Glen Davidson
Posts: 1100 Joined: May 2006
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Continuing to answer the IDiot DaveTard, who wants to beg off from his stupid comment about gravity being the strongest force, by bringing up the accumulation of weak gravitational effects. He lacks in class as much as he lacks in intelligence (outside of engineering, anyhow):
Again, DaveTard shows his class, and his incapacity to deal with both what I had written and with his ignorance regarding the strength of forces.
Quote | Quote | “Keep digging that hole deeper, dummy. Pound-Rebka is no secret. “ |
Fine, it’s an experiment indicating relativistic effects of gravity. Something I didn’t deny was possible or that ever happened.
So you avoid the real issue that I brought up, which is that the relativistic effects of gravity remain largely outside of laboratory effects, and resort to what you know how to do, put down others.
Quote | “It confirmed with 10% accuracy the relativistic prediction of time dilation in gravity fields in 1959. Pound-Snider in 1964 confirmed it to 1% accuracy. Links to the original articles which appeared in Physical Review can be found at the first link I left for you. I can spoonfeed this stuff to you if you’d stop making faces and spitting it out.” |
You’re like the Jesuit (sorry, RCs, but I’m just recounting the story, not claiming that it tells us anything about Jesuits like one of my teachers was) accused of killing nine men and a dog who triumphantly produces the dog alive.
You can’t find any denial of mine that there are experiments that confirm one aspect or another of relativistic gravity.
Quote | “Gravity is only weak in low mass regimes. In high mass regimes it overwhelms the other forces and becomes the strongest. What part of it overwhelming the electromagnetic force in neutron stars and the strong nuclear force in black holes didn’t you understand, Glen? -ds” |
First of all, I had not seen that post, which may not even have been up when I started to write. Secondly, gravity is the weakest force. That is how it is characterized in physics, while strong gravity fields are understood as cumulative. I was responding to your post, which indeed was terribly mistaken
Magnetic forces also become very strong when they are able to be condensed down to small spaces, such as in magnetars. Nevertheless, the electromagnetic forces have never been condensed down as much as gravitational forces have been.
It’s a shame that you try to cover up your egregious mistake by bringing up the cumulative effects of gravity. I had already alluded to the strength possible in high mass objects by mentioning how relativistic effects are typically studied astronomically, around neutron stars, massive galaxies, and the like.
Glen D [URL=http://tinyurl.com/b8ykm |
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Nothing in biology makes sense except in the light of coincidence---ID philosophy
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