“It’s the first time the universe has spoken to us through gravitational waves, up to now we’ve been deaf to them.” -Dave Reitze
No doubt about it: the greatest science advance of 2016 was the end of the century-long wait for the first direct detection of gravitational waves. Not only were we able to detect the inspiral and merger of two black holes from their emission of gravitational waves, we were able to do it more than once. The announcement was a 101-year-after-the-fact confirmation of one of Einstein’s greatest and most unique predictions.
But the real achievement isn’t simply that these detections happened, but what becomes possible. Gravitational wave astronomy is a science in its infancy, but is poised to become rich, varied and to open a whole new window on our understanding of the Universe. This isn’t just the discovery of the year, it’s a new type of science for the 21st century.
from ScienceBlogs http://ift.tt/2hKwAU5
“It’s the first time the universe has spoken to us through gravitational waves, up to now we’ve been deaf to them.” -Dave Reitze
No doubt about it: the greatest science advance of 2016 was the end of the century-long wait for the first direct detection of gravitational waves. Not only were we able to detect the inspiral and merger of two black holes from their emission of gravitational waves, we were able to do it more than once. The announcement was a 101-year-after-the-fact confirmation of one of Einstein’s greatest and most unique predictions.
But the real achievement isn’t simply that these detections happened, but what becomes possible. Gravitational wave astronomy is a science in its infancy, but is poised to become rich, varied and to open a whole new window on our understanding of the Universe. This isn’t just the discovery of the year, it’s a new type of science for the 21st century.
from ScienceBlogs http://ift.tt/2hKwAU5
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