The Revolution in Science. The New Biggest Ever Fundamental Discoveries in Physics. The experimental discovery of New Clean Renewable (Inexhaustible) Energy.

Oleg Gor
Oleg Gor
Oct 1, 2017 · 45 min read

FIRST OF ALL

This article is written in such a way as to be understandable to anyone. So anyone is able to easily understand everything, even having no physics background.

Plus, please feel free to ask me any questions about these discoveries (theOlegGor@gmail.com). And I will gladly answer all the questions that arise and can explain to you any thing in simple words.

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Hello world!

Recently I have made big scientific discoveries. These new discoveries completely change our understanding of the universe and give us access to new clean inexhaustible Energy that in turn will cardinally accelerate the advent of sustainable Energy on the planet.

Also, I have discovered a new ability of Electromagnets, the ability to take Energy from the surrounding space. Based on this and additional experimental data from reputable international sources, I suppose the possibility of creating the Multiplier of Electrical Energy.

Plus, I have discovered the existence of the biggest logical errors in the very fundamentals of physics that makes the whole modern physics (incl. quantum) irrelevant and wrong.

Attention
This whole work is strictly based on practical experiments and consistent logical conclusions. Because of that it is very important to read this document from the very beginning, consistently and carefully (step by step, string by string) without any jumping over.

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As a BRIEF PREVIEW here are the 2 biggest basic mistakes of modern science that I have discovered

The 1st biggest basic mistake

For now, scientists (all existing science textbooks) have an absolutely wrong concept of Work and hence have an absolutely wrong concept of Energy. As a result, all the existing formulas for Work (W) and Energy (E), including these formulas,

are absolutely wrong.

The Joule, in its turn, is an absolutely wrong unit of measure for Work and Energy.

This is explained in detail below in this article.

The 2nd biggest basic mistake (the prime mistake)

In physics, the concept of Static Mechanical Work is mistakenly missing.

So, for example, scientists, for now, correctly consider that the person on the left (lifting the 2 kg object) is doing Mechanical Work and is spending their Energy on it; but scientists (all existing physics textbooks), for now, wrongly consider that the person on the right (holding the 20 kg object motionless in the air) is NOT DOING Mechanical Work and is NOT SPENDING their Energy on it!

This is also explained in detail below in this article.

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THE BEGINNING OF NEW PHYSICS

Discovery #1

1.1. Force (What is Force indeed);
1.2. Target Acceleration for each Force;
1.3. Blind Pushing of the gravitational Force;
1.4. Work and Energy in the most general sense;
1.5. The New Concept of Work and the New Concept of Energy;
1.6. The New Universal Formula for Work and Energy;
1.7 The New Unit of measure for Work and Energy;
1.8 The Explanation of the 1st biggest basic mistake that exists in modern physics;
1.9 The Discovering of the Static mechanical Work and the Explanation of the 2nd biggest basic mistake (the prime mistake) that exists in modern physics;
1.10. The New Formula for Kinetic Energy;
1.11. The New Formula for Potential Energy;
1.12. The New Formula for Power;
The Aftermaths of the Discovery#1
.

Discovery #2

2.1. The Detection of Energy Imbalance and Discovering of New Energy;
2.2. The New Energy and the New Ability of Electromagnets;
About the Multiplier of Electrical Energy (MEE).

Discovery #3

3.1. The New Law of Conservation of Energy;
3.2. The New Concept of Charge;
3.3. The New Concept of Mass;
About energetically isolated and non-isolated systems.

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Preface

What is Science?

Science is not a set of dogmas. This is just our attempt to understand the universe.

Therefore, any concept or formula in physics is not a stiff dogma, but only our attempt to understand the reality and describe it in words and formulas.

In physics, the concept of Work and the concept of Energy are basic and, accordingly, are the bases for constructing other physical concepts.

These new discoveries clearly demonstrate that throughout the entire history of science, scientists have been having absolute wrong concepts of Work and Energy which wrongly describe the reality.

So for now because of the biggest conceptual basic mistakes that exist in modern science, most processes in the universe fall out of our vision and humanity has an absolutely wrong picture of the physical world and has been losing gigantic possibilities for all this time.

With these new discoveries we can see and understand the processes, and can use our new knowledge for the accelerated progress of civilization and therefore for the prosperity of mankind.

Let’s start. Let’s start physics with the right logic.

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Strong Introduction

In my opinion, the biggest basic mistakes in science occurred because people have not fully understood all the three Newton’s Discoveries: Newton’s 1st, 2nd and 3rd Laws; incl. what, indeed, is the Force and that there is the Target Acceleration for each Force.

Isaac Newton: A not fully understood scientific genius

Before I describe the New Concept of Work and the New Concept of Energy, and also the biggest basic mistakes that exist in modern physics, one should fully understand these following key concepts (without this, it is pointless to go further):
• Force (What is Force indeed);
• Target Acceleration for each Force;
• Blind Pushing of the gravitational Force;
• Work and Energy in the most general sense.

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Discovery #1

1.1. Force (What is Force indeed);
1.2. Target Acceleration for each Force;
1.3. Blind Pushing of the gravitational Force;
1.4. Work and Energy in the most general sense;
1.5. The New Concept of Work and the New Concept of Energy;
1.6. The New Universal Formula for Work and Energy;
1.7 The New Unit of measure for Work and Energy;
1.8 The Explanation of the 1st biggest basic mistake that exists in modern physics;
1.9 The Discovering of the Static mechanical Work and the Explanation of the 2nd biggest basic mistake (the prime mistake) that exists in modern physics;
1.10. The New Formula for Kinetic Energy;
1.11. The New Formula for Potential Energy;
1.12. The New Formula for Power;
The Aftermaths of the Discovery#1
.

1.1. Force (What is Force indeed)

The concept of Force was discovered and presented by Isaac Newton in 1686 year and is known to us as Newton’s 2nd Law.

Here is my most simple and simultaneously exact definition of Force:
Force (F) is a pushing (it is a process of pushing an object in some direction).

It’s important to understand that any pushing (any process of pushing) is always trying to increase the velocity of the pushed object.

For example, when you are pushing a wall,

you create a pushing and it means you create some Force (F). And in reality, you are trying to increase the velocity of the pushed object (the wall) in a certain direction, although in this case the velocity of the pushed object (the wall) can remain zero during your pushing.

So each pushing (each Force) is trying to accelerate the pushed object.

In other words, if something is pushing an object and, it means, is trying to increase the velocity of this pushed object, then this something is Force (F).

Let’s take, for example, the gravitational Force.

