Electricity (Part 2.)

16 07. 03. 2017
6th international conference of exopolitics, history and spirituality

Positive and negative particles of matter

In 1920, a force was defined that holds atoms composed of positive and neutral particles together. These could not be normal electric charges. It must be another form of charge. And so the so-called Color strength. It was not until 50 years later that a strong interaction was experimentally demonstrated. In 1934, Enrico Fermi discovered the so-called weak interaction, which is responsible for radioactive decay. During the decay of radioactive elements, high-energy electrons or their positive antiparticles - positrons - are formed. So we have four interaction forces: the strong that holds the particles in the atoms together, the normal, the weak, the weak-radioactive decay, and the gravitational force. The first three forces are thought to have formed during the Big Bang explosion. Assumed! So they arose as a force of one, until they separated from each other as the expanding universe cooled. This is a THEORY, please. Scientists are trying to confirm the correctness of this theory with giant accelerators, such as the LHC in Geneva. Length 27 km, cost EUR 3 billion. Indeed, scientists are only slowly approaching the conditions that prevailed during VT. In order to simulate VT and prove the formation of interaction forces, an accelerator with a length of 1000 light years would be needed. This is no bullshit, this is math please. But let's go back to electrons and electricity.

Electric current

Electric current can not be seen, yet from the end of 19. century developed the electricity industry using. Still, no one could imagine this PROUD. To be with "By" was able to somehow handle and calculate, the definition was introduced (!) that an electric current consists of small particles that are positively charged and which simply move from the PLUS pole to the MINUS pole of an electrical source, such as a battery. Only many years later it was discovered that the electron discovered in 1897 is negatively charged and ranges from MINUS to PLUS! It was proved only by the construction of television screens, ie the original huge ones. Isn't that amazing? Basically, power plants and smartphones have been and are being built on a completely wrong definition!

How is it possible that such tiny particles, which cannot be seen and which have a meager mass, can illuminate a city of a million, heat houses and power huge engines? The answer is in their quantity. In one cubic centimeter of copper wire, for example, there are unimaginable 6 × 10²³ atoms. So 6 x 10 and so far 23 zeros. That's more than the number of stars in the visible universe! To give you an idea: Take a pile of sugar cubes. What area would this amount take up? You definitely won't miss it! One square meter is 100 x 100 cm. That's 10.000 cubes. For one square kilometer - 1000 x 1000m, 10 billion cubes are needed, ie 10¹⁰. That's a good number. But: Europe from Portugal to the Urals and from Nordkap to Sicily has an area of ​​10 million square kilometers. But we have "only" 10¹⁷ candies. The total surface area of ​​our planet is 500 million square km. We get to the number of cubes 5 x 10¹⁸. To cover the entire surface of the Sun, which is 12.000 times larger than the Earth, we get close. The number of sugar cubes reaches 6 x 10²². This means that we could use the sugar to pave the surface of the Sun 10 times! And that, please, in one cubic centimeter of copper wire. So it's an incredible amount of small particles that work here.

In electrical engineering, el. current in amperes. If we take an ordinary flashlight, ie a flashlight, it flows in its bulb from a minus pole to a plus pole of about 10¹⁵ electrons per second. Converted to sugar - we would cover half of the Czech Republic. In a second!

Electricity

More parts from the series