I guess the reason derives exactly from the way i gave the example. He mean that in the middle of the cell you have exactly zero volts, and water is like ground thereto a source of positive or negative charges to some extent if the circuit is close.
Do you agree?
Seems so, then the di-pole water molecule reacts.....don't forget..it is supposed to be a dielectric...
jp
Look closely at this photo.
Look how thick the positive wires are from the Altrntr to switches and switches to positive outer tubes individually..
He had to have the huge car altrntr inductor to get near Matching the capacitance And make enough gas to run the buggy at idle as demonstrated in the backyard video.
He then wants the injectors because you can't do it the first way anymore unless using a bug..
Thus the Greanue "Explosions in Water" paper..
Peter Graneau is well known for a long series of experiments in classical electrodynamics performed during 35 years in University and industrial laboratories on both sides of the Atlantic. The results he obtained were consistent with the old Newtonian electrodynamics which flourished in Europe during the nineteenth century. Dr. Graneau has published his findings in more than forty papers in prestigious physics and engineering journals and in his 1985 book “Ampere-Neuman Electrodynamics of Metals.” Some of his work has been sponsored by the U.S. National Science Foundation, which commended him for his efforts. The Graneaus make their home in the town of Concord Massachusetts. They love nature, and they walk and canoe where Henry David Thoreau lived. In this beautiful area, Peter Graneau has time to contemplate the course physics may take in the next century.
Neal Graneau was born in London, England, and attended Fenn School in Concord, Phillips Exeter Academy in New Hampshire, and Winchester College in England. He traveled with school theater and poetry groups, and played piano recitals. Neal Graneau studied physics at King’s College of London University, and at Oxford University as a graduate student. He is currently a full time researcher at Oxford. For ten years, he spent his summers at his father’s MIT laboratory. There this father and son team researched, invented, built, and performed the experiments described in this book. When not at work, Neal finds himself to relax by playing the drums in an Oxford group.
jp