All that the gravitational Force can do is to push (or also we might say “to pull”) an object downwards (closer to Earth) and try (by this pushing) to increase the velocity of the pushed object.

Sometimes the gravitational Force (F) can increase the velocity of the pushed object (for example, when “free falling”)

but sometimes not (for example, when the pushed object is lying on a table, and then the result of this pushing is that the pushed object is being pressed to the table surface).

Also we might say that the value of any Force is the size of the pushing per 1 second.

Here is Newton’s formula of Force for calculating the size of any pushing per one second:

where,
m — the mass of a pushed object, (kg);
a — the increase in the velocity of the pushed object during one second (the acceleration of the pushed object), (m/s/s or m/s²).

This formula is easier to understand through the fist (already familiar to us) simple example: a 20 kg object is “free falling” downwards from some height.

This 20 kg object is moving downwards (closer to the Earth) only because it is being pushed downwards (closer to the Earth) by something. And we call this something the gravitational Force (F). The gravitational Force (F) can be imagined by us as the pushing by “the invisible hand”. The green arrow shows the direction of this pushing.

So by the beginning of the 1st second of the falling, the velocity (v) of this pushed 20 kg object is 0 (m/s), and then the object starts the “free falling”. So through the whole falling the velocity of the pushed object is increasing uniformly during every second. So by the beginning of the 2nd second of the falling the velocity becomes 9.8 (m/s), by the beginning of the 3rd second — 19.6 (m/s), by the beginning of the 4th second — 29.4 (m/s), and so on. During every second, the velocity of the 20 kg object is evenly increased by 9.8 (m/s).

Isaac Newton suggested us a way to calculate the Force, exactly he suggested that the Force (F) pushing an object could be calculated as the product of the mass of the pushed object (in our case, m = 20 kg) and the increase of the velocity of the pushed object during one second (in our case, Δv = 9.8 m/s), or, in other words, as the product of the mass of the pushed object (m = 20 kg) and the acceleration of the pushed object (a = 9.8 m/s²).

F = 20(kg)*9.8(m/s²) = 196 Newtons

So, the gravitational Force pushing downwards the 20 kg object is equal to 196 Newtons.

In other words, we also might say that the size of this pushing per any second of the “free falling” (per any second of the pushing) is 196 Newtons.

1.2. Target Acceleration for each Force

The target for the gravitational Force is to give any object the downward acceleration of 9.8 (m/s²). Therefore, we can call this downward acceleration of 9.8 (m/s²) the Target Acceleration for the gravitational Force or the Target Acceleration for this pushing.

However, the gravitational Force, as we already know, does not always manage to give this Target Acceleration of 9.8 (m/s²) to an pushed object, although the gravitational Force always tries to do this by pushing each object downwards (closer to the ground).

For example, when the 20 kg object is lying motionless on the table, the gravitational Force (F), pushing downwards the object, is trying to give the Target Acceleration of 9.8 (m/s²) to the 20 kg object.

But this can not be done, because according to Newton’s 3rd Law, the table (the table Force, F1) is also really pushing the 20 kg object, but pushing it upwards, trying to give the 20 kg object the same (in magnitude) Target upward Acceleration of 9.8 (m/s²).

Just think about it once again, — according to Newton’s 3th Law, the table (the part of the table surface that is in contact with the surface of the 20 kg object) is also really pushing the 20 kg object (exactly like the gravitational Force, F) and really tries to accelerate the object!

As a result, these two equal counter Forces (these two real equal counter pushings) balance each other and only because of it the 20 kg object remains motionless, which means that the visible accelerations of the object in both directions (up and down) equal zero.

In every such situation, when the visible accelerations of objects are equal to zero, scientists, when calculating real Forces pushing the object, always use, in fact, the Target Accelerations for these Forces.

So, for example, using the Target downward Acceleration for the gravitational Force (9.8 m/s²), we can already calculate the gravitational Force (F) pushing downwards the 20 kg object lying on the table.

F = 20(kg)*9.8(m/s²) = 196 Newtons

So, only using the Target downward Acceleration for the gravitational Force, we can calculate the gravitational Force (F) pushing downwards the 20 kg object which is equal to 196 Newtons.

Just keep in your mind the following thing, — the gravitational Force, pushing downwards the 20 kg object, is trying to accelerate the object!

As remarked above, according to Newton’s 3rd Law, the table (the table Force, F1) is also really pushing the 20 kg object, but pushing it upwards. The table Force (F1) is equal to the gravitational Force (F) i.e. also equal to 196 Newtons.

F1 = F = 196 Newtons

This means that in calculating the table Force (F1) pushing upwards the 20 kg object, we also use the Target upward Acceleration for the table Force (F1), which is also 9.8 (m/s²).

F1 = 20(kg)*9.8(m/s²) = 196 Newtons

So, using the Target upward Acceleration for the table Force (F1), we can calculate the table Force (F1) pushing upwards the 20 kg object which is equal to 196 Newtons.

Just also keep in your mind the following thing, — the table (the part of the table surface that is in contact with the surface of the 20 kg object) is really pushing upwards the 20 kg object, and it means is trying to accelerate the object!

It is important to understand that sometimes (for example, when “free falling” of the 20 kg object) the visible (observable) acceleration of this object may be equal or near to the Target Acceleration for the gravitational Force, but sometimes (for example, when the 20 kg object is lying on the table) not. So giving the pushed object the Target Acceleration is just the target for the gravitational Force.

Also it is important to note that for now in science there is not such concept as the Target Acceleration. For now, scientists wrongly call the Target acceleration the Free Fall Acceleration (or the Acceleration of Gravity or the Gravitational acceleration). But these 2 concepts are not the same thing.

The Target Acceleration is the thing that, in reality, each Force has. It is the target for each Force to try to give the Target Acceleration to the pushed object. Sometimes Force manages to do this, sometimes not.

I consider that the absence of the concept of the Target Acceleration in science prevents a complete understanding of the concepts of Force, and as a result, — Work and Energy. Since, in reality, for the gravitational Force there is not any difference between when the gravitational Force is pushing 20 kg object which is “free falling” downwards and when the gravitational Force is pushing 20 kg object which is lying motionless on the table, because in both these cases the gravitational Force is doing the same thing: pushing downwards the 20 kg object with the same Force of 196 Newtons. And it means that in both these cases the gravitational Force is doing the same Work and the Energy which is being spent on this Work is also the same. It all is explained in detail below.

In fact, we must always use namely the Target Acceleration for calculating real Forces (real pushings)!

