Danny:Since Dr. Woodward's Mach-Effect derivation for these mass fluctuations is Lorentz Invariant, i.e. it is a 4D spacetime derivation that is true in all frames of reference per the requirements of Einstein's General Relativity Theory (GRT), it automatically observes all conservations laws including the conservation of energy and momentum. Where people get confused on this stuff is drawing their thermodynamics systems box locally just around the M-E device in question, whereas it has to be drawn around the causally connected universe where the G/I field generators reside. Per the latest cosmological data, that means a radius of 13.7 billion light years from the local frame. In other words when a G/I driven spaceship accelerates, the rest of the universe slows down, or if you prefer, the rest of the universe gets just a little bit colder. Thanks much for the encouraging words and data is what we are short on. However, doing this kind of bleeding edge research work after hours is getting to be a bit of a chore. Let’s hope we make some progress in the near future…
The law I am worried about is the conservation of linear momentum. If this thruster changes the linear momentum of the vehicle it is attached to, them some other object in the universe must have a change of momentum in the opposite direction. What is this something?Danny Deger
snipFind attached a slide on this MLT linear momentum topic that I presented at the May 15, 2009 AIAA/Houston Technical Symposium here in Houston. And yes, G/I thruster has the right of it. When the MLT accelerates to the right, the rest of the causally conected universe accelerates to the left. You won't notice it though because of the huge disparity in mass/energy between these two systems.
Quote from: GI-Thruster on 05/28/2009 06:49 pminside wormhole territorySometimes I get my terms confused. When I see the word "wormhole" I always imagine a shortcut between 2 distant points in space, but instead of that the MLT creates a small fraction of twisted space-time (wormhole) just to get thrust out of it. That's a very witty move Quote from: GI-Thruster on 05/28/2009 06:49 pmit will produce very small thrusts. So don't get your hopes up.The question is how long could it sustain in a vacuum chamber. Any preparations for that kind of demonstration?
inside wormhole territory
it will produce very small thrusts. So don't get your hopes up.
When the MLT accelerates to the right, the rest of the causally conected universe accelerates to the left. You won't notice it though because of the huge disparity in mass/energy between these two systems.
Quote from: Star-Drive on 05/29/2009 11:52 amsnipFind attached a slide on this MLT linear momentum topic that I presented at the May 15, 2009 AIAA/Houston Technical Symposium here in Houston. And yes, G/I thruster has the right of it. When the MLT accelerates to the right, the rest of the causally conected universe accelerates to the left. You won't notice it though because of the huge disparity in mass/energy between these two systems.Thanks for the post. How well known is the G/I field and its effect on moving the rest of the universe? Is this a new and yet very little tested phenomenon?I can say without analysis I don't think I will notice the universe move when one of these thrusters moves a spacecraft to Mars.Danny Deger
G/I ac devices
QuoteG/I ac devicesAlternating current (AC)? What is so special in it for a MLT? For example it could be DC powered. What would be the difference?
Also if you just kept increasing the applied voltage to a cap in a time varying dc signal, sooner or later the cap will burn out