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Flat Earth Quantum Probability & Shape Shifting Neutrinos - Oakley Video Log 48

355 views · Published 30 November 2015 · 5:17 · Indexed 23 October 2026

Channel: NathanOakley1980 · 2015 · People & Blogs

Watch on YouTube

Red Dwarf Travelling in Status - https://www.youtube.com/watch?v=uyTuA1gS7os
Shape Shifting Neutrinos 2015  - http://www3.imperial.ac.uk/newsandeventspggrp/imperialcollege/newssummary/news_24-11-2015-13-19-45
We Can Not Beat The Speed Of Light 2013 http://www.engadget.com/2015/06/18/neutrinos-muon-tau-experiment/

The below comment was left on the linked article: Wednesday, 25 November 2015
Richard Benish

"A typically overlooked fact about all the evidence in support of Einstein's (and even Newton's) theory is that it consists almost entirely of observations of moving phenomena OVER the surfaces of large gravitating bodies (e.g., the Sun or Earth).
 
 In many freshman physics courses a problem is presented that involves a moving object INSIDE a gravitating body: In the simplest case we are given a uniformly dense sphere. When a hole is drilled through a diameter of the sphere and a test object is dropped inside, what happens?
 
 From Newton's theory a simple calculation gives the "answer." Einstein's theory agrees with the Newtonian prediction, where its expression involves not a "force" of gravity, but a variation in the rates of clocks. The problem is, however, that nobody has ever CHECKED this answer against physical reality---with respect to either motion of the rates of clocks. 
 
 The experiment was proposed in 1632 by Galileo. Yet to this day we do not have direct empirical evidence to either support or refute the standard prediction.
 
 Notice that, by contrast with various COLLISION experiments that physicists use to probe the mysteries of matter (e.g., the LHC) Galileo's experiment involves a total absence of any collision. Indeed, it may be seen as the GENTLEST conceivable experiment between two (isolated and undisturbed) bodies of matter. The apparatus needed to carry out the experiment may thus be called a Small Low-Energy Non-Collider.
 
 The experiment could be done with a modified Cavendish balance or in an orbiting satellite. I think that Einstein would agree that, even if only to confirm the standard prediction, we are long overdue to at last perform this experiment, to appease the empirical spirit of Galileo."

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