The electric field of a magnet

[Raphael37]

http://puhep1.princeton.edu/~kirkmcd/accel/christofilos.pdf

you may or may not find this pdf. interesting...phrases like flywheel excitation caught my eye among other things...

few people know who NCC was...many people would relate NCC to Star Trek...

The Van Allen Belts should probably be called the NCC belts.
I suspect Van Allen got the nod because he would have been a better spokesperson than the excitable Greek bearing gifts.

selah V

[Dave45]

I would imagine the system could be center tapped and ran with the zvs circuit but the frequency would be high, the output would have to be rectified into DC.

[Dave45]

Jude 1:25
To the only wise God our Saviour, be glory and majesty, dominion and power, both now and ever. Amen.

[Dave45]

[Dave45]

wired in parallel for ac

[Dave45]

[Dave45]

Can we now use the wire sizes to increase amperage in the secondary, driving three coils pulsed in one direction, then a different wire size in the other three coils to increase voltage when driving the other three coils in the other direction.

The best of both principles.......... gears ratios ...........transformer wire ratios

[Dave45]

Revealed: Secret of bees' honeycomb

Hey MM good to read you

I think the magnetic fields entering and leaving the planet also have an effect on the hot wax

I equated the fields around a coil to gears before but it never occurred to me to us them in ratios, torque and speed, by using small primary's we can speed up the secondary and give it torque as well, this should produce more amperage.
If we reversed it and drove the large coil as the primary and the small coils as the secondary's would we increase voltage, lots to do.

dave

[MonsieurM]

Revealed: Secret of bees' honeycomb

"By virtue of a certain geometrical forethought... (bees) know that the hexagon is greater than the square and the triangle and will hold more honey for the same expenditure of material in constructing each," wrote a 4th-century Greek geometer, Pappus of Alexandria.

For Charles Darwin, the honeycomb was "absolutely perfect in economising labour and wax."

But how do bees do it?

The answer, according to a new study, is that the cells do not start out as hexagons but as circles.

They gradually form into hexagons by a subtle flow of the wax, which is turned semi-molten by the heat from a special class of worker bee.

The solution is proposed by a trio of scientists in Britain and China, led by Bhushan Karihaloo of Cardiff University.

They looked at what happens after waxy flakes are pulled from the bodies of foraging bees by specialist bees tasked with building the honecomb.

Working furiously, these bees operate side by side in adjacent and opposite circular tubes, which they build around themselves.

They knead the flakes and tamp them into place near the triple junctions of their tiny six-mm (quarter-inch) cylinders.

Heat provided by the workers and the physical properties of the wax then do what's necessary.

At a temperature of around 45 degrees Celsius (113 degrees Fahrenheit), the wax starts to flow slowly as an elastic, viscous liquid.

At the junction, surface tension causes the wax to stretch like toffee. It gradually pops upwards, forming a tiny point that becomes an "angle" of the hexagon.

During the process, the cell's walls are continually stretched. Ultimately, the walls of adjoining cells fuse and become straightened, forming a perfect hexagon.

[Dave45]

For my friends that dont speak english

[Dave45]

[Dave45]

Have you ever had a eureka moment


We call that torque

Rather than one small diameter coil trying to drive a large coil we use three, we grip the large coil.

[Dave45]

Back to the project, if we pulse a large diameter coil with a small diameter coil what would happen the small coil is spinning faster because of its diameter but it would not have as much effect as pulsing a large diameter coil with three small diameter coils.

In normal induction the coils are relatively the same but with this setup the small diameter coils drive the inner large diameter coil.

If used with ac three small coils pulse one direction and three small coils pulse the other.

[Dave45]

Are there two distinct and separate particles or is it there's only one particle and its there spin direction (cw or ccw) that causes a neg or pos influence?

I think the lc circuit holds the clues,

[Dave45]

So what is bemf, and is there a positive bemf and a negative bemf


Is there a pos flowing current and a neg flowing current


If neg current is moving through an inductor will the collapsing field be pos

and if there is a pos current moving through an inductor will the collapsing field be neg.

If we have a battery and a light bulb (resistor) does energy move from negative through the resistor to positive or are both meeting at the light bulb combining, giving off heat and light?

inquiring minds want to know