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Yes, of course 
The 60ft single wire in the back garden is nothing wireless. Any experiments which demonstrate a 'range' are always capacitance and induction. In fact, I mentioned that in recent videos...so don't worry, i'm not fooling myself lol. Most of all, we have definitely not got to fool anyone else !
Companies seem to have a bunch of cash to push induction, with flashy boxes and the latest trend look to them...but I haven't seen anything that uses anything else.
As a research center, in my opinion, the center can bring true longitudinal wireless forward, from the starting block of ever more efficient induction - using Tesla's original Patent's to demonstrate the progress in 21st century ways. There's little point in years of struggle for full replications of say Pat 1,119,732 without fruits being brought forward more immediately along that road.
There is a definite worth in expansion of the sharp fast effects described in this one: Patent US454622 - NIKOLA TESLA - Google Patents
Accepted wireless is indeed the induction arena and hopefully my latest forays demonstrate the simplicity, perhaps elegance with which such driver circuits can be readily built by anyone, from junky spare parts.
What we don't have is adoption of these technologies and methods, what we don't have is a general public acceptance of what we here consider as commonplace.
In my opinion, the most beneficial 'product' demonstrations to all would be well planned and presented, easy to follow and easily replicated or bought for low money. The thinking being why is this not already commonplace.
Take for example a pancake coil system with 1 wire output. With more time to refine, such a system will readily light LED house bulbs and drastically cut down on the wiring required for a house.
Of finer wire and much less copper needed, no electric shocks occur, no amperage overloads are possible and the safety overall is greatly heightened. That wire can be rained on, routed in places where traditional wiring stands out in an ugly way and emits no societally perceived harmful radiation beyond about an inch anyway. It's a commonsense approach.
To write all the above another way - how far are we removed from the dream of fully longitudinal systems, compared to practical uses of induction wireless and single wire applications ?
The 60ft single wire in the back garden is nothing wireless. Any experiments which demonstrate a 'range' are always capacitance and induction. In fact, I mentioned that in recent videos...so don't worry, i'm not fooling myself lol. Most of all, we have definitely not got to fool anyone else !
Companies seem to have a bunch of cash to push induction, with flashy boxes and the latest trend look to them...but I haven't seen anything that uses anything else.
As a research center, in my opinion, the center can bring true longitudinal wireless forward, from the starting block of ever more efficient induction - using Tesla's original Patent's to demonstrate the progress in 21st century ways. There's little point in years of struggle for full replications of say Pat 1,119,732 without fruits being brought forward more immediately along that road.
There is a definite worth in expansion of the sharp fast effects described in this one: Patent US454622 - NIKOLA TESLA - Google Patents
Accepted wireless is indeed the induction arena and hopefully my latest forays demonstrate the simplicity, perhaps elegance with which such driver circuits can be readily built by anyone, from junky spare parts.
What we don't have is adoption of these technologies and methods, what we don't have is a general public acceptance of what we here consider as commonplace.
In my opinion, the most beneficial 'product' demonstrations to all would be well planned and presented, easy to follow and easily replicated or bought for low money. The thinking being why is this not already commonplace.
Take for example a pancake coil system with 1 wire output. With more time to refine, such a system will readily light LED house bulbs and drastically cut down on the wiring required for a house.
Of finer wire and much less copper needed, no electric shocks occur, no amperage overloads are possible and the safety overall is greatly heightened. That wire can be rained on, routed in places where traditional wiring stands out in an ugly way and emits no societally perceived harmful radiation beyond about an inch anyway. It's a commonsense approach.
To write all the above another way - how far are we removed from the dream of fully longitudinal systems, compared to practical uses of induction wireless and single wire applications ?
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