Has anyone here constructed an overunity system that works?

[stivep]

I don't have a lot of time to conduct controversy,

no my dear Russian friend - it is not true that you  have no time.
-you simply  have nothing to say in form of response,.. and you are the controversy..

Einstein is not an engineer, and most likely. that he did not hold a soldering iron in his hands.
All Einstein did was to pack some of the work beautifully. which he, as a showman, was able to popularize.

Yes I agree it is possible. most of surgeons in our civilized part of the world didn't  use solder gun too.

Questions. which he tried to consider in the theory of relativity and the special theory of relativity is a mathematical continuation
of Lawrence's attempt to explain some phenomena by the method of mathematical abstraction.
But the mathematical abstraction built on motionless or other ethers was correct. except for the hypothesis of motionless ether.

Dear Russian  you can't provide me with scientific evaluation of  motionless Eather  vs Dynamic Eather  or Eather  at any form and any scientist
paper after 1945.

Lorenz could not give an explanation of inertia, although some American scientists who introduced the concept of
Ether made just an attempt to explain what inertia is, as a certain state of Physical Vacuum,
which manifests itself in no way carried away or motionless, but dynamic. This logic of thinking appeals to me.
Because these explanations do not help in considering those processes. which I consider in my experiments.But the interaction of the physical body and the Physical Vacuum (Ether) is a more complex concept than Lorentz's
clumsy attempts to explain it. because this is a more complex topic than just shrinking or transforming in space and time coordinates.

My dear Russian - You can't even provide me  the names of these Americans who  introduced Eather  and these who fallowed  their steps..


Think about yourself  Dear Ilya Tsimbaluk as about Russian who is looking at perfectly made  scientific bread.
Every piece of this bread is at Swiss, German, American  quality  and standards.
example:
GDR occupied  by Soviets made Trabant:
https://en.wikipedia.org/wiki/Trabant
GDR  is Germany now .. 
compare :
-that GDR only after few years of freedom  from Russian/soviet occupation. 
with
-Russia today..
 



But for Some Russians it is too perfect, and is drastically outperforming  any Russian top Hi Tek.
As Russia now is only  a cheap gas station for  the world.
Nothing or almost nothing is made there .
Russian science is devastated , life  condition too,
freedom of you saying how "Russian bread" is bad  makes you to go to  jail.

And you are  looking now at early stage  of this piece of art created by  Western world.
You are looking at  some mistakes they made  in  the  early days of that science.
And yes you right.
Yes some postulates of our scientists were mistaken, wrong,
but we corrected it and in Russia they likely  didn't.



So because of these and  other uncorrected mistakes Russia of today is feudal,mutant  (at level of $170/ mo  in average) of  soviet collapse suffering  from delusional
ideas of its dictators . Surrealistic Russian reality doesn't react with answers.
You Ilya are likely the miniature copy  of it.
I would like to see you prospering, famous, wealthy, happy, and free,
I wish you the best my friend

Wesley


legal note:
opinion expressed is my own according to  constitution of USA

[lancaIV]

A. A.Einstein and his Autismn !


B. probably he also worked "as solder" https://translate.google.com/translate?sl=auto&tl=en&u=https://www.muenchen.tv/historische-fakten-albert-einstein-und-die-wiesn-12217/


https://translate.google.com/translate?sl=auto&tl=en&u=https://de.wikipedia.org/wiki/Albert_Einstein
Munich and school education until 1894The family moved to Munich shortly after Albert was born in 1880 , where his father and uncle founded a small business for gas and water installation in October 1880. As this was economically satisfactory, they decided in 1885, with the support of the entire family, to set up their own factory for electrical devices (Elektrotechnische Fabrik J. Einstein & Cie) . [8] His father's company was successful and supplied power plants in Munich-Schwabing, Varese and Susa(Italy).



