I just read that Dr. Kasevich and crew at Stanford, are designing an experiment to test the theory that objects fall at rates independent of their mass, to a precision of 20 decimal places.

Now, Galileo already did this atop the Leaning Tower, but these Stanford guys are serious. Serious to 1 part in 100,000,000,000,000,000,000. No kidding. So, if it's successful, they can proclaim, "Galileo was right!"

As a gedenken experiment,

Define m1= mass of Stan Laurel

Define m2= mass of Oliver Hardy

Assume that m2/m1=2

Assume Laurel is spherical and Ollie is cylindrical and that m2/m1=2

Assume that the acceleration differs between Stan and Ollie by 1 part in 10^20, the precision of the present experement.

Assume also that the acceleration is constant, for both.

Then, in order that Ollie hit first by one diameter (assuming a spherical Hardy, as aforeto mentioned, R(Ollie)=2 Meters, the distance they must fall is 21 light years.

A light year, if you're still awake, is 5,878,499,810,000 miles or 5.8 TRILLION miles. Heck, that's not even 1 National Debt Ceiling.

Sometimes it is helpful to explain the sophistication of these experiments with examples everyone can relate to.

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## 1 comment:

If you dropped Abbott and Costello instead, would you publish your findings as "Who Lands First?"

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