I think you are demonstrating a successful perpetual motion of the second kind machine. This means a machine that absorbs ambient heat while concurrently releasing hydraulic work. This is excellent. The community of scientists should check the underlying theory. As an inventor in the audience, here's how I see it: 1) Each capillary bore is a separate thermodynamic element. 2) The terminal reservoirs, top and bottom, are single thermodynamic elements where their share is distributed over all the capillary bores they are in contact with dividing it, reducing the energy they have at each capillary bore. 3) The working fluid within the capillary bore moves at random. 4a) Moving out of the bottom, it enters a higher pressure region so it takes a higher pressure lower volume form. 4b) moving out of the top, it enters a lower pressure region so it takes a lower pressure higher volume form. 5) A net volume will therefore climb each column. 6) The output of all the capillary bores will be aggregated. 7a) Heat is absorbed in lifting a mass of fluid a working height 7b) Mechanical energy is available as the fluid recirculates downward.

I believe that nanometer scale nozzles along the capillaries will multiply the performance several thousand fold.

Aloha, Charlie

Hi!. Just try to see this project now....
instead of this, we use a twin tube 1/8 in spiral dived conected in the top to a central 5' tube with 1/8 pol out on the water tank. that pull up water agains gravity.? ?oblique way(spiral) the gravity doenst affect as
Vertical water flow down in a straight big 5' tube funil 1/8 escape.

I guess it is almost the same.... But using gravity to push water up? trough Gravity pressure , sucking water trough thiner tube in spiral avoiding direct gravity.

Does this device works?

ok
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