Switzerland 1895–1914The way to study: Matura in Aarau




In the spring and summer of 1895 Einstein stayed in Pavia , where his parents lived temporarily, and helped out in the company. He made trips to the Alps and the Apennines and visited his uncle Julius Koch in Genoa . During this time, the 16-year-old Einstein wrote his first scientific work, an essay entitled  On the Investigation of the State of Ether in the Magnetic Field, [16] and sent it to his uncle Caesar Koch (1854–1941), who lived in Belgium, for assessment. The work was never published as a scientific contribution in a journal and remained in the form of a discussion contribution. [17]




Do You both know this work ? I not !


https://translate.google.com/translate?hl=&sl=de&tl=en&u=https%3A%2F%2Fde.m.wikipedia.org%2Fwiki%2FMarcel_Grossmann


https://translate.google.com/translate?hl=&sl=de&tl=en&u=https%3A%2F%2Fde.m.wikipedia.org%2Fwiki%2FHeinrich_Friedrich_Weber


From the first publications to the famous formula E = mc² (1905)
→ Main article : History of special relativity

Einstein's dissertation, 1905


Albert Einstein on a German special postage stamp for the year of physics 2005In 1905, at the age of 26 , Einstein published five of his most important works:On March 17, 1905, he finished his work on the photoelectric effect , which he then published as On a heuristic point of view concerning the generation and transformation of light [27] .On April 30, 1905, he completed his dissertation A New Determination of Molecular Dimensions, [28] with which he submitted his doctoral application to Professors Alfred Kleiner and Heinrich Burkhardt on July 20 at the University of Zurich . He chose the University of Zurich because there was an agreement with the Polytechnic where Einstein had studied, and the Rigorosum (oral examination) was not required there. In his dissertation he calculated the size of sugar molecules in solution and from this a value for the Avogadro constant. It is related to his work on Brownian molecular motion, published in the same year, and supported the atomic hypothesis , which at the time was still controversial among leading physicists ( Wilhelm Ostwald , Ernst Mach ). The work was accepted relatively quickly by Burkhardt and Kleiner (the doctoral procedure was completed in July). Paul Drude , the editor of the Annalen der Physik, to whom Einstein had sent the work, was not satisfied with the value found for the Avogadro constant and asked for improvements, which Einstein also delivered. [29]This led to a six-month delay in publication and Einstein was therefore only formally awarded his doctorate on January 15, 1906. Four years later (1909), when Jean Perrin's experiments became known, Einstein turned to Perrin for an experimental review, and at the same time Ludwig Hopf , whom Einstein had asked to review his dissertation, found a mistake in his dissertation that was the result had falsified. Einstein then sent a correction to the annals in 1911. [size=0.75em][30]His publication on Brownian molecular motion followed on May 11, 1905 : On the motion of particles suspended in liquids at rest, required by the molecular kinetic theory of heat. [31]On June 30, 1905, Einstein submitted his treatise on the electrodynamics of moving bodies . [32] Shortly afterwards, Einstein made his addendum. Does the inertia of a body depend on its energy content? [33]The latter implicitly contains for the first time the most famous formula in the world, E = mc² (energy equals mass times the speed of light squared, equivalence of mass and energy ). Both works together are now known as the special theory of relativity .The year 1905 was therefore an extremely fruitful year, one also speaks of the annus mirabilis (miracle year). Carl Friedrich von Weizsäcker later wrote:

"1905 an explosion of genius. Four publications on various topics, each of which, as they say today, is worthy of the Nobel Prize: the special theory of relativity , the light quantum hypothesis, the confirmation of the molecular structure of matterthrough the 'Brownian movement', the quantum-theoretical explanation of the specific heat of solid bodies. "

- Carl Friedrich von Weizsäcker [34]The steps up to the new theory of gravity When Einstein started the long journey from the special to the general theory of relativity in 1907, he was still a largely unknown employee in the Bern patent office.


At the end of the road, in 1915, he was a professor in Berlin who was already highly respected in specialist circles, who, as Max Planck later said, could only be "measured by the achievements of Johannes Kepler and Isaac Newton".

