Our cosmos is failing to meet the rigorous beauty standards
set by physicists.
Not exact matches
The equations of electromagnetism have a mathematical structure that is dictated
by a
set of so - called gauge symmetries, discovered
by the mathematician and
physicist Hermann Weyl almost a century ago.
But his failure to justify this distinction,
by showing how to map a domain of rationality in which the elucidation of metaphysical concepts followed the secure path of a science («in accordance with the example
set by geometers and
physicists») indicates a general limitation on natural philosophy.
Modernism developed on the basis of the Newtonian universe, conceived as a complex inanimate machine, operating in absolute space and absolute time according to its own internal laws, which were also believed to be eternal and absolute.4 Understanding this «natural world» was the key to everything;
physicists set about uncovering the laws
by which the physical world operates; Adam Smith looked for the natural laws
by which the economy operates; Darwin thought he had discovered, in the law of natural selection, the origin of species.
For a fourth time,
physicists have spotted gravitational waves — ripples in space itself —
set off
by the merger of two massive black holes.
«The legacy that I'd like to leave behind is a
set of benchmark data that can be used
by future weapon
physicists to make sure that our codes are correct so that the U.S. remains prepared.
The Centre for Vision in the Developing World,
set up
by University of Oxford
physicist Joshua Silver, says that
by 2030 eyesight will be one of the world's top 10 health issues in terms of productivity and opportunities — taking a bigger economic toll than the HIV epidemic.
Indeed, they found solutions that were faster than what the
physicists had assumed was a speed limit
set by quantum mechanics itself.
But Wertheim did not
set out to argue a case or to complain — her initial intention was to fill a perceived gap
by writing, as a
physicist, a popular «history of physics» that took into account social studies of science.
Physicist Stuart Parkin and his colleagues at the IBM Almaden Research Center in San Jose, Calif.,
set out to determine just how magnetized regions move along nanowires when driven
by electric current.
In case you missed the news, a team of
physicists reported in September that the tiny subatomic particles known as neutrinos could violate the cosmic speed limit
set by Einstein's special theory of relativity.
Submissions to arXiv made after 16.00 US Eastern Standard Time each day do not appear until the following day — a cut - off time
set by arXiv's operators — and the timing of the submissions shows that
physicists are rushing to e-mail in their papers just before this deadline, Ginsparg adds.
For decades,
physicists had claimed that the detection of gravitational waves — ripples in spacetime
set off
by cataclysmic events deep in space — would usher in a new type of astronomy and reveal new wonders.
The flow of a fluid, for example, is governed
by a
set of equations which
physicists have understood for nearly two centuries.
And this is something that
physicists have been arguing about for a very, very long time, but what the authors of this article point out is that the work
by John Bell, but also some more recent experimental work, seems to indicate that in fact there really is a deep nonlocality to the universe; that there really is someway in which there is not some sort of missing x-factor that if we just knew what it was that would explain everything; that we would see the dominos connecting, those invisible tiny dominos connecting those different particles and
set up the effect of going one to the other.
Surprisingly, people playing an online game came up with better strategies for moving the atom than a computer algorithm alone — even finding solutions that were faster than what the
physicists had assumed was a speed limit
set by quantum mechanics itself.
These «supermemories» are close to realising a vision
set out
by revered
physicist Richard Feynman 50 years ago this month.
The lab used the light to probe the shift in an ultra-high quality, two - dimensional electron gas supplied
by Purdue University
physicist Michael Manfra and
set in a gallium arsenide quantum well (to contain the particles) under the influence of a strong magnetic field and low temperature.
After that interview, I did some Web sifting and found a site
set up (but not yet built)
by Simon Billinge, a
physicist at Michigan State University, promoting the idea, suitably called globalheating.org.
To me, this should have been the big story: a new comprehensive data
set, put together
by a team of
physicists and statisticians with private funds.