A new duplication of the Cavendish experiment
Published by admin July 9th, 2007 in Uncategorized, Cavendish ExperimentI believe that Cavendish experiment is a crucial experiment which can decide if Newtonian force exists or not. I know that in physics there are no crucial experiments. The reason for this is that physicists have authority over experiments and can define any experiment to be a proof of their Newtonian doctrines. The best example of this is the Cavendish experiment itself. In 1894 the fanatical British Newtonist C.V. Boys defined the Cavendish experiment as the first measurement of G. Cavendish never measured G. How could he? C.V. Boys defined it in that same article 84 years after Cavendish died. Physics is an unregulated professional industry and it is legal for dead men to measure occult constants to save Newton’s authority.
My goal in duplicating the Cavendish experiment is to show that Cavendish never observed the Newtonian force. To do this I am proposing two experiments. Both experiments will be done with torsion pendulums of same moment of inertia.
The first experiment will have both the attracting weight and the smaller balls attached to the pendulum. From these measurements I will calculate a value for G. Let’s call this value G1.
Then, in the second experiment I will remove the balls attached to the pendulum and leave only the attracting weight and compute a value for G again. Call this G2. I claim that
G1 = G2
The fact that I will be able to compute the same value of G with and without the attracted mass will prove that Cavendish did not observe any attracting force but computed the density of the earth from the constants of the pendulum.
Let me know what you think.
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