[35]
The road to the general theory of relativity began in 1907 with the flash of inspiration that Einstein called "the happiest thought of my life" [36]referred to, on the other hand, with a limitation of his previous work on relativity, which was of a fundamental nature. The latter was the insight that the speed of light under the influence of gravity is not a constant, the special theory of relativity could only be valid under the condition that there was no gravity, as Einstein repeated in an essay from 1911: "The theory of relativity has shown that the inert mass of a body increases with its energy content. (...) The so satisfactory result of the theory of relativity, according to which the principle of the conservation of mass merges into the principle of the conservation of energy, could not be maintained. " [37]
The flash of inspiration, on the other hand, concerned the equivalence between inert and heavy mass, i.e. the correspondence between the constant acceleration of a reference system and gravity: "I was sitting on my chair in the Bern patent office when the following thought suddenly occurred to me: 'When a person is in free fall 'Then she doesn't feel her own weight'. I was amazed. That simple thought made a deep impression on me. He drove me towards a theory of gravity. " [38]
However, more than three years would pass before the first paper in which this flash of inspiration led to a more detailed physical formulation, because "From December 1907 to June 1911 (...) Einstein did not comment on questions of gravity," said his friend and Biographer Abraham Pais . [39]

In 1908, however, there was a groundbreaking innovation that Einstein was initially skeptical about and which he even dismissed as "superfluous erudition" [40] : the mathematical formulation of space-time by his former teacher Hermann Minkowski , whose authorship of this revolutionary concept was later by Einstein was expressly recognized and appreciated. [41]

In the Minkowski space , the relative ratio of the sizes of space and time in the special theory of relativity can be clearly represented as a rotation by setting an imaginary unit of time. It was not until 1912 that Einstein was convinced of the advantages of the Minkowski room.

Some of the most important essays of the later general relativity theory at a glance:About the principle of relativity and the conclusions drawn from it.About the influence of gravity on the propagation of light. According to Huygens' principle, Einstein only found a deviation of the light rays from fixed stars near the sun of 0.83 arc seconds, [42] the value calculated using the field equations of 1915 was 1.7 arc seconds. [43]Draft of a generalized theory of relativity and a theory of gravity. I. Physical part of Albert Einstein. II. Mathematical part by Marcel Grossmann. [44]Nordstrom's theory of gravity from the standpoint of the general differential calculus. With AD Fokker . [45] A reaction to Gunnar Nordström's alternative theory of gravity and a "publication which is of considerable interest for the history of general relativity because it is Einstein's first treatment of the theory of gravity in which general covariance is strictly valid". [46]To the general theory of relativity. November 4, 1915.Since the still conventional definition of the distance in flat (not curved) Minkowski space does not apply equally to curved spacetime, it had to be replaced there by a more abstract expression, just as a geometry was required with which Gauss's surface theory of curved spaces was required could be expanded in four dimensions. Einstein's mathematical knowledge at the time was insufficient, so in 1912 he turned to his former fellow student Marcel Grossmannwho was now professor of mathematics in Zurich. Einstein had "asked him to go to the library to see if there was a suitable theory for dealing with such questions. The next day Grossmann came (...) and said that there really was such a geometry, namely Riemannian geometry. " [47]
As a result, Grossmann not only sought out the works of Riemann , but also those of Christoffel , Ricci and his pupil Levi-Civita , some of which were already doing research on the absolute differential calculus in curved spaces, the formulation of the Christoffels symbols for tensor analysis and the covariant derivation had developed the mathematical instruments in the 19th and sometimes only in the 20th century, which now proved to be indispensable for the formulation of the general theory of relativity. [48] [49]
However, it took another three years to formulate the idea of ​​a gravitational field in which the metrics of the four-dimensional, curved spatiotemporal continuum and the factors of energy and momentum are mutually dependent, which Einstein achieved on November 4, 1915 .



Discussing about A.Einstein needs also to know his scientifical ambient and with whom he disputed "Quantumphysics"-questions !



ART and SRT : by whom (pre-)defined ? Question related :  https://translate.google.com/translate?sl=auto&tl=en&u=https://de.wikipedia.org/wiki/Mileva_Mari%25C4%2587 

[stivep]

Thank You
Dear Lanka IV
Great  lecture
Wesley

[Ilya Tsimbaluk]

I don't quite understand what you are writing to be honest.
I personally am not attached to anything or anyone.
I'm here only because there's a forum to discuss alternative physics issues. energy and so on. Are you sure that this is a historical forum dedicated to Russia?

