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ASPR Journal, V14 - Iapsop.com

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Experime11ts in T elekincsis. 537<br />

means of testing the nature of the air currents in the room and<br />

hence they were not excluded from the case, but if the rotatory<br />

motion had been like that last night I should have been more<br />

puzzled than I was with the phenomena. I had the pin resting<br />

on a dime piece as before.<br />

I tried the same experiment after breakfast except that I put<br />

the book between the window and the cylinder and at first used<br />

only the whetstone. No motion oceurred. But as soon as I put<br />

the dime piece under it the cylinder began to rotate and would<br />

alternately make <strong>com</strong>plete revolutions bOth ways. Why it would<br />

not do this without the dime piece is not clear.<br />

I tried the experiment again at noon with the book between<br />

the cylinder and the window and without the dime piece on the<br />

whetstone. But no motion occurred. I then put the. coin on top<br />

of the stone and only slight oscillating movements occurred of<br />

the rotatory type, but not enough to be sure that any'thing save<br />

air currents were involved. I then electrified a sheet of paper<br />

and could give the cylinder rotatory movements quite easily. I<br />

then tried my hands after removing the electrified paper and<br />

after a pause of some thirty seconds or more the cylinder moved<br />

one and a half revolutions from right to left and stopped. After<br />

a pause it moved half a revolution from left to right and then<br />

back to its place, when it paused again. It was well balanced on<br />

the coin. I could not be sure that air currents caused the motion.<br />

In the afternoon I tried several experiments. First I placed<br />

the cylinder on the stone and it would do nothing. I then tried<br />

the coin in place and the stone on top of a wooden box. But I<br />

first tried to see what effect my breathing would have on it. I<br />

breathed through my nose rather vigorously and it produced no<br />

rotatory effect. It merely made it waver a little from side to<br />

side. The object was to avoid producing a direct current of air<br />

on it. I breathed rather heavily and it was perfectly clear that<br />

such currents would not account for the rotations that I have<br />

recorded. All the time there was one book between the cylinder<br />

and the window to shut out the cold air that might <strong>com</strong>e directly<br />

to the cylinder. After first trying breathing without a book between<br />

myself and the cylinder I placed the second book so that<br />

no current from my breath could reach the cylinder. No effect<br />

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