Back to Basics

[sparks]

    If we go back to the classical view of the atom we find that charge is centripedal force resulting in the electron storing energy it's angular momentum.  When an atom is ionized we have to add energy to the field of the atom to have the outermost electron shell be disrupted enough to free the electron.  The electron once free of the neucleus imposes it's angular momentum on an increased field of play.  In a conductor the atoms are already ionized with the electrons forming a cloud or atmosphere about the core of the conductor.  There is very little to gain from these atoms because the cloud has already given up it's angular momentum to the field.  By pushing on one end of the wire the electrons move transmitting the information to the other end.  But in a free energy device this is not what we want.  We want to cut loose electrons in low energy orbitals.  These low energy orbital electrons have to have alot of angular momentum else they would just fall into the core.  If we cool an electron what is keeping it from smashing into the neucleus?  Would the cooled electron collide with the core and emit some photon packets like uv waves?  Would this emission of photon energy be enough to ionize surrounding atoms and more gain from conversion of electron angular momentum to kinetic energy?  Kinda off topic but electron cascade events are pretty interesting phenomenon.  I am sure that all sorts of magnetic dipole alignment of the atoms would be necessary for something like this to happen but momentum and energy would be conserved and no unknown scources of energy or fields need be identified.

[dankie]

Lets  rumble grrr ...

It will be better for the overunity community  , HHO and my vunderful  inventions for me shoot down this TPU stuff once and for all .

We all know how this will end .

Your prophets were false ones , its time to kill it before more damage is done , before you start overhyping your litttle scope distortion and nothing gets done anyways .OFC now that its goverment funded , its confirmed , I got a reverse enginnering project coming , the natural momentum must be and is coming the HHO way get it ? Theres even GEET to combine it with and make it more powerful, can add oil , petrol diesel w/e ...

HHO solves everything from transport , elecricity , and water purification ,All of wich are EQUALLY important ,does it the cheapest in all 3 categories , we use what we have . That other BS is all CADILLAC like Stan says . Do you know how bad city water is ? Do you know how many kW it takes to run a grocery truck down the road ?


I rest my case .

[giantkiller]

I am curious about your HHO. At what point in the transit do you crack the water?

Lets  rumble grrr ...

It will be better for the overunity community  , HHO and my vunderful  inventions for me shoot down this TPU stuff once and for all .

Your prophets were false ones , its time to kill it before more damage is done , before you start overhyping your litttle scope distortion and nothing gets done anyways .

We all know how this will end .

[Grumpy]

I am curious about your HHO. At what point in the transit do you crack the water?

When he pisses in the wind...

ROFLMFAO!!!

[Moab]

Beautiful Sparks!

    If we go back to the classical view of the atom we find that charge is centripedal force resulting in the electron storing energy it's angular momentum.  When an atom is ionized we have to add energy to the field of the atom to have the outermost electron shell be disrupted enough to free the electron.  The electron once free of the neucleus imposes it's angular momentum on an increased field of play.  In a conductor the atoms are already ionized with the electrons forming a cloud or atmosphere about the core of the conductor.  There is very little to gain from these atoms because the cloud has already given up it's angular momentum to the field.  By pushing on one end of the wire the electrons move transmitting the information to the other end.  But in a free energy device this is not what we want.  We want to cut loose electrons in low energy orbitals.  These low energy orbital electrons have to have alot of angular momentum else they would just fall into the core.  If we cool an electron what is keeping it from smashing into the neucleus?  Would the cooled electron collide with the core and emit some photon packets like uv waves?  Would this emission of photon energy be enough to ionize surrounding atoms and more gain from conversion of electron angular momentum to kinetic energy?  Kinda off topic but electron cascade events are pretty interesting phenomenon.  I am sure that all sorts of magnetic dipole alignment of the atoms would be necessary for something like this to happen but momentum and energy would be conserved and no unknown scources of energy or fields need be identified.