New Rosemary Ainslie Demonstration Scheduled for Sunday, 4 August 2013

[TinselKoala]

As if my own video proofs aren't enough...

Our friend Mark Euthanasius has supplied us with a comprehensive exploration of the 555 timer circuit published by Ainslie and Buckley in the Quantum article. In addition he has examined circuit variants including those tested by the Energetic Forum members when Ainslie was promoting her nonsense there... before she got banned.

I apologize for attaching such a large file. There is a lot of information on this page though, and I wasn't able to chop it up or shrink it any more without loss of resolution, and I can't upload the original because it is too large in pixel dimensions. If anyone wants to see the original, which is 7000 pixels wide at 288 pixels per inch resolution.... let me know and I'll send it to you.

The full range of duty cycle and frequency adjustments were determined for the circuit claimed by Ainslie in the Quantum article, and several possible "errors" were examined for their effects.

[SeaMonkey]

Gyulasun,

Ample clues have been provided which will enable
the sufficiently curious and capable experimenter
to discover how to make the concept work.

Well almost.  Is inductor saturation desirable for
some length of time?

As the old saw goes:  You can lead a horse to water
but you can't make it drink.

No more whining!

[poynt99]

Ample clues have been provided which will enable
the sufficiently curious and capable experimenter
to discover how to make the concept work.

Kindly define "work".

[markdansie]

@ SeaMonkey
your great with global statements that have little substance.
Please define work?
Mark

[MileHigh]

Here is a fun one for Rosemary.  I love this guy's clips.

Towards the end of this clip he explains the Hall effect.  The analysis proves that current is the flow of electrons.

http://www.youtube.com/watch?v=JfqRv7dau2A

Atoms consist of little microscopic rocks of positively charged mass surrounded by a humongous fluffy shimmering cloud of electrons.  The "inside" of any material is mostly empty space.   Some electrons can escape the fluffy cloud like leaves being blown off of trees on a windy fall day.  The electric field is like the wind pushing the electrons along on their journey.  The electric field snakes its way through a conductor and sets up a "wind tunnel" to push electrons though the conductor.  Inside doped semiconductors electrons jump around in the electric field wind and can even be made to emulate "positive electrons" that move in the opposite direction to the wind.  It's all so profound!