So, further we will only use the Target Acceleration for calculating real Forces (real pushings)!

1.3. Blind Pushing of the gravitational Force

The gravitational Force can be also understood by us as a global device pushing objects.

Let’s consider 2 examples at once:

— the gravitational Force, F, (the global pushing device) is pushing downwards the 20 kg object which is “free falling” downwards;

— the gravitational Force, F, (the global pushing device) is pushing downwards the 20 kg object which is lying on the table.

In each case the gravitational Force, F, (the global pushing device) is doing the same action during every second — it is pushing downwards the 20 kg object with the same Force (effort) equal to 196 Newtons.

So if there is a possibility for the object to move (for example, there is a possibility for the 20 kg object to go downwards), then the gravitational Force is pushing downwards the 20 kg object during every second with the same Force equal to 196 Newtons and the object from the pushing is going downwards.

And if there is no possibility for the object to move (for example, the 20 kg object is lying on the table), then the gravitational Force is also pushing downwards the 20 kg object during every second with the same Force equal to 196 Newtons and the object from the pushing is being pressed to the table surface.

In both these cases the gravitational Force, F, (the global pushing device) is doing the same action during every second — it is pushing downwards the 20 kg object with the same Force (effort) equal to 196 Newtons.

Since the gravitational Force (the global pushing device), pushing downwards the object, doesn’t even “understand“ whether the pushed object is moving from its pushing or not, and is doing the same thing during every second in each case, then I propose to call this process the“Blind Pushing”.

This concept, the Blind Pushing Concept, is very important and works like the Butterfly effect. It changes everything in physics. We will see it below soon.

1.4. Work and Energy in the most general sense

I consider that in the most general sense,
Work is any activity that requires Energy
(or, any activity that spends Energy; or, any activity that reduces some resource);
Energy is the capacity (or, the resource) to do Work.

It’s important to understand that not all the Energies are spent on (or in other words, are converted into) useful Works. Of course, there are the Target Works and there are the additional Non-Target (inevitable) Works. The Energies that are spent on the additional Non-Target (inevitable) Works, we always regard as the losses. This all is explained in detail a little below.

1.5. The New Concept of Work and the New Concept of Energy

So, according to the concepts of Work and Energy in the most general sense, I consider that
Work is a pushing during some time;
(or, a pushing an object during some time);

Energy is a capability to push during some time;
(or, a capability to push an object during some time; or, the resource making possible pushing an object during some time).

Sometimes some Works, at first glance, may not look like pushings. But this is only at first glance. Any Work is always just the pushing during some time or a combination of several pushings. I will give just one example.

The heating-up is also a result of pushings, because any heating of an object is due to the increase in the velocities of particles inside the object. And the increase in the velocities of the particles occurs only due to additional pushings of the particles. Therefore, any heating-up is the result of a lot of pushings. And this means that any heating-up is Work and that Energy (some resource) is being spent on this Work.

As remarked above, there are the Target Works and the additional Non-Target (inevitable) Works. The Energies that are spent on the additional Non-Target (inevitable) Works, we always consider the losses.

Consider the Work of an Electric Motor as an example of a working system.

So the Target Work for the Electric Motor is to push the motor shaft. At the same time, the heating of the Electric Motor is the additional Non-Target (inevitable) Work. The Energy that is being spent on this additional Non-Target (inevitable) Work is regarded as the loss.

It is important to understand that the Non-Target Works are inevitable and Energy which is being spent on these Non-Target Works, is just the “additional energetical price” that any working system is inevitably paying (spending) in order to do the Target Work.

If Energy is spent on something, then this something is Work.
If something can be the resource to push an object, then this something is Energy.
If something can turn into the resource to push an object, then this something is Energy.

1.6. The New Universal Formula for Work and Energy

Work (W) is a pushing of an object with some Force (F) during some time (t);
Energy (E) is a capability to push an object with some Force (F) during some time (t).

Although this new formula for Work and Energy looks like the formulas for Impulse/Momentum (p):

in fact, the concepts of the formulas are totally different! This all is explained in detail below in this article.

Inserting the product (m*a) instead of the Force (F) into W(E)=F*t, we get the expanded Formula for Work and Energy:

Now, this is the New Universal Formula for Work and Energy:

where,
W — the Work done by pushing an object, (kg*m/s);
E — the Energy spent exactly on the Work, (kg*m/s);
m — the mass of the pushed object, (kg);
a — the Target Acceleration for the pushing, (m/s²);
t — the time of pushing the object, (s).

Please pay your attention that the “a” here is the Target Acceleration for each specific pushing (for each specific Force).

1.7. The New Unit of measure for Work and Energy

I propose to name the new unit of measure for Work and Energy the “Energy”.

The dimensional formula of the Energy is:
Energy = Newton*second = kilogram*meter/second

And now let’s calculate the Work that the gravitational Force (F) is doing during one second, pushing downwards the 20 kg object which is “free falling” from some height.

W (E) = 20(kg)*9.8(m/s²)*1(s) = 196 Energies

Thus, during one second the gravitational Force, pushing downwards 20 kg object, is doing the Work equal to 196 Energies.

Also, it means that during every second of the “free falling” the gravitational Force is doing the same Work equal to 196 Energies.

Plus, it means that during every second of the “free falling” the same Energy (equal to 196 Energies) is being spent on this Work.

1.8. The Explanation of the 1st biggest basic Mistake that exists in modern physics

So the result of the above example is consistent with the Blind Pushing Concept, i.e. with the fact that the gravitational Force, pushing downwards the 20 kg object (which is “free falling”),

is doing the same action during every second:

during every second the gravitational Force is pushing downwards the 20 kg object with the same Force (effort) equal to 196 Newtons and it all means that during every second the gravitational Force is doing the same Work equal to 196 Energies.

Also the result of the above example also confirms the logical conclusion that since the gravitational Force is doing the same action (the same Work equal to 196 Energies) during every second then the same Energy (equal to 196 Energies) is being spent on this Work during every second.

It’s extremely important to understand that DURING EVERY SECOND of “free falling” the same Energy is required to do the same Work — to increase the velocity of a “free falling” object by the same value of 9.8 m/s.

But the basic “current” formula for Work and Energy:

where,
W — the Work done by the Force pushing an object (in our case, by the gravitational Force pushing the 20 kg object), (Joule);
E — the Energy spent exactly on the Work, (Joule);
F — the Force pushing the object (F=m*a), (Newton);
D — the distance (displacement) gone by the pushed object, (meter);

this formula erroneously implies that during every second of “free falling” the gravitational Force (F) is doing the different in magnitude Work (W) and that the different in magnitude Energy (E) is being spent on this Work since the pushed object is going the different in magnitude Distance (D) during every second.

