Room for Free Energy and its Physics

[citfta]

Mr. Wayne,


Please use your power as moderator of this thread to remove the distracting posts so the rest of us can follow your subject with out all the clutter.


I have not made a determination yet as to the validity of your claim but I am very willing to keep an open mind and learn.  So please continue to share.


Thanks for sharing,
Carroll

[mrwayne]

The above diagram shows unity. The power stroke is half the reset stroke length.

Not sure why you double the stroke length in the spreadsheet, but with a corrected buoyancy stroke length, it comes out at 98%.... Unity.

Please provide an updated cad drawing, or an updated scale drawing with measurements showing correct dimensions.

It will come out as unity too.

Please refrain from modifying the spread sheet to incorrect values.




The Production stroke length and the Reset stroke length are the same - and the ideal stroke length is 1/2 of the height of the inner displacer (Pod).


To All, my attached spread sheet has correct values, I have deleted the one attached to Tarsier.


Mr Wayne

[mrwayne]

Mr. Wayne,


Please use your power as moderator of this thread to remove the distracting posts so the rest of us can follow your subject with out all the clutter.


I have not made a determination yet as to the validity of your claim but I am very willing to keep an open mind and learn.  So please continue to share.


Thanks for sharing,
Carroll

Will Do,


Hope your enjoy your discovery.


Mr Wayne

[mrwayne]

Paid for and not paid for:


Prior to the Pod (inner displacer) and the Riser (outer layer) being pulled down, an air  valve is shut - not allowing the air to transfer.


When the Pod is pulled down it pulls the Riser as well (with the air trapped inside).


When the full pod travel is reached - the Riser is still its full production length past the Pod.


When the Air valve is opened - the air quickly begins to transfers to the higher elevation (and lower pressure side) - and the riser loosing air lowers - by gravity and the pressure inside being lower than the water pressure above.


On the now production side (opposite) When sufficient pressure differential is reached to overcome the production cylinder - movement of riser B commences and the air flow speed increases and so both the vacating riser and stroking riser now move in concert.


No energy is required to lower the Riser during air transfer - it is a natural reaction powered by gravity.


So the riser during powered and gravity sink - moves twice the distance of the Pod, Half under power, and half by gravity.


The Powered movement is the same distance as the production stroke.


Thank you


Wayne

[mrwayne]

New Thinking Required: LAW 1. Designed inequality of work or cost

The Travis Effect demonstrates the ability to reduce the cost of work, A cost Reduced system has not value if the work in both directions is the same.


This is the first Law of energy causation;   


To have a remainder or "work available after system cost" one Direction must have a different Value than the opposite direction.


A work differential is function of design, an unequal, or asymmetric design does not happen in observable process in nature: it must be intelligently designed.


Markus demonstrated this with the moon versus Earth value of work on a 60 pound weight that weighs 10 pounds on the moon - its common sense to an observer that when equal work "cost" values are not equal - then a differential is required - just as in the moon example.


The minute I tested the Travis Effect - I said - if i can lift a load greater than the normally required air volume - should I not also be able to use that work to sink the volume normally required?


And the Answer is yes, and took on many intelligent designs to achieve a bigger goal - Clean reliable energy generation.


Mr Wayne