Shopping List -
2008 Needs (for energy, fuel, transportation and others)
Cricket Diane C Phillips, 2008
Dynamic propulsion
Battery System – An efficient way to store electrical energy
solar-direct power harvesting
Heat-direct conversion & storage
Photon gathering equipment & useful energy from photons directly or by conversion
DC / AC – electromagnetics / alternators and generators / turbines
Mechanical force and friction force efficiencies
Quantum mechanisms used for power, energy, fuels, propulsion, etc.
Known hydro-electric systems / steam run turbines
–> Solar generator prototype (mine) reworked
–> Ribbon elevator power mechanism @ 1 meter / second (solar, air, wind, atom, chemical, hypermagnetics)
–> That same carbon “nano” tube ribbon used as tracks for transportation system (on ground)
Converting chemical energy into electrical energy and harnessing the conversion
Symbiosis / symbiotic electrical mechanisms
–> A super density solid spinning at 10,000+rpm has a gravitational yield? Of how much lift?
–> Sulfur dioxide compounds (airborne) as fuel? How to convert at room temp? At high tem? In existing car engine systems – what catalyst would be required using normal pressures?
Applied mechanics to amplify power inputs
see image – triangle with C (carbon) on top point, O (oxygen) at right point, and H (hydrogen) at left base point. Stage one reaction with carbon, stage two using oxygen and third stage with hydrogen. Three-reaction system for propulsion
Strange chemistry / store electricity another way (as light / photons), (as 3-dimensional harnessing “grid”), (as sound waves?), nanoparticles storage system in molecular sieve
–> why couldn’t existing battery technology be used but exchange nanoparticles held in place by semi-permeable skin? It would increase storage capacity exponentially, (regular lead / acid batteries et al.) – it would have to be easier than what is already being done.
d/c power systems could be created more directly from sunlight and from nuclear power technologies while still using a/c – producing systems as they are simultaneously – see notes
airplanes are heating the cold surfaces (external) and cooling hot surfaces by mechanic / thermo electric systems – why not take the temperature differential from one to fix the other and vice versa – couldn’t that save significant power (also harness exhaust for re-use as fuel in flight)
–> using a laser to heat water – what happens to photons in that process? Could this process turn a turbine for power generating? Do photons have enough power to be stored and used – doesn’t bio-luminescent systems use such a system?
–> what has been done on this already? Does it heat or alter a shaft of air =/- in the surrounding column of laser emission?
–> there has to be a lot of charged material for column effects of electricity (such as in lightning) – are there any materials that could be used to intentionally harness this affect? Would they be stable? – could they be made stable enough to handle?
–> is there a way to harness electric effects from plasma globes? Lightning machines? What has been done along these lines?
–> 2 – 3 volt miniature motor made by Japanese shown in 1992 (less than three inches length)? In tandem to move or enhance motion?
Written by Cricket Diane C “sparky” Phillips, 08-07-08, USA