And this all means that this “current” formula for Work and Energy:

is absolutely wrong! And right now below I will give the explanation where exactly is the mistake of modern physics.

Unfortunately, “modern physics” has been incapable to understand why exactly the pushed object is going the different in magnitude Distance (D) during every second of “free falling”.

The thing is (it’s vitally important to understand) that when “free falling” the pushed object during every second (starting since the 2nd second) is going the Summary Distance (D) as the sum (the result) of these two absolutely different kinds of distances:

  • the Non-Inertial Distance (D1) being gone by the object due to pushing of the gravitational Force (i.e. due to Work of the gravitational Force);
  • the Inertial Distance (D2) being gone by the object due only to the object’s motion by inertia.

Also it’s important to understand that when an object is moving only by inertia, then, according to Newton’s 1st Law, no Work is being done and no Energy (no resource) is being spent in this process (because when an object is moving only by inertia it is the same thing that the object is being at rest).

Please carefully study this table describing the “free falling” of the 20 kg object during each single second (the total time of this “free falling” is 5 seconds).

Consider, for example, the 2nd second of “free falling”(in the above table it is the “2nd second of fall” string).

It is important to understand that for each instant during the 2nd second of the “free fall”, the object (pushed by the gravitational Force) is going these two kinds of distances: the Non-Inertial Distance (D1) and the Inertial Distance (D2).

And it is extremely important to understand why exactly during the 2nd second of “free fall” the object (pushed by the gravitational Force)is going the Summary Distance (D) equal to 14.7 m.

The thing is (please see the above table) that during 2nd second of “free falling” the object (being pushed by the gravitational Force) is going the Summary Distance (D = 14.7 m), as the sum (as the result) of these two absolutely different kinds of distances:

  • the Non-Inertial Distance (D1= 4.9 m) being gone by the object due to pushing of the gravitational Force (i.e. due to the Work of the gravitational Force);
  • the Inertial Distance (D2 = 9.8 m) being gone by the object due only to the object’s motion by inertia (since by the beginning of the 2nd second the object has already accumulated a velocity of 9.8 m/s and for the whole 2nd second is moving inertially (by inertia) at this velocity).

D = D1 + D2 = 4.9 m + 9.8 m = 14.7 m (during the 2nd second)

It is extremely important to understand that since the Inertial Distance (D2 = 9.8 meters) during the 2nd second has nothing to do with the pushing of the gravitational Force during the 2nd second (i.e. has nothing to do with the Work (W) of the gravitational Force during the 2nd second), then the Inertial Distance (D2 = 9.8 meters) should not increase the calculated Work (W) of the gravitational Force during the 2nd second and the calculated Energy (E) spent on this Work.

But in this “current” formula for Work and Energy:

the Inertial Distance (D2) is erroneously included in the calculation and hence erroneously increases the calculated Work (W) of the gravitational Force (F) during the 2nd second and therefore erroneously increases the calculated Energy (E) spent on this Work during the 2nd second.

It is important to understand that the same thing happens during each subsequent second of the fall (please see the table carefully)!

And this all means (as it has already been said above) that the basic “current” formula for Work and Energy:

is absolutely wrong!

And once again,

It’s extremely important to understand that DURING EVERY SECOND of “free falling” the same Energy is required to do the same Work — to increase the velocity of a “free falling” object by the same value of 9.8 m/s.

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Even a yet more simple explanation of physics

If at the start of the 2nd second of the “free falling” we might turn off the gravity (the gravitational Force), then the object would still continue moving downwards during this whole 2nd second and would pass 9.8 m. And the same thing would happen during the 3rd second, then 4th second and so on.
Thus, we have that when the gravitational Force has been turned off (has not been working) and hence when the Work of the gravitational Force is being zero, then the object still travels the distance of 9.8m during the 2nd second, then 3rd second, then 4th second and so on.
Thus,
the Distance (D) traveled by an object during the “free fall” does not have any relation to the Work ( W) of the gravitational Force (F) and therefore cannot be included into the formula for calculating the Work of the gravitational Force.
But
in this absolutely wrong formula of Work :

the Distance (D) traveled by an object during the “free falling” is erroneously included in the calculation.

And this all means (as it has already been said many times before) that this “current” formula for Work and Energy:

is absolutely wrong!

__________

Also, it is very important to understand that this wrong “current” basic formula for Work and Energy:

strictly defines the “current” formulas for potential Energy (Ep) and kinetic Energy (Ek):

which means that these “ current” formulas for potential Energy (Ep) and kinetic Energy (Ek):

are also absolutely wrong!

And since all these wrong formulas strictly define the dimensional formulas of the Joule (Joule =Newton*meter = kilogram*meter²/second²) it all means that the Joule is the absolutely wrong unit of measure for Work and Energy!

And, of course, this all means the total erroneousness of using the Joule as the unit of measure for Work and Energy!

1.9. The Discovering of the Static mechanical Work and the Explanation of the 2nd biggest basic mistake (the Prime Mistake) that exists in modern physics

The Discovering of the Static mechanical Work (the Static mechanical Work Concept) by the Blind Pushing Concept (in other words, by strict logic)

So, since, according to the Blind Pushing Concept, the gravitational Force in both the examples

is doing the same thing during every second:

In both cases the gravitational Force is pushing downwards the 20 kg object with the same Force equal to 196 Newtons.

And since in the first case the gravitational Force is doing the Work and the Energy is being spent on this Work (it has already been commonly admitted!!!), then it means that

in the second case the gravitational Force is also doing the Work, (pushing downwards the 20kg object lying on the table with the same Force equal to 196 Newtons) and that the Energy is also being spent on this Work (on this pushing), and this, in turn, means (proves) that the Static Mechanical Work exists!

So we have just discovered the new Work.

Bingo!

For now in physics there isn’t any term for this Work. We all were mistakenly told that in order to do the mechanical Work and to spend Energy on this Work there must always be a displacement of an object. You yourself can see this by following this wiki link.
https://en.wikipedia.org/wiki/Work_(physics)

In my opinion, this is the Prime Mistake of modern physics.

So right now I introduce an absolutely new concept to science.
I introduce the Static Mechanical Work to physics, to life.
The adjective ”Static“ here means “motionless”.

The Static Mechanical Work is a pushing of an object by some Force (F) during some time (t) when the pushed object remains motionless.