I perfectly understand that now, in terms of the development of startups, Silicon Valley is one of the sensational places where minds from all over the world flock, not only from Russia. And of course I am working on the installation. to present your devices exactly there.
I have no class. no political prejudice.

I personally do not identify myself with any Russian or any science at all. I do my own business, everything else does not interest me.

Now let's talk with you about Einstein.
Let's talk with you about the fact that in his early works, Einstein, first of all, contradicts himself with his thought experiment, where he flies on a frozen ray (wave) of light. First of all, the contradiction itself arises for the reason that the presence of a ray of light in space is initially considered in this image based on Maxwell's ideas about Ether, in which there is a medium in a frozen state. That is, a thought experiment is based on an environment with some properties.

We deliberately restrain ourselves from touching upon the point of logical internal consistency in this passage (Grunbaum) [6]; we rather call attention to the "intuitive" conclusion it leads to: as a spatially oscillatory field at rest "does not make sense," no observer, ie no material body, can reach the velocity c... Other authors are less ready to admit the problem as they struggle to clarify Einstein's remarks. Holton (1988, p. 311) finds Einstein's narrative to have... its exact parallel in the 1905 paper, in the conceptual leap from a simple experiment (indeed, also a kind of Gedanken experiment — the relative motion of conductor and magnet) to the general principle from which the content of relativity theory will derive. Here Holton refers to the magnet and conductor thought experiment that initiates Einstein's famous 1905 "On the electrodynamics of moving bodies," (Einstein, 1905) in which he first presents special relativity. That thought experiment derives from a fact in ether-based electrodynamics. A magnet at rest in the ether is surrounded by a magnet field. A magnet moving in the ether is surrounded by a magnetic field and an induced electric field, arising through the magnet's motion. One might expect this electric field to be an experimentally detectible sign of the magnet's motion in the ether, for one can detect the electric field from its ability to create a measurable electric current in a conductor in the vicinity of the magnet. Yet, Einstein reported, a curious combination

What's the problem here lies in the fact that just does not understand Einstein in power electronics and is poor at that. what Umv, Poynting and Heaviside deduced.

But let's touch on the "frozen wave".
first of all, Einstein's mind, like the world of Western man, is highly disposed to confuse that which does not relate to things. which relate to the environment or their derived fields as to fields, and to consider the physical body as physical.
This is due to the fact that Einstein most likely viewed the world as a seller. the western world is built on trade, and it requires a clear form in the mind of the buyer this or that value through a physical object. Therefore, the penchant for mathematics of Lorentz and Einstein is quite obvious. After all, trading cannot be built without mathematics. and in the era of that time, value is determined by the tangible, what can be seen. touch, eat, smell.

But the question in Einstein's head was based on the fact that the light that he sees is what belongs to Ether. But in fact, the whole situation is completely different, and since Einstein is not an experimental practitioner, he could afford such frivolity. Namely: Electromagnetic waves. that the cell phone emits is impossible to smell or see, touch. You don't see them.
Take a laser pointer, turn on the LED in it, if the room is ideal in terms of air purity and infinitely large, we will not see this beam. But as soon as fog appears in the room, you will immediately see it. what do you see at laser shows.
Same. what Thomson saw in his Thomson pipe.

Of course, that Ether. which Einstein imagined was the generation of a stream of thought, which was based on the fact that the "frozen light" represented in the head is light. If a monkey is given a banana, then most likely the light will be associated with just this banana, although the banana is a reaction of Electromagnetic Waves with nerve endings in the eye, that is, the reaction of Ether with the Physical body.

But what's the problem with the banana monkey? the problem of inability to separate the information received from the truth in your head. And hence the imposition in mathematics of the world's notions that the world is a banana. therefore, light or electromagnetic waves that are associated with something frozen have nothing to do with each other.
And hence the formulation of the question is posed incorrectly in general and suggests that. that Einstein clearly did not set the task of getting to the bottom of the truth.

