Re:Physicists Detect Gravitational Waves, Proving Einstein R...
by pbhjpbhj on Thursday February 11, 2016 @04:44PM
(#11083512)
Isn't the point though that the gravitational wave observatories are looking specifically for "black swans" rather than just observing swans generally. So when a swan with a lower reflectivity is observed then it now fits the "black swan" profile. Could be just a swan covered in soot; you need more data to show that this swan is always black or that the lower reflectivity wasn't caused by a measuring anomaly, etc.
I may have pushed the analogy too far!
[dead]
Re:Physicists Detect Gravitational Waves, Proving Einstein R...
by yaks_hairbrush on Thursday February 11, 2016 @03:52PM
(#11083150)
This comment is making the page formatting gross. Those special characters with the strike-throughs make the entire page over-wide, thus requiring horizontal scrolling to read comments.
Re:Physicists Detect Gravitational Waves, Proving Einstein R...
by rdancer on Thursday February 11, 2016 @04:46PM
(#11083536)
The browser layout engine should break on the spaces (Chrome does). They are just normal spaces, the combining character should have no effect. You have a bug somewhere.
Also, I cannot edit nor delete it now, so tough luck!
" " SPACE Basic Latin
0x0020
"ΜΆ" COMBINING LONG STROKE OVERLAY Combining Diacritical Marks
0x0336
Re:Physicists Detect Gravitational Waves, Proving Einstein R...
by caf on Thursday February 11, 2016 @06:30PM
(#11084175)
Gecko doesn't seem to break that line.
Re:Physicists Detect Gravitational Waves, Proving Einstein R...
by pja on Thursday February 11, 2016 @02:47PM
(#11082651)
The Higgs detection was not a single event but resulted from the statistical analysis of many events.
Re:Physicists Detect Gravitational Waves, Proving Einstein R...
by rdancer on Thursday February 11, 2016 @03:21PM
(#11082898)
Thank you for correcting me!
Re:Physicists Detect Gravitational Waves, Proving Einstein R...
by cdelsolar on Thursday February 11, 2016 @04:07PM
(#11083265)
Because of the shape of the event, detection in two places, and more importantly, it matching the signature of the theoretical event extremely closely (especially the ringing at the end)
To put it another way, you need a single black swan to prove that black swans exists (to whatever sigma).