Since modern physics does not assume the existence of the Static Mechanical Work then it means that modern physics does not reflect the reality and is wrong.

It’s very important to understand that this concept of the Static mechanical Work changes our understanding of the universe.

__________

Also, it is important to understand that indeed there has always been this opportunity to calculate the Static Mechanical Work in Joules!
This formula could be used to calculate the Static Mechanical Work in Joules:

where,
W (E) — Work (Energy), (kg*m
²/s² or Joule);
m — the mass of the pushed object, (kg);
a — the acceleration of the pushed object, sometimes the acceleration can be the Target Acceleration, (m/s²);
t — the time of pushing the object, (s).

This formula is obtained by using the following known formulas:

But, as remarked above, we can not use this formula to calculate the Static Mechanical Work, since the Joule is an absolutely wrong unit of measure for Work and Energy.
__________

Also, I think, it is necessary to once again explain that the Target Work and Non-Target Work are the 2 different Works: exactly that heating up an object and pushing an object are the 2 absolutely different types of Works.

Let’s consider a simple example: you start holding the 20 kg object motionless in the air. Suppose it is necessary for some reasons.

In this case you start spending your Energy on doing at least the 2 new Works:

  1. The Target Work (Static Mechanical Work): pushing upwards the object during some time with your nonzero Force (F1) which, according to Newton’s 3rd Law, is equal to the gravitational Force (F) pushing downwards the object;
    F1 = F = 20(kg)*9.8(m/s²) = 196 Newtons
  2. The additional Non-Target (inevitable) Work: additional heating up your body.
    (Of course, there are also other additional Works that you are also inevitably doing linked to chemical, biological, electrical and muscular processes in your organism. but these all also are just the additional Non-Target Works (versus the Target Work) and for the sake of simplicity I will refer to them all as “the additional heating of your body”.)

It is extremely important to understand that these are the 2 absolutely different types of Works (that you are doing during every second): pushing the object and additional heating up your body. Both these Works require Energy and you, of course, are spending your Energy on both these Works during every second.

The NON-Target Works are inevitable and Energy which is being spent on these NON-Target Works (in both these cases), is just the ADDITIONAL energy price that your organism is INEVITABLY paying (spending) in order to do the Target Work: pushing upwards the object during some time with your nonzero Force (F1).

“just the ADDITIONAL energy price … in order to do the Target Work”

As already mentioned before, Energy that is spent on the additional Non-Target (inevitable) Work is always regarded as the loss.

Now let’s calculate the Target Work (that you are doing during, say, 1 minute), holding the 20 kg object motionless in the air (in other words, pushing upwards the 20 kg object with your nonzero Force, F1).

Since, your Force (F1), according to Newton’s 3rd Law, is equal to the gravitational Force (F),

F1 = F = 20(kg)*9.8(m/s²) = 196 Newtons

then the Work (W1) of your Force (F1) pushing upwards the 20 kg object is equal to the Work (W) of the gravitational Force (F) pushing downwards the 20 kg object.

W1(E1) = W (E) = 20(kg)*9.8(m/s²)*60(s) = 11 760 Energies

Thus, pushing upwards the 20 kg object during 1 minute with your Force equal to 196 Newtons, you are doing the Work (Static Mechanical Work) equal to 11 760 Energies.

And of course, you are spending your Energy (equal to 196 Newtons) on this Work.

And now let’s consider other example: you start lifting upwards the 10 kg object with your Force (F1) equal to 100 Newtons.

In this case you start spending your Energy also on doing at least 2 new Works:

  1. The Target Work: pushing upwards the object during some time with your nonzero Force (F1) equal to 100 Newtons (in this case your Force (F1) is more than the gravitational Force (F) equal to 98 Newtons);
    F = 10(kg)*9.8(m/s²) = 98 Newtons
    F1 = 100 Newtons
    It is extremely important to understand why exactly the 10 kg the object is going up — this is solely because these two Pushing (98 Newtons and 100 Newtons) are unequal. Exclusively on this reason the 10 kg object is going up. (Therefore there is no difference between when you are pushing upwards the 10 kg object with your nonzero Force equal to 100 Newtons (and as a result, the 10 kg object is going up) and when you are pushing upwards the 20 kg object with your nonzero Force equal to 196 Newtons (and as a result, the 20 kg object remains motionless), in each case, you are doing the pushing and, in each case, you are spending your Energy on the pushing.)
  2. The additional Non-Target (inevitable) Work: additional heating up your body.
    (Once again, of course, there are also other additional Works that you are also inevitably doing linked to chemical, biological, electrical and muscular processes in your organism, but these all also are just the additional Non-Target Works (versus the Target Work) and for the sake of simplicity I will refer to them all as “the additional heating of your body”.)

Therefore these are also the 2 absolutely different types of Works (that you are doing during every second): pushing the object and additional heating up your body. And both these Works also require Energy and you, of course, are spending your Energy on both these Works during every second.

The NON-Target Works are inevitable and Energy which is being spent on these NON-Target Works (in both these cases), is just the ADDITIONAL energy price that your organism is INEVITABLY paying (spending) in order to do the Target Work: pushing upwards the object during some time with your nonzero Force (F1).

“just the ADDITIONAL energy price … in order to do the Target Work”

So the fact is that in both the cases,

you start spending your Energy (your resources) on doing at least 2 new Works:

  1. The Target Work: pushing upwards the object during some time with your nonzero Force (F1), 100 Newtons and 196 Newtons respectively.
    Of course, in each of these cases the pushing upwards the object during some time with your nonzero Force (F1), 100 Newtons and 196 Newtons respectively, reduces resources of your organism.
  2. The additional Non-Target (inevitable) Work: additional heating up your body.
    (Once again, of course, there are also other additional Works that you are also inevitably doing linked to chemical, biological, electrical and muscular processes in your organism, but these all also are just the additional Non-Target Works (versus the Target Work) and for the sake of simplicity I will refer to them all as “the additional heating of your body”.)

In each case you start spending your Energy (your resources) on both these Works (on the Target Work and on the Non-Target Work)!

The NON-Target Works are inevitable and Energy which is being spent on these NON-Target Works (in both these cases), is just the ADDITIONAL energy price that your organism is INEVITABLY paying (spending) in order to do the Target Work: pushing upwards the object during some time with your nonzero Force (F1).

“just the ADDITIONAL energy price … in order to do the Target Work”

The main point is that there is not any exclusiveness in pushing an object when you do it with your nonzero Force equal to 100 Newtons. You spend your Energy on this pushing. And of course you spend your Energy on pushing when you do it with your nonzero Force equal to 196 Newtons (even although the pushed object remains motionless). Any your pushing with your nonzero Force spends resources of your organism.

