
Originally Posted by
austintorn@aol.com
Confirmations were everywhere hatched, since scientific laws must ever match and predict the facts of what it mimics, for example, of the quantum mechanic. Although QM’s basis seems counter-intuitive, it always works out just perfectly, for we employ and depend on it, in every way, on tech products based on it, every day. Science ever goes on to astronomical heights.
The first supernova since 1572 appeared in some small galaxies nearby, a few, called the Magellanic Clouds, too… Though its radiation began a while back, we saw it alight upon us in the ‘now’—those immense quantities of energy of a mighty star-stuff maelstrom. A Chilean astronomical technician, some bloke, stepped outside, perhaps to have a smoke, and, being observant, spotted it’s yoke! Ah, he, a mere human standing around out under the dark starry sky, aground, detected it, upon this lucky time, for the large telescopes only take in the shine of the sky in small sections at a time. He went in and told of such unexpected, that a large burst of never-detected neutrinos was now to be expected.
The astrophysicists called their colleagues, “C’mon, you all, answer, please”, those deep beneath the Earth’s surface, in the United States, Japan, and Europe, and then said, “Look in your tanks, in revelry; you have already made a great discovery.” They were right on the dime, this time; each of the observatories had detected the signs of a few tens of neutrinos at about the same time. Consider the magnitude of this achievement, for they had tested all of what physics meant!
They had predicted the events that go on in a star’s death throes—by using theories from nearly every part of physics: special and general relativity, quantum mechanics, fluid mechanics, thermodynamics, nuclear physics, atomic physics, and elementary particles. If any of these theories had in error flailed, the prediction of the neutrinos would have failed. Thus, the laws of nature that are known to us on Earth everyday must have the same thrust hundreds of thousands of light years away; and, also, the same back in the day when that star had exploded so, hundreds of thousands of years ago.