The implications
The implications of this new technology is that our would is about to change.
The electromagnetic mathematical framework used to today while correct for describing the effects that an electric engineer would see from today's technology. It's the incorrect one for the tomorrow's technologies. In fact it has been a major reason that we haven't developed technologies based on electrical convection currents or charged moving elements.
Chemical rockets, ion engines, airplanes, helicopters, and any machine that flies now has its days numbered. Soon the Land speeder, a hovering ground-based vehicle, and the hover board, are going to be a reality by the end of the next decade. Power plants capable of lifting and moving large weights using kilowatts or less of electric power is soon to become a reality.
This is only the start of the applications that can be developed form these new equations. Power sources that have no weight based on the electric scalar potential is one possibility. Or bearings with no friction that are kept apart using complex electric fields. Its only limited by your imagination.
The current state of this new technology is generating tens of Millinewton's of force or a lifting capacity of grams. This is being done with charge loads of one to tens of micro coulombs moving at speeds of 100 M/S with devices that have dielectric constants of one to ten. Today there are materials that have dielectric constants of 10,000 or more. Devices designed with these new materials will use charge loads of ten to hundreds of Milli-coulombs and will produce forces of hundreds of Newton's of force with a lifting capacity of tens of Kilograms . These force levels can easily support a Land speeder using 4 large devices or to make our hover board a reality.
This new technology isn't going to be developed in the multimillion dollar lab or the MIT's of the world or even in a secret NASA or DOD project. Its going to be developed in the basements and garages by the backyard inventors. This technology doesn't require special equipment or expensive materials. It only needs an understanding that the current assumptions being made by the scientific community are wrong. The real advantage that the backyard inventor has is that you don't have these incorrect assumptions that the scientific world has that would keep you from being successful at implementing this new technology.
Richard Banduric
Chemical rockets, ion engines, airplanes, helicopters, and any machine that flies now has its days numbered. Soon the Land speeder, a hovering ground-based vehicle, and the hover board, are going to be a reality by the end of the next decade. Power plants capable of lifting and moving large weights using kilowatts or less of electric power is soon to become a reality.
This is only the start of the applications that can be developed form these new equations. Power sources that have no weight based on the electric scalar potential is one possibility. Or bearings with no friction that are kept apart using complex electric fields. Its only limited by your imagination.
The current state of this new technology is generating tens of Millinewton's of force or a lifting capacity of grams. This is being done with charge loads of one to tens of micro coulombs moving at speeds of 100 M/S with devices that have dielectric constants of one to ten. Today there are materials that have dielectric constants of 10,000 or more. Devices designed with these new materials will use charge loads of ten to hundreds of Milli-coulombs and will produce forces of hundreds of Newton's of force with a lifting capacity of tens of Kilograms . These force levels can easily support a Land speeder using 4 large devices or to make our hover board a reality.
This new technology isn't going to be developed in the multimillion dollar lab or the MIT's of the world or even in a secret NASA or DOD project. Its going to be developed in the basements and garages by the backyard inventors. This technology doesn't require special equipment or expensive materials. It only needs an understanding that the current assumptions being made by the scientific community are wrong. The real advantage that the backyard inventor has is that you don't have these incorrect assumptions that the scientific world has that would keep you from being successful at implementing this new technology.
Richard Banduric