_____________________

And now let’s calculate the Work (W) of the gravitational Force (F) during, say, 5 seconds for each of these two cases below.

First, let’s calculate the mechanical Work (W) that the gravitational Force (F) is doing during 5 seconds, pushing the 20 kg object “free falling” downwards.

W (E) = 20(kg)*9.8(m/s²)*5(s) = 980 Energies

Thus, pushing the 20 kg object during 5 seconds the gravitational Force is doing the Mechanical Work equal to 980 Energies.

And now, let’s calculate the mechanical Work (the Static Mechanical Work, W) that the gravitational Force (F) is doing during the same 5 seconds, pushing downwards the 20 kg object lying on the table.

W (E) = 20(kg)*9.8(m/s²)*5(s) = 980 Energies

Of course, pushing downwards the 20 kg object during the same 5 seconds the gravitational Force is doing the Mechanical Work (the Static Mechanical Work) equal to the same 980 Energies.

As we know, when the gravitational Force (F) is pushing downwards the 20 kg object lying on the table, the table (the table Force, F1), according to Newton’s 3th Law, also is really pushing the 20 kg object (exactly like the gravitational Force, F) and tries to accelerate the object!

And now, let’s calculate the Mechanical Work, W1 (the Static Mechanical Work, W1) that the table (the table Force, F1) is doing during the same 5 seconds, pushing upwards the 20 kg object.

Since, the table Force (F1), according to Newton’s 3rd Law, is equal to the gravitational Force (F), then the Work (W1) of the table Force (F1) pushing upwards the 20 kg object is equal to the Work (W) of the gravitational Force (F) pushing downwards the 20 kg object.

W1 (E1) = W (E) = 20(kg)*9.8(m/s²)*5(s) = 980 Energies

So, pushing upwards the 20 kg object during the same 5 seconds the table (the table Force, F1) is doing the Mechanical Work (the Static mechanical Work) equal to the same 980 Energies.

The Energy that the table is spending on its Work during these 5 seconds is nonzero!

This new understanding surely breaks the existing Law of Conservation of Energy. The New Law of Conservation of Energy is presented in the Discovery #3.

__________

If this new knowledge (the fact that Energy of the table is spent without any movement of the 20 kg object) confuses you, just think about how many small particles are, for example, inside the iron table. Every moment of time the particles are pushing each other closer to themselves to stay together in the form of the table.
The pushings are Works, and, of course, Energy is spent on the Works.
Think about how much Energy is spent on these pushings every second, in order for the table to just remain in the form of the firm body.
And, of course, additional Energy is spent on the pushings when there is the 20 kg object on the table’s surface to prevent the particles from move away from each other, in order to prevent this 20 kg object from going downwards (this is what the 20 kg object is trying to do every moment, being under the influence of the gravitational Force).

__________

The practical benefit from the Discovery of the Static Mechanical Work is the understanding of the fact that we can take some Energy from some objects (the Energy that the objects could spend on the Static Mechanical Work).

And this is experimentally proved that we can receive the extremely high efficiency (of much more than 100%) by taking that Energy from Electromagnets (the Energy that the Electromagnets otherwise would spend on the Static Mechanical Work). This all is presented in detail in the Discovery#2.

_____________________

Now let’s consider the situation when a jet vehicle (for example, Falcon 9) is hanging motionless in the air during 15 seconds.

The mass of Falcon 9 is equal to 549'000 kg.

When the device (Falcon 9) starts hanging motionless in the air, it means (according to Newton’s 3rd Law) that the device creates the lifting Force (Thrust, F1) pushing upwards the 549'000 kg device, equal to the gravitational Force (F) pushing downwards the 549'000 kg device and only because of it the 549'000 kg device remains motionless in the air.

We will not consider here the Non-Target Works which the device (Falcon 9) does as well.

Let’s calculate the mechanical Work (the Static Mechanical Work, W) that the lifting Force (Thrust, F1) is doing, pushing upwards the 549'000 kg device during 15 seconds.

Since, the lifting Force (Thrust, F1), according to Newton’s 3rd Law, is equal to the gravitational Force, F, then the Work (W1) of the Thrust (F1) pushing upwards the 549'000 kg object is equal to the Work (W) of the gravitational Force (F) pushing downwards the 549'000 kg object.

W1(E1) = W(E) = 549'000(kg)*9.8(m/s²)*15(s) = 80'703'000 Energies

Thus, holding the 549'000 kg object motionless in the air during 15 seconds, the lifting Force (Thrust, F1) is doing the Mechanical Work (The Static mechanical Work) equal to 80'703'000 Energies.

So we go on.

1.10. The New Formula for Kinetic Energy

Kinetic Energy of a moving object is equal to the maximum Work that this moving object can do when it collides on its path with another object.

This Work, in the event of the collision, is the pushing other object and this pushing may result the following occasions:
• the new velocities of both the objects;
• the deformation (destruction) of both the objects;
• the heat-up of both the objects, etc.

Since the velocity (v) of any object through uniformly accelerated motion is calculated as the product of the acceleration (a) of the object and the time (t) of the movement of the object:

v = a*t,

then inserting the velocity (v) instead of the product (a*t) into the New Universal Formula for Work and Energy, W(E) = m*a*t, we get the New Formula for Kinetic Energy of a moving object: W(E) = m*a*t = m*v.

For example, let’s calculate the Kinetic Energy of 20 kg object moving downwards (when “free falling”) with an acceleration of 9.8 (m/s²), say, at the end of the 7th second after the beginning of the movement (the falling).

First, we calculate the velocity (v) of the 20 kg object at the end of the 7th second after the beginning of the movement (the falling).

v = a*t = 9.8(m/s²)*7(s) = 68.6 meters per second

And then we calculate the Kinetic Energy (E) of the 20 kg object at the end of the 7th second after the beginning of the movement (the falling).

W(E)=20(kg)*68.6(m/s)=1 372 Energies

Thus, the 20 kg object “free falling” downwards, at the end of the 7th second after the beginning of the movement (the falling), has such Kinetic Energy that, in the event of a collision with another object, it can do the maximum Work of 1,372 Energies.

It should be noted that the new formulas for Work and Energy are very similar to the Impulse/Momentum (p) formulas.

http://www.physicsclassroom.com/class/momentum/Lesson-1/Momentum-and-Impulse-Connection

But although the two groups of formulas look the same, in reality, the concepts of the formulas are totally different.

