Thermodynamics and Psychology

                                                 Thermodynamics and Psychology

Heat is energy, and a high temperature implies greater potential energy. However, to develop this potential, and convert heat into mechanical energy, there is a need low temperatures.A body at a high temperature, cannot by itself yield mechanical energy.  A temperature difference between the hot and cold part of the unit is necessary (Carnot).

 Historically, we are accustomed the cold part operating at a temperature of 280–310K, because the world/cosmos provides us with a body of such temperature (the world's oceans, the atmosphere, and the Earth), and with unlimited potential. This assumption limits us, because 280–310 K is a sufficiently high temperature (compared for example to100K) , and we can use the same bodies at such a temperature, for the hot side of the unit. 

Historically, we heat the hot part of the unit, to create a temperature difference between the hot and cold sections. This limits us, because we can cool the cold side of the unit, so to create a temperature difference between the hot and cold sides, so that we get the same result – mechanical energy.

I tried to develop the idea of ​​using the Earth's heat for the hot side of the unit, while generating the cold side ourselves, because this offers the possibility of having unlimited "free" energy, for as long as the world exists.

06.10.2026

Svetozar the Cold

 I have imposed a ban on myself not to enter the world of the internally cooled engine, but I have to break it, because of some questions that most often arise in people who want to understand the theory.

A small preface: In order for an internally cooled engine to work, we need to create its cold part. We have the hot part - It is given to us by nature (the heat of the environment). We need a temperature difference between the hot and cold part (Carnot), and we will have to create a cold part - We do not have it. It is "expensive", we "pay" for it. And once created, we have to keep it cold.

It is often concluded that we will inevitably lose the cold part due to waste heat and heat exchange with the environment

What do we do to preserve the cold part:

1. Thermal insulation

2. Heat redistribution system - We transfer heat from the cold to the warm part

3. We convert most of the heat into mechanical energy so that the resulting power is greater than the power required for the operation of the heat redistribution system

In the thermally insulated part of the internally cooled engine, heat is converted into mechanical energy. This is how we preserve the cold part.

 

Svetozar the Cold

Once upon a time

 This blog is the embodiment of the evolution of my idea to turn the heat of nature into useful energy. The average temperature of air on earth (probably also of water, which I think is the more suitable source of energy) is 290 K, so down to 0 K we have a good chance of creating the temperature difference between the hot and cold part of the engine, that we need to converting heat into mechanical energy.

  I published my ideas immediately the day they took shape, so the whole work is not well systematized, but you can see how I wandered into the unknown.

When I realized that I had nothing more to contribute, I decided to "forget" about this work - Theorizing is exhausting, one must put an end to it in, order to save oneself.

You can write to me by email:

megagreenenergy@gmail.com

Svetozar the Cold

off-topic "internally cooled engine " - To your attention : My theory "Perfect Living Creature"

Already drew first touches of my theory:

"Perfect Living Creature"
(author : Svetozar the Soul )

You can see on :
www. perfect-living-creature.blogspot.bg

or at : "Perfect Living Creature- theory"  (Facebook page)

There is still much work on the theory. I hope for a few months to set out my views on this topic.

As for begining I want to outline the philosophy. 

Let us go from this point of view