Conventional physics does state it's possible!

[PaulLowrance]

The mathematics of conventional physics does show that a "free energy" machine that captures ambient thermal energy (that exists in *all* matter) is possible. Conventional physicists say it's impossible because of the laws of thermodynamics. Although, conventional physics acknowledges that the laws of thermodynamics has an associated error rate for common simple elements such as gas, and is by no means meant for a microscopic scale analysis. For details please see -->
http://greenselfreliantenergy.com/physics/

Other areas of conventional physics clearly shows that it is possible to capture ambient thermal energy. For example the best small signal semiconductor mathematics clearly shows that diodes must rectify Johnson noise. One cubic meter of copper contains over 1 billion joules of energy from the free electrons in such copper. Johnson noise is sufficient, and it's continually sustained by the Sun, solar energy. 

So to be accurate, we cannot say that conventional physics says it's impossible to capture ambient thermal energy. It's merely an interpretation, and an interpretation that ignores small signal semiconductor physics while accepting the laws of thermodynamics which is not meant for microscopic effects such as the thermal energy of free electrons.



PL

[TechStuf]

Perpetual motion is everywhere.  As the late Howard Johnson once said:


"I don't know how the electrons got started spinning, and I don't know how to stop them, do you?"


Man's 'laws' of physics are a frail and feeble ivory tower of babel.


One with a foundation of iron mixed with clay.



TS

[madddann]

@PaulLowrance

Hi, i'll just quote your post from the cavitation thread, hope it's ok...

"Does anyone have any theories why nearly 100% of the "free energy" community avoids discussing methods of capturing ambient thermal energy like the plague, but wants to pursue unknown exotic energies that are unproven?"

- Well maybe 'cause there seems to be a greater potential - at least this is what people see. If you want to share some info about how to enhance the capturing of ambient thermal energy at low cost, so that it could power a house, i'm all ears.

"An ambient thermal energy mover would not create nor destroy energy, but would create an energy loop where energy would flow from the device to the appliance to the environment (air & earth, etc.), and then back to the device."

- Actually that's exactly my point - once you know how things behave, such a "perpetual" loop can be created. Using high voltage electricity is probably only one of many ways to do it.

"Conventional physics is riddled with limitations. The concept of "equilibrium" is based on the fictitious concept that a closed system can be in perfect 100.0000...% equilibrium. In the *real* world, equilibrium is an *impossible* state that would require *infinite* thermal insulation in a closed system. When the mathematics works with and replies on *impossible* states such as equilibrium you end up with fictitious mathematics."

- For what i know, the universe is the sistem, we just have to adapt our needs to it and know how to do it - how to attach ourselves to the wheel of nature...

"There is over 1 billion joules of Johnson noise per cubic meter of matter, which is sustained by solar energy."

- So how much of this energy could we extract in base of your theory and today's tech?
I'm just very courious...

Merry Christmas to all!


Dann

[sparks]

  emwave energy ouput from the sun 58percent infrared wavelengths.  Earth's surface and atmosphere full of water.  Water absorbs infrared like there is no tomorrow.  Coincidence I don't think so.  Visible light spectrum from sun converts to infrared reflection.  Coincidence I don't think so.  Average temperature of ground.  50'f again in the infrared radiation spectrum.    We may see the light bouncing around but the infrared is here to stay.

[PaulLowrance]

"There is over 1 billion joules of Johnson noise per cubic meter of matter, which is sustained by solar energy."

- So how much of this energy could we extract in base of your theory and today's tech?
I'm just very courious...

Merry Christmas to all!


Dann

I don't see any limitations in the math, so as far as I know it's all available energy. Thermal energy is continuously flowing in all matter. The diode array proves that it is possible to use thermal energy to direct itself that is more meaningful to us, humans. An ambient thermal energy device would merely direct that energy into something useful. So unless the output application is something such as a radiating antenna directed toward outer space, the energy stays here on Earth, no contribution to global warming, completely clean and reusable energy.

MCE (Magnetocaloric effect) is the starting point to understanding how magnetic materials can capture ambient thermal energy. When the applied magnetic field is removed, then it is ambient thermal energy that *forces* the magnetically aligned atoms into a slightly more state of disorder. That requires energy, which is why *all* magnetic material cools down when the applied field is removed. This effect is used for deep chillers. The problem is, when the field is applied, the opposite happens, the material heats up. So the goal is to make the cycle unbalanced such that it requires more work for thermal energy to demagnetize the material. I have found such a design. I have found such a design. Such a design completely relies on magnetic viscosity, which is in agreement with what Steorn says. I have used FEMM, a magnetic numerical analysis software, to clearly see that my design would work.

PL