The Impulse/Momentum (p) of an object has always been understood solely through the visible movement of the object, and therefore only through the visible velocity and the visible acceleration.

Therefore, scientists consider that if there is no visible movement of an object (i.e., the visible velocity and the visible acceleration of the object are zero), then the Impulse/Momentum (p) of the object is also zero.

While the new concept of Work and Energy

works, even when there is no visible movement of the object, i.e. when the visible velocity and the visible acceleration of the object are equal to zero.

It is important to understand that the new concept of Work and Energy already includes the existing Impulse/Momentum concept and this means that the new concept of Work and Energy is much bigger than the existing Impulse/Momentum concept.

Also, it is very important to understand that the conservation of the New Energy (measured in Energies), in the event of a collision of two objects, in fact, has already been proven by the current Law of Conservation of Momentum.

Total momentum before collision = Total momentum after collision

http://www.mathcentre.ac.uk/resources/uploaded/mc-web-mech3-2-2009.pdf

1.11. The New Formula for Potential Energy

Potential Energy of a lifted object is equal to the maximum Work that this lifted object can do by falling downwards to the end down and collision there down with another object.

This Work, in the event of the collision, is the pushing other object and this pushing may result the following occasions:
• the new velocities of both the objects;
• the deformation (destruction) of both the objects;
• the heat-up of both the objects, etc.

Since the displacement (D) of a “free falling” object is calculated by this formula:

D = a*t2/2,

then, extracting the time (t),

t = √(2D/a)

and inserting this expression t = √(2D/a) into the New Universal Formula for Work and Energy, W(E) = m*a*t, we get the New Formula for Potential Energy of a lifted object:
W(E) = m*a*t = m*a*√(2D/a).

For example, let’s calculate Potential Energy of the 20 kg object lifted, say, to the height of 100 meters.

E(W)=20(kg)*9.8(m/s²)*√(2*100(m)/9.8(m/s²))=885.44 Energies

Thus, this 20 kg object lifted to a height of 100 meters, has such Potential Energy that, if it falls downwards to the end down and collides there with another object, it can do the maximum Work of 885.44 Energies.

It is important to understand that Energy spent (and Work done) during the lifting up of an object, sometimes can be (in fact, almost always is not) equal to Potential Energy of the lifted object.

This new understanding also breaks the existing Law of Conservation of Energy. As remarked above, the New Law of Conservation of Energy is presented in the Discovery #3.

1.12. The New Formula for Power

Power is the rate at which Work is done or is the rate at which Energy is consumed or given.

Power (P) is:
• Work done during one second; or
• Energy consumed during one second; or
• Energy given during one second.

The new formula for Work and Energy (W(E)=F*t) automatically changes the concept of Power.

And we get, Power = Force.

Thus, the Power is numerically always equal to the Force, i.e. to the size of a pushing per one second.

Consider the same familiar example again:
the 20 kg object is “free falling” downwards.

Let’s calculate the Power of the Gravitational Force:
• the Work of the gravitational Force during one second; or
• the increase of Kinetic Energy of the 20 kg object during one second; or
• the decrease of Potential Energy of the 20 kg object during one second.

All the 3 things are calculated by one formula and equal to the same number. It’s important to understand that the falling 20 kg object loses Potential Energy but gains Kinetic Energy.

P=F=m*a=20(kg)*9.8(m/s²)=196 Energies per one second

And now we have the very important conclusion:
The Power of the gravitational Force is unchanged throughout the time of the “free falling” of the 20 kg object and is always equal to 196 Energies per one second.

The aftermaths of the Discovery #1

The Discovery #1 makes all existing physics textbooks irrelevant and obsolete.

The Discovery #1 starts new Physics.

The Discovery #1 also affects Chemistry and Biology.

It’s in short.

________________

Discovery #2

2.1. The Detection of Energy Imbalance and Discovering of New Energy;
2.2. The New Energy and the New Ability of Electromagnets;
About the Multiplier of Electrical Energy (MEE).

2.1. The Detection of Energy Imbalance and Discovering of New Energy

I experimentally found a new ability of Electromagnets, the ability to take Energy from the surrounding space.

So the Electromagnet receiving a small amount of Energy from an Electrical source can take hundreds times more Energy (new, earlier unknown Energy) from the surrounding space and then give us all the significant Energy in the form of the powerful pushing Force, which in turn can be converted into significant Electrical Energy.

It is very important to understand that in work of Electromagnets there is no violation of the existing Law of Conservation of Energy.

So it is not any form of perpetual motion machine!

Using Electromagnets this way we just again take the universe’s Energy just like we do it, using wind, hydro and sun stations.

And now let’s consider a concrete example in detail and with numbers.

First, some words about how the Electromagnet works.

Any Electromagnet indeed is just an ordinary coil of wire.

The wire must be lacquered. Such wires are inexpensive and freely sold in every city and town.

Here’s how any Electromagnet works.

You just need to connect the ends of the wire to the battery. That’s it.

Any Electromagnet can push closer to itself (attract) an iron object and hold it in the air motionless.

We can always increase the pushing (attracting) Force of the Electromagnet by putting an iron rod inside the coil.

So the Electromagnet can create the Force pushing upwards, which works against the gravitational Force pushing downwards (i.e., the Electromagnet can do the same thing as you did, holding the 20 kg object motionless in the air).

Let’s take the most ordinary electromagnet.

That electromagnet is always available on eBay, Amazon, Alliexpress and so on. It’s about $19.

Now we already know that this Electromagnet is just a coil of wire with a metal rod inside.

So our electromagnet (bought, for example, on eBay) has the following properties:
24 V (24 Volts) 0.34 A (0.34 Amperes) 50 kg (50 kilogram)

This means that this Electromagnet can be holding the 50 kg iron object in the air by consuming Energy at the rate of 1.66 Energies per every second.

Here it is necessary to explain how humanity now calculates the Energy (E) consumed by the electromagnet during one second. Now, to calculate it in Joules, Volts have to be multiplied by Amperes or, in other words, Voltage (U) has to be is multiplied by Amperage (I).

E = U*I = 24(V)*0.34(A) = 8.16 Joules per one second

We received that the Electromagnet, holding 50 kg object in the air, consumes Energy at the rate of 8.16 Joules per every second.

But since the Joule is the absolutely wrong unit of measure for Work and Energy, then to get the actual data in new right units (in Energies), we need to correct the Voltmeter’s readings, namely, multiply the Voltmeter’s reading by the correction coefficient (k).

