Auto-SummaryThis post explores the concept of temporal navigation using Casimir cavities and event horizons. The author argues that covalent bonds formed within these cavities can enable atoms to maintain their orientation in the time stream, providing a "temporal rudder" that allows for controlled temporal travel. The key points include:
1. Virtual particles organize boundary conditions with hydrino molecules inside Casimir cavities, creating a non-radiative, stationary electron orbital.
2. Molecules formed inside the cavity cannot diffuse as far on the temporal axis as their component atoms, providing an energy gain for bonds formed while submerged.
3. The author compares the process to an event horizon, suggesting that a dualship (two ships) can use molecular bonds to navigate through a black hole, experiencing true temporal navigation.
4. The post speculates on the implications of maintaining molecular bonds during temporal travel, suggesting that it could enable futuristic space exploration devices.
5. The author concludes by pondering the consequences of not breaking the binding field when exiting the event horizon, potentially resulting in temporal displacement.
This summary highlights the main arguments and speculative ideas presented in the post, focusing on the potential for temporal navigation through molecular bonds in Casimir cavities and event horizons.
No, the reactionary forces are translated 90 degrees to the temporal axis. This method FORCES normally chaotic virtual particles to organize boundary conditions with hydrino molecules that formed while inside the casimir cavity. The subzero like radius of the orbital was non radiative because it didn't really get smaller -the boundary condition holding the electron away from the nucleus got wider on the time axis and the electron orbital simply remained stationary relative to the boundary now distributed differently to reflect the change in quadric volume inside these exclusion fields. the electron remains at -13.6 eV ground state momentum. If the atom exits the field without forming a molecule it will simply untwist. Dr Mills, Dr Moddel and Dr Haish all failed to realize you need a covalent bond to occur while inside the exclusion field or you gain nothing. A molecule formed outside the cavity would never be able to diffuse as far on the temporal axis as it component atoms so there is no opposite effect for a molecule disassociating inside a cavity. The energy gain is only for bonds formed while the atoms are submerged as far as possible on the time axis. The gain is provided by virtual particles forming organized boundaries with the newly formed molecule's orbitals which are locked into their temporal orientation by the covalent bond. these orientations are preserved by the covalent bond but experience increasing opposition from virtual particles that normally keep orbitals swept into a path of least resistance to the curving time stream between normal space, a casimir cavity and even an event horizon. these hydrinos continue to hold their orientation from the exclusion field and find themselves interleaving themselves into the time stream instead of swept to the shore line of space time. since this already so speculative let me tell you a story about the Casamir cavities cousin, the event horizon....
Johny learns his father's space cruise ship is being sucked into a black hole- unlike most disasters this will be a lifetime tragedy due to relativity -although mere moments for his father it will be hundreds of years before the spaceship is actually crushed by the gravitational forces seeping through the inertial dampers. Johny however is calm because his new invention multiplies a spaceship drives power and dampers far beyond previous levels and he knows that time is now his friend! After years of preparation Johnny and a rescue ship dive into the event horizon toward the doomed ship - As the doomed ship grows larger Johnny initiates the device that will lock their shields together so they can drag the crippled ship out of the gravity well. The rescue ship is able to lock onto the crippled ship on the first attempt and they quickly combine their navigation and engines into a single dual ship mode. they start pulling away from the black holes gravitational grasp and are already approaching the point where the 2 ships first merged marking their actual starting point on their return. Johnny knows time is traveling faster outside the event horizon and wants to get his father home while there is still family left that will recognize him. As the dualship climbs the gravity well it is pushed by temporal forces forming boundary conditions with the dualships merged fields. Both ships have molecular structures twisted on the time axis by the curved space inside the well which would simply untwist if each ship returned individually but the two fields forming the dualship bond are now locked one against the other unable to twist back to normal even as the dualship continues to climb the well returning to flat space. The resistance seems to increase in steps and Johny hopes both ships will still have escape velocity when the binding field breaks and both ships break free. With a flash Johnny's ship suddenly emerges from the black and they are immediately contacted by the rescued ship already waiting for them. His father's face appears on the com to tell Johnny only weeks have elapsed since Johnny dove into the black hole and to chide him about taking so long :_) Apparently dad and crew have been waiting 3 days for them to reappear. Johnny then realized the implications of his fathers communication. He assumed that the rescue attempt would return all travelers to a point at least twenty years after the rescue missions entry into the black hole but somehow they were all returned only weeks later. The temporal resistance that eventually tore apart the binding field of the dualship had combined with the ships vector so that the dualship did not follow the curved gravitational well of the black hole back to normal flat space. The dualship had experienced true temporal navigation, the fields acted as temporal rudders their molecular orbitals unable to twist freely with the changing curvature of the well the orbitals became interleaved in the time stream forming boundary conditions with vacuum fluctuations which can lift or submerge a ship from its time frame. the orientations once frozen by the binding field retained an orientation, a resistive rudder angle, that favored that temporal coordinate which combined with ships drive to form a composite temporal spatial vector submerging the dualship into the plane of the gravity well on the shortest return path to flat space. Johnny wondered what would have happened if the field had not broken - if the two ships had escaped the event horizon with their binding field intact ..would they appear like tiny spaceships still miles away or should i say hours away since they would still be displaced on the temporal axis not the normal spatial axis. Would they be torn apart by temporal force the moment they dropped their shields?
The mirror of this animally is two hydrogen atoms entering a Casimir cavity at different times. If they form a covalent bond and try to diffuse back out of the cavity they have a similar dilemma. From one perspective normal space compares to the rushing gravity well of the event horizon and the casimir cavity compares to our normal space- time. the inverse of time is frequency and unlike an event horizon the activity from our perspective is any atoms or molecules in a Casimir cavity appear to be very fast hence my suspicion that catalysts are just an indicator of casimir cavities. Getting back to the dilemma is that the atoms were on spatial-temporal axis with their orbital boundaries shrinking from our perspective but in a non radiative manner (twisted on the time axis) this "distance" D1 and D2 for the two atoms must be maintained when they exit but forming a molecular bond means they will either return still "twisted" on the temporal axis or the virtual particles will tear the covalent bond apart and release the signature black light plasma as it accelerates through the equivalent of sub zero state shells -actually temporal axis shells. The stable twisted molecule if possible is actually the more desirable outcome since it would make possible all the science fiction devices described in the first paragraph by providing the "oar" scientists have needed since the beginning of space exploration.
Fran http://www.byzipp.com/energy/
Edited by froarty (03/01/09 07:48 PM)
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