This is a blast from the past, but is
strangely current:
For over a century, Einstein’s theory of relativity has been one of
the unimpeachable pillars of science, so much so that the statement
“nothing is faster than light” is often taken as a simple fact of life.
It is a theory upon which much of modern physics is based.
Several weeks ago, scientists in Europe came across something they shouldn’t have:
…They had measured particles called neutrinos which
traveled around six kilometers (3.75 miles) per second faster than the
speed of light, determined by Einstein to be the highest velocity
possible.
Further experimentation gave similar results. This doesn't mean that relativity is wrong but it does suggest that what was "settled" physics is less well understood than we had thought.
What’s interesting, of course, is how much more mature physicists
seem to be than climatologists. Dissent from a scientific paradigm much
more firmly established than anything in climate science isn’t greeted
with howls of rage, fury and charges of heresy. Many physicists are
skeptical, as well they should be, of evidence that seems contrary to
decades of experiment and analysis, but the overwhelming mood seems to
be one of curiosity rather than rage. Could these new results possibly
be real? What would this mean if it is true? How can we check these
results to see how fast these neutrinos are really moving?
This is how real science operates.
Physicists don't "hide the decline". This tells you everything that you need to know to understand just how pitifully weak climate "science" is today.
4 comments:
More likely is that they are dealing with particles that are moving so fast and are so small that they are simply beyond their ability to measure accurately, even when they can detect them. Repeating experiments only confirms that your instruments are consistent, not accurate.
I am NOT a robot.
Article's a couple years old. Turned out to be a loose fiber-optic cable. Your point about the response still stands, of course.
And of course only now do I see that the first sentence of your post is an acknowledgement of it being old news. I think I need more coffee...
You have to wonder, though. Could it be the case that Einstein's model is correct, but that he was working with older technology that a) couldn't measure as accurately as today's and b) might not have known about other objects? For example, did he know about neutrinos? I don't know.
It could be that he was on an asymptotic curve but just hadn't quite reached the asymptote.
Science is wonderful. REAL science, anyway. ;-)
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