But,
as physicists look for cheaper ways to test fundamental questions, cyclotrons could experience a renaissance.
You'll play
as a physicist looking for a little relaxation in Germany, 1967.
Not exact matches
Physicists could
look for evidence of other universes using tools designed to measure ripples in spacetime — also known
as primordial gravitational waves — that would have been generated by the universe's initial expansion from the Big Bang.
In other words, there is a complete paradox if we attempt to
look at the ordinary
physicist's view of time
as anything more than an abstraction.
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.
These waves
look very different in the cyclic model, and those differences could be measured —
as soon
as physicists develop an effective gravity - wave detector.
As he
looked round, Feinberg's eyes came to rest on a nearby plaque commemorating
physicist Paul Dirac.
«It
looks like important physical objects, such
as curved space - times... emerge naturally from entanglement in tensor network states via holography,» writes
physicist Román Orús of Johannes Gutenberg University in Germany.
By then,
physicists might
look back on this moment
as their first glimpse of a major discovery.
In the meantime,
physicists will continue to
look for proton decays,
as well
as search for supersymmetric particles in underground traps and in the Large Hadron Collider (LHC) in Geneva, Switzerland, when it comes online in 2007.
At the time, most
physicists working on electricity and magnetism were
looking for analogies with gravity, which they viewed
as a force acting between bodies at a distance.
A study on page 298 of this week's Nature unveils an atlas of materials that might host topological effects, giving
physicists many more places to go
looking for bizarre states of matter such
as Weyl fermions or quantum - spin liquids.
But,
as Leonard Susskind wrote, «I would bet that at the turn of the 22nd century philosophers and
physicists will
look nostalgically at the present and recall a golden age in which the narrow provincial 20th century concept of the universe gave way to a bigger better [multiverse]... of mind - boggling proportions.»
«It's satisfying to find a new twist on ideas dating back to the start of the 20th century, and
as a materials
physicist it is fascinating to be
looking for materials which would operate in an environment so different to standard photocathodes.»
At the same time, he suggested, neuroscientists could take a cue from
physicists in
looking at natural systems
as a whole rather than
as a sum of their parts.
Physicists with the SNO
looked at neutrinos from the sun, all of which start out
as electron neutrinos.
That move was underscored last month when
physicists at the Large Hadron Collider in Geneva, Switzerland, announced that their rival accelerator had spotted signs of what
looks to be the Higgs boson, the last particle to be discovered
as part of the standard model of particle physics.
So just
as doctors use x-rays to
look into our bodies,
physicists can use muons to peek into thick structures — from volcanoes to disabled nuclear power plants.
«It's not so much that these
look like really good energy schemes so much
as they are clever ways of broaching some really hard questions and testing them,» says Marc Millis, the NASA
physicist who oversaw the propulsion program.
Things took a more interesting turn when
physicists looked at excitations in the scalar field, which are interpreted
as particles.
Physicists have taken it
as an article of faith that the bedrock laws are there to be discovered, if only we are clever enough in
looking for them.
«Our team predicted exactly where to find the Majorana fermion and what to
look for
as its «smoking gun» experimental signature,» said Zhang, a theoretical
physicist and one of the senior authors of the research paper.
Physicists look at neutron stars
as a way of showing how matter acts under these extreme conditions.
Michelle Trachtenberg stars
as Casey Carlyle, a gifted science student (don't laugh — the girl who played Winnie on «The Wonder Years» is a world - renowned
physicist)
looking for an «unusual but personal» project that will push her application for a special physics scholarship over the top.
Karl Urban, who played an assassin in The Bourne Supremacy and Eomer in the Lord of the Rings movies, is oddly cast
as Dr. McCoy — he still
looks as though he'd be more comfortable administering injuries than healing them — but the gamble pays off neatly (though the inevitable, inside - joke «Damn it, man, I'm a doctor, not a
physicist,» might've been a tad more creative).
I called the resource Pupil Stars because
as a
Physicist I thought Slide 1
looked like a star chart and that got my students off in completely the wrong direction!
Watching a lecture by the
Physicist Lawrence Krauss, I was struck by the idea that in 100 billion years, there will be no cosmic microwave background and you will
look out into the sky with a telescope and only see our galaxy (all other galaxies now being so far beyond the «horizon»
as to be undetectable).
«An explanation of climate change from a Nobel Prize - winning
physicist looks exactly the same on your Facebook page
as the denial of climate change by somebody on the Koch brothers» payroll.