction of the transistors, it had been possible to fluctuate the
electric current several billions times per second. The function that the electric current becomes a short and controlled pulse was ensured by
the low volume and weight, low voltages and less heat loss of the transistor. Thousands of transistors together could quickly open and close as
switches and exchange electric pulses. What was needed for the development of computers was the coding of the pulses, as we have explained above
in a simplified manner. It was necessary to combine the pulse of the current (turning on and off in high frequencies) with a number of many
pulses for each letter of the language or for a whole word. For many centuries, it hardly any step could be made for the reason we mentioned in
a simplified manner: It was necessary to combine a large number of "signs" in a variety of ways, at the highest speed and in small space. This
complex and fast operation could not be done with gears and springs. And nature with the variety of its structural elements and the fastest
rhythms in their microscopic structure seems to know it ... better than man.
COMPLETE
UNIVERSE - DYNAMIC SPACE - WAVE PHENOMENA. How the natural laws and forces are applied. What they didn't think in Physics and Philosophy... in last
centuries.
A rational and unified theory on time, space, matter, forces and structure of the Universe. The nature and the physical phenomena are explained by a total
amount of energy (in equilibrium), which was logically identified with the free space and by rapid fluctuations of this constant energy, which were logically
identified with particles and matter. The complete and stabilized Universe is appeared as a free space! The reading and printing of the
treatise can be easy without graphic environment from separated files (as are the PDF).
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COMPLETE UNIVERSE - DYNAMIC FREE SPACE - WAVE PHENOMENA
"Big
Bang" in Cosmology: The cosmos present as a complete total (and constant energy quantity) that seems like a free space.
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The fundamental thoughts and relations for the interpretation of nature[*] (with all
individual things). The universal physical constants and the mathematic limits in the
physical changes. How a multitude wave phenomena, by the oscillation of the free
space with the fastest rates of nature (and with their deceleration), produce
periodic motions and forces and create the building blocks of the world (matter).
Please note another finding which you do not easily read in the well-known books on
cosmological research. An ascertainment associated with the finding of precision and fineness of visual information: A lot of telecommunication
devices can emit from a limited space of a few square meters. The e / m signals can be emitted at the same time in a number of radio frequencies
and with high power. All of these e / m fields and emitted signals coexist and with the help of them the fields of many other electrical and
electronic devices can be produced. In the same environment lights can focus and flash, as well as many devices can function that generate noise
and other radiations. From a distance of several kilometers properly regulated receivers can receive the emitted signals and select them. No
problem of neutralization or instability in receiving the e / m signals exists due to their simultaneous transmission from such a limited space.
Still, all e / m signals can carry information, which is in the form of rapid fluctuations. One would expect that all these fields with their
fluctuations and photon crowding could not be transmitted. One would expect that one e / m signal would significantly alter the transmission of
the other, that many e / m fields would mix with each other and would be inseparable as noise. One would expect that they would deplete the
potential of the space and that there would be only noise in the small area with the many sources of e / m fields without the technical
possibility of selection, filtration and separation, such as a cloud of dust from troubled and shuffled material molecules. However, the fields
and radiations retain their identity, exhibit a regulated behavior and properties determined by natural laws.
The
1st publication
COMPLETE UNIVERSE
AS FREE SPACE
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COSMOS, MATTER & LIFE | THINKING & KNOWLEDGE
" BIG QUESTIONS " - SHORT ANSWERS - BIG SURPRISES !
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Eventually, there was no need to look back in time and find a single source and a beginning for what followed. The world as a complete whole
is the alone beginning to explain the existence of physical laws. So purely, without choosing individual elements, without we refuge in fantasies, without
despair that brings the thought about an infinite progression past. All these difficulties disappear, and only one remains: how the Universe achieves to
regulate the individual developments and how do applied the laws to all phenomena... so that the totality (of all things) seems incomplete and always
unfinished! The answer can not be given without understanding how the physical space associated with the structural elements (as wave phenomena).
The materialistic way of life is ingrained in fantasies and lies, not in self-awareness and coincides with an egocentric lifestyle and mindset. Selfishness, bias,
nonsense and paranoid spirit are other aspects of the materialistic way of life and perception.
Do you discover the philosophy accidentally now? What is the
Philosophy. Philosophy & reality
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