Now about the flying magnet and the conductor. If we are talking about the fact that there is a certain environment in a certain state. which we perceive as emptiness. does not mean that it is. the Heaviside thought experiment, the Casimir effect and the Lamer experiment prove that. that Physical Vacuum or Ether is precisely the environment in an active state. But not empty. but what's the problem. in which Ether is the problem?

The problem is, strange questions arise in the brain of a primate with a banana flying through space. If we are flying relative to something, then this something should affect me and the banana itself. but the question is - if they are already flying in open space. who makes them fly? At one time, no one doubted that this was the prerogative of Ether. But if the primate is holding a banana and a rotating conductor relative to the magnet, then the question does not arise: what happens to what we are flying with respect to why this does not affect the electromagnetic processes between the magnet and the coil.

The thing is that the primate is a very stupid creature and, sitting on a tree, did not think about that. that it does not understand at all in electromagnetic processes.
Namely: namely, in what they actually tried to convey the idea of ​​Minds, Poynting, Heaviside.
The bottom line is that they were just trying to convey the idea that energy does not spread from the rotation of the winding. which the monkey turns relative to the magnet, that is, from the fact that the monkey needs to exert efforts to rotate this magnet as a physical body.

The thing is that just the energy in the conductor itself comes from the Physical Vacuum or Ether, which is influenced by the rotating magnetic field together with the magnet. But we know for sure. that the energy spent on magnetizing the magnet and the energy that enter the conductor are completely different types of energy. So is the magnetic field of a magnet. and the magnetic field of the winding is two magnetic fields. In order to create a counter flow, as pointed out by Lenz. you need a second thread. This main stream creates the opposite one, because you have two streams.

But Einstein was not an engineer. therefore he could not assume that an electromagnetic wave. which arises in the antenna of the receiver due to the electromagnetic wave of the transmitter forms its own magnetic field.

Therefore, if an electromagnetic wave flies in space at the speed of light, this means that this flow of energy will not be able to create a flow of energy relative to a physical body in the form of a surfer. Therefore, if this flow of energy cannot enter the conductor, then from the conditions it does not enter there and does not affect this physical body, with the help of which this flow can manifest itself. And for this I do not need to come up with another frame of reference with my time.

[Ilya Tsimbaluk]

This is the installation. in which we have proved that mechanical energy and electric energy are different types of energy and that mechanical energy does not have an element. which is capable of directly converting into electrical. as it is commonly believed. Surprisingly. but came to face a misunderstanding of the processes. which originate around the guide described by Poynting-Heavside.

It's very strange to watch. as some people try to explain some points to me. in which, for some strange reason, the conversation about that is forgotten. that the flow of energy is carried out precisely due to the environment in which there is that amount. which is just that in the form of a closed system and is used by modern electric motors.

If we were talking about Einstein, then why not remember the antipode - Heaviside. who worked with telegraph lines and was the first to guess. that just energy is carried by Electromagnetic fields in this very environment. surrounding the conductor and is carried over.

Electromagnetic waves do not propagate monolithically, they propagate in waves. even hitting a bar carries energy in waves. because in addition to the physical body itself, it is the environment that takes part.

For some reason, it is still considered. that superconductivity is carried out due to the pairwise movement of electrons in the conductor itself, and often electrical engineers are complete nonsense about where the charge is and what the current is. If electrical engineers understood. that energy and that. what we want to perceive as electrons just in a superconductor does not move, it just happens. what a mass. that comes from outside the superconductor does not fall into the crystal lattice zone.

All attempts. which Einstein tried to do - to use the Lorentz transformations. who, in turn, tried to explain how the movement of the light source is connected, the movement of the light wave in space relative to certain inertial systems.

But here's the question in the World Cup - what is a charge? I told you about that. that this is just a forceful interaction of an electric field and a physical body. electron. How an elementary charge does not have to be a physical body itself)

But is it logical to call an electric field a charge? No, these are photons. But where do they come from? They are taken from the environment. Let's call it the Dirac Sea. in which, when positive energy or a positive charge is removed from the volume of space, negative energy will be formed.
so you have excellent video equipment Mr. Wesley. I would love to work on it. as I did video editing)
But there are many but ...