@TinMan
Just saw your latest vid.
Please do not take my interjections as a personal critique, but I really need to say a few things relative to such tests.
Just take the loop of wire you used for the pulses, energize it and put a compass beside it. Do you see the needle move? You see the problem created there is that you want to see the effect of the magnetic field turning a vortex but you have right beside it a wire that is pulsing and creating bubbles via electro-cavitation that may also have or induce stray charges into the bubbles, and then you say, the magnet is creating a vortex.
That again is not the right way. You need to find a way to generate bubbles that are far enough from the magnet and can be concentrated enough around the magnet to see if there will be a spin without any other influences near the magnet.
Just for some background, I am a water treatment professional and own three companies since 1988. One of my system designs was used to build the Canadian Forces Mobile Water Treatment Unit which they use all over the world now to produce potable water for up to 1000 soldiers. Any water, any time, winter, summer, ice water, swamp water, all can be treated to produce good clean water. So I know a little bit about water and I get paid very well to fix water problems. I have done alot of R&D in water treatment methods and hope one day to produce a device that will treat all types of water problems using the electro-coagulation principle. So I know a little bit about water.
The easiest way to produce bubbles in water.
1) Bromo Seltzer in a glass of water.
2) Calcium Hypochlorite (Swimming Pool Shock Treatment) in a water tank will produce oxygen bubbles but the room needs to be aerated.
3) Small water pump pushes water through a Mazzei Venturi (Model 384) or as per pump rating. See here and check on Ebay for cheap offers.
http://mazzei.net/performance-data?q=injector-performance4) Air pump pushes air through an air stone submerged in water.
5) The taller the container the better to produce a good height of air bubbles plus the height would provide different bubble concentrations from top to bottom so the magnet could be tested in varying levels of bubble concentration.
Also, in every test with a magnet, you need to test again with a dummy form that is close to the magnet dimensions to see if the magnet is producing a vortex because of its form or is the effect only produced by the magnet.
The stick that holds the magnet should be in the form of the letter "J". So the magnet can be inserted from the top but held from underneath via the thinnest rising stem possible so the stem does not become a guiding influence to any non-magnetic vortex formation.
But overall, or otherwise, what @TA is trying to prove will never be in any type of agreement. I am just perplexed that his own level of critical judgement about what type of experiments are or are not suitable is so low that I am not surprised he may be jumping to so many conclusions actually all based on what he wants to see occur and not what is actually occurring in his experiments. His claims are grandiose but he needs to equate them more to reality and less to any unintentional but causal trickery.
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Topic: TinMans magnet experiments (Read 15175 times)
