UFT Correspondence Log

Contents:

Correspondence

Erratic G Explained

Hi ***,   

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I believe that because of the energy-density effect on gravitational attraction, that this explains why the measurements of "G" have been so erratic. There is a fun experiment one can do -- using pendulum, etc. -- to separate out these energy density effects. I have it outlined in a hand written version which I could FAX to you, if you have a compatible FAX machine, or I could write it up and send it as a PDF file, but that would take some time. 

I think it would be very compatible with your experimental set up and would allow you to get the best value of "G" by far and with a good confidence of the estimate. 

Let me know your thoughts and your comments on the paper. 

All the best,
dave allan

Ideal Experiment for University Students

Hi ***,

This experiment and write up was done in large measure with you and your course in mind. There are a lot of important time and frequency metrology techniques used that would be excellent for students to learn and appreciate.

The set up is simple, and the result profound in terms of this new gravitational theory. I think it could be exciting for students to be so involved with fundamental principles while working on cutting edge theory.

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Let me know your thoughts, comments on the paper and if there are other aspects that might be useful for the course.

There are, of course, lots of other measurements one could do in conjunction with this experiment and with this theory.

Best regards,
dave allan