E= k*U*I

Since inside each Volt there 1 Joule “sits”, then to calculate the correction coefficient, we must relate the new formula (for calculating of Work and Energy in Energies) and the old formula (for calculating of Work and Energy in Joules) by this correction coefficient (k).

As the old formula we will use this formula (explained above) for calculating the Static Mechanical Work in Joules.

And now we calculate this correction coefficient (k).

Substitute the relevant values:

a = 9.8(m/s²);
t = 1(s).
k = 2/(a*t) = 2/(9.8(m/s²)*1(s)) = 1/4.9 = 0.204

And then we get,

E= k*Voltage*Amperage = 0.204*24(V)*0.34(A) = 1.67 Energies per one second

And so we received that the Electromagnet, holding 50 kg object in the air, is consuming Energy at the rate of 1.67 Energies during every second.

Now let’s calculate the mechanical Work that the Electromagnet is doing during one second, when holding 50 kg object motionless in the air or, in other words, the Static Mechanical Work that the pushing Force of the Electromagnet (F1) is doing, when pushing upwards the 50 kg object during every second.

The mechanical Work (W1) of the pushing (attracting) Force (F1) of the Electromagnet here also equals the mechanical Work (W) of the gravitational Force (F) pushing downwards the 50 kg object.

W1(E1) = W (E) = 50(kg)*9.8(m/s² )*1(s) = 490 Energies per one second

Thus, holding 50 kg object in the air, this Electromagnet creates the pushing Force (F1), which, during one second, is doing the Mechanical Work equal to 490 Energies.

Attention!!!

490 Energies per second is 300 times greater than 1.67 Energies per second.

This means that this simple device is doing its Work during every second which is 300 times more than the Energy this device consumes during every second.

Let’s calculate the Efficiency of the Electromagnet.

Efficiency = (Work per second)/(Energy per second)*100
Efficiency
= 490(Energies)/1.67(Energy)*100 = 29'424 %

Thus, the Efficiency of this simple Electrical device (this Electromagnet) is much more than 100 % ! is 29'424 % !

______________

It’s important to understand that we get the same Efficiency (29'424 %) even if we calculate everything in Joules — even if we calculate the consumed Electrical Energy and the Static Mechanical Work in Joules.

So using this formula (explained above)

we calculate the Static Mechanical Work in Joules.

W1 (E1) = 50(kg)*(9.8 (m/s²))²*(1(s))² = 2"401 Joules per one second

Efficiency = (Work per second)/(Energy per second)*100
Efficiency
= 2'401(J)/8.16 (J)*100 = 29'424 %

We get the same result (Efficiency = 29'424 %) because of the fact that when the Efficiency (relative indicator) is calculated, then the Work (the Joule) is divided by the Energy (the Joule) and it means that even the erroneous unit of measure (the Joule) gives the correct result in this case, since one mistake (the same coefficient) “sits” into both the numerator and the denominator and this this common factor (this mistake, this coefficient) cancels.

______________

2.2. The New Energy and the New Ability of Electromagnets

So, the detection of the enormous Energy Imbalance means at least 3 things:

  1. We have discovered some new Energy that magnets (Electromagnets and permanent Magnets) take from the surrounding space and turn it into the pushing Force. (This comes from the following conclusion: If something can turn into the resource to push an object, then this something is Energy.) In other words, we have found the really inexhaustible source of clean Energy.
  2. We have discovered the new ability of Magnets (Electromagnets and permanent Magnets), the ability to take Energy from the surrounding space.
  3. We can multiply Electrical Energy. We can build the Multiplier of Electrical Energy (MEE) that multiplies Electrical Energy and works with the extremely high Efficiency.

Let’s take a closer look at the Work of our Electromagnet while holding 50 kg object in the air.

During every second the Electromagnet is doing Work equal to 490 Energies, but it is receiving from the battery just 1.67 Energies. The difference (4901.67 = 488.33 Energies) the Electromagnet takes from the surrounding space.

So, during every second the Electromagnet takes 1.67 Energies from the battery plus 488.33 Energies from the surrounding space and converts both the Energies (in the sum of 1.67 + 488.33 = 490 Energies) into the pushing (attracting) Force. And this pushing Force during every second is doing Work equal to 490 Energies.

It’ important to understand that before these discoveries scientists mistakenly considered that the Electromagnet, in this case, does not do any mechanical Work and does not spend any Energy on this Work.

So scientists mistakenly considered that the Electromagnet just spends the Energy that it takes from an Electrical source.

About the Multiplier of Electrical Energy (MEE)

As remarked above, this all means that we can build the Multipliers of Electrical Energy (MEEs), which, accordingly, multiply Electrical Energy.

Also, as already remarked above,

It’s important to note that in this work of Electromagnets there is no violation of the existing Law of Conservation of Energy.

So it is not any form of perpetual motion machine.

Using Electromagnets this way we just again take the universe’s Energy just like we do it, using wind, hydro and sun stations.

Now I have all the necessary experimental data, including the experimental data from reputable international sources, and I know how to build the Multiplier of Electrical Energy (MEE), which, accordingly, multiplies Electrical Energy.

With MEE, we can multiply Electrical Energy from Electrical sources (Electric Batteries, Solar Panels and so on) with extremely high efficiency of much more than 100%. So, for example, with Solar Panels and MEE, we can take Electrical Energy from the Sun and multiply it by at least hundreds times for each taking.

MEE is the next-gen Electric Generator.

In my opinion, today all the existing Electric Generators and Electric Motors (which have Electromagnets and work on the principle of electromagnetic induction) have one common construction mistake that does not allow them to work with an efficiency of more than 100%.

The MEE production requires high technologies. (I myself can not make the MEE model to demonstrate).

MEEs can also be set into the BFRs and on Mars.

Importantly, I don’t want to patent MEE. I just want my discoveries get the world’s attention and then I will share my knowledge with the world. This way no one will have an advantage over others. All people will be in equal conditions to freely start making myriads of MEEs and so civilization will get the powerful push for the accelerated progress.

Discovery #3: (temporally hidden)

3.1. The New Law of Conservation of Energy;
3.2. The New Concept of Charge;
3.3. The New Concept of Mass;
About energetically isolated and non-isolated systems.

First the world needs to understand the Discovery #1 and the Discovery #2, and then the Discovery #3 will be unveiled. Step by step.

____________________

I hope the Discoveries will also kick-start the process of total change of the whole world’s education system. I have ideas on it. So every child regardless of location will enjoy schooling and get the best education on the planet for free.

Oleg Gor

Written by

Oleg Gor

By logic I canceled all modern physics. By experiments I discovered new Energy.

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