The parallel between the needs of dual - career couples and the problem as
described by physicists is striking.
Not exact matches
This view also fits that
described by modern
physicists.
One possibility is that if
physicists ever manage to unify quantum theory and general relativity, space and time will be
described by some modified version of quantum mechanics.
They were led
by Chris Wehrenberg, a
physicist at the DOE's Lawrence Livermore National Laboratory, and
described in a recent paper in Nature.
Calculations run with this model show that these spaces are
described by well - known quantum Fermi - Dirac, and Bose - Einstein statistics, used in quantum mechanics, indicating that they could be useful to
physicists working on quantum gravity.
Devised
by Austrian
physicist Erwin Schrödinger in 1925, it
describes subatomic particles and how they may display wavelike properties such as interference.
Physicists Leonard Susskind and Gerard» t Hooft stressed that the lesson should be general: Since the information required to
describe physical phenomena within any given region of space can be fully encoded
by data on a surface that surrounds the region, then there's reason to think that the surface is where the fundamental physical processes actually happen.
The self - bending beam,
described in the April 10 Science, does not curve
by more than the beam's diameter, but that amount is enough to help
physicists probe the structure of laser pulses.
In the 1990s, other
physicists (notably Gerard» t Hooft and Leonard Susskind) developed this insight further, proposing the «holographic principle»: Information contained in a three - dimensional volume can be completely
described by the two - dimensional boundary surrounding it.
This work was
described in a recent issue of Nanotechnology
by Ha, collaborator Yohan Yoon of NIST and Maryland's NanoCenter, and NIST
physicist Nikolai Zhitenev.
Physicists have calculated that the centre of the Earth is two - and - a-half years younger than its surface, thanks to the effects of gravity as
described by general relativity.
Ever since the 1940s,
physicists have
described the movement of slender structures through fluids — such as a jump rope through air — as a flat plane whose speed is limited
by drag.
Described by a spokesperson from NASA's Astrobiology Institute as «a revolution that will require its own revolution,» astrobiology draws on the expertise of astronomers and biologists,
physicists, chemists, and geologists to understand the development of life in the universe.
Solid state
physicists have previously
described the microscopic theory of superconductivity —
by relating superconductivity to the macroscopic occurrence of pairs of electrons bound into so - called Cooper pairs.
As
described by the legendary
physicist John Archibald Wheeler, «Mass grips spacetime, telling it how to curve.
Ramon Barthelemy
describes the experiences faced
by LGBT
physicists for the AAAS Colloquium Series on 28 June.
Recently declassified work
by aerospace engineer Franklin Mead Jr. of the Air Force Research Laboratory and
physicist Eric Davis of the Institute for Advanced Studies at Austin, Texas,
describes this «lightcraft propulsion.»
«From the atomic physics perspective, the experiment is beautifully
described by existing theory,» says Stephen Eckel, an atomic
physicist at the National Institute of Standards and Technology (NIST) and the lead author of the new paper.
The term «black hole» was coined in the 1960s
by physicist John Wheeler to
describe what happens when matter is piled into an infinitely dense point in space - time.
One of the new techniques,
described online in Science this week (www.sciencemag.org/cgi/content/abstract/1127344)
by physicists Eric Betzig, Harald Hess, and colleagues, began with a device assembled in Hess's living room while both he and Betzig were unemployed.
Standing
by one detector, called DZero, Gerald Blazey, project spokesman and a
physicist at Northern Illinois University,
described the complicated shower of secondary particles emitted from every collision.
Now
physicists at MIT have found another unusual phenomenon produced
by the Dirac cone: It can spawn a phenomenon
described as a «ring of exceptional points.»
But while the district had supported Barack Obama
by 10 points in his presidential campaign, conservatives in the district were riled up, said Hultgren supporter Lee Lueking, a
physicist at Fermilab whose self -
described «conservative» views put him at odds with his congressman.
A number of
physicists, including Stephen Hawking and Lawrence Krauss, have angered philosophers
by describing philosophy as useless.
The Kondo effect, first
described last century
by the Japanese
physicist Jun Kondo, is observed when magnetic impurities, i.e., very few atoms (even only 1 in 1000) of magnetic material such as iron are added to metals like gold or copper.
He also says it is «completely wrong» to
describe, as the research teams do, the chain of magnetism within spin ices as a Dirac string, a hypothetical invisible tether with a monopole at its end that was envisioned in the 1930s
by English
physicist Paul Dirac.
The main story» Splitting Time from Space — New Quantum Theory Topples Einstein's Spacetime,»
describes recent excitement over a quantum theory of gravity proposed
by physicist Petr Hoava of the University of California, Berkeley.
He also asserts that it is «completely wrong» to
describe, as the researchers do, the chain of magnetism within spin ices as a Dirac string, a hypothetical invisible tether with a monopole at its end that was envisioned in the 1930s
by English
physicist Paul Dirac.
I would suggest that there is an insurmountable hurdle to
physicist Dirk Helbing's work,
described by Weinberger, in trying to make a «computing system that would effectively serve as the world's crystal ball»: the discrete architecture of the natural world.
The six benchmarks are: 1) HDR brachytherapy procedures are supported with the appropriate team as
described in the report of the AAPM TG 59 and the American College of Radiology HDR Brachytherapy Practice Standard; 2) commissioning of the treatment unit, treatment planning system and each new source is performed
by a qualified medical
physicist and verified through a QA process; 3) assay of the HDR brachytherapy unit source is performed using a well - type ionization chamber with a calibration traceable to the National Institute of Standards and Technology, and this assay is performed or confirmed for each source change.
There
physicist Raymond Davis built an experiment using 400,000 litres of cleaning fluid to detect electron neutrinos, one of the three types of neutrino
described by the standard model.
Two Argonne
physicists offered a way to mathematically
describe a particular physics phenomenon called a phase transition in a system out of equilibrium (that is, with energy moving through it)
by using imaginary numbers.
Rydberg atoms can be
described with simple rules written down more than a century ago
by Swedish
physicist Johannes Rydberg.
In the centenary year of the publication of a seminal treatise on the physical and mathematical principles underpinning nature — On Growth and Form
by D'Arcy Wentworth Thompson — a Cambridge
physicist has led a study
describing an elegantly simple solution to a puzzle that has taxed biologists for centuries: how complex branching patterns of tissues arise.
The nature of dark matter — which
physicists describe as the invisible component or so - called «missing mass» in the universe that would explain the faster - than - expected spins of galaxies, and their motion in clusters observed across the universe — has eluded scientists since its existence was deduced through calculations
by Swiss astronomer Fritz Zwicky in 1933.
The first paper
describing the principles of such detectors was published in 1962
by a pair of Soviet
physicists, Mikhail Gertsenshtein and Vladislav Pustovoit, who argued that interferometers could be far more sensitive than bar detectors because they could be made much longer.
In general,
physicists prefer to study processes involving larger numbers of particles, since the added complexity assists in searches for physical effects that aren't
described by today's best theories.
This myth reflects a general misunderstanding of entropy, the term used
by physicists to
describe randomness or disorder.
This phenomenon, first theoretically
described by nuclear
physicists in 1957, creates elements in nature that are heavier than iron.
It was later famously quoted
by the American
physicist J. Robert Oppenheimer to
describe the first nuclear bomb test on July 16, 1945.
Australian mathematical
physicist Ian Enting, author of the Australian Mathematical Sciences Institute book Twisted: The distorted mathematics of greenhouse denial, has analysed the book,
describing it as being characterised
by «half - truths and slanted misrepresentation» and «appalling hypocrisy.»