The future of data storage is likely to be found in nanometer scale, stable magnetic whirls called skyrmions, which
behave like particles in magnetic thin films.
In other words, photons
behave like particles with detectors present and like waves without detectors.
In the electrical currents that flow in the microcircuits of today's gadgets, the electrons
behave like particles and follow classical, predictable laws of heat transfer.
In any case, one can not really affirm that light is a wave, since it also
behaves like a particle.
«Here we set up a situation where light effectively
behaves like a particle in the sense that two photons can interact very strongly,» he said.
This beast, this solitary wave, this soliton, as they called it, was
behaving like a particle.»
It made sense only if light
behaved like a particle.
Not exact matches
Maybe we have been misinterpreting data all along and it actually is a very even flowing steady state universe with super novas black holes and galaxies coming and going, extending
like this throughout all infinity, basically just trading off between nothingness and somethingness with oddly
behaving subatomic
particles.
We can approach things from both angles and capture a more whole view of a great mystery, rather
like light
behaving as waves and
particles.
CERN Says LHC Really Found Higgs Boson, Will Restart In 2015 Date: June 23, 2014 Source: Newsy / Powered by NewsLook.com Summary: As the LHC's upgrades near completion, a new study on the
particle CERN discovered in 2012 shows it
behaves just
like the theoretical Higgs boson.
No more can one affirm that it is a
particle, when it often
behaves more
like a wave.
Quantum dots are semiconductor
particles only a few nanometers wide — small enough that they
behave like individual atoms.
Light is two - faced: Sometimes it
behaves like a wave, sometimes
like a
particle.
The researchers considered how dark matter would
behave if it were
like a pared - down version of normal matter, composed of two types of charged
particles — a dark proton and a dark electron.
J.J. Thomson's son George also experimented with electrons, and showed that despite his father's proof that they were
particles, they also sometimes
behaved like waves.
Skyrmions are a type of «quasiparticle,» a disturbance within a material that
behaves like a single
particle, despite being a collective of many individual
particles.
In that case it's going to be a real interesting crisis for theoretical physicists
like me, because we've been saying that there has to be something
like this in order to explain how the other
particles behave and why they have mass.
To meet these requirements, Baum and Morimoto make use of the fact that electrons, as elementary
particles, also possess wave -
like properties and can
behave as so - called wave packets.
The premature bouncing arises because quantum
particles behave like waves.
Once absorbed, the radioactive nitrogen emitted bursts of antimatter
particles that were detected by phosphor plates, which
behave like photosensitive film.
Many models have suggested that the flow of
particles from these high - energy collisions should
behave like a gas — but in ALICE they acted
like a liquid.
She traces those anomalies back to a fraction of a fraction of a second after the Big Bang, when our universe was so small that it
behaved like a subatomic
particle, dominated by quantum physics.
Türeci said that scientists have explored the nature of light for centuries; discovering that sometimes light
behaves like a wave and other times
like a
particle.
And
like the well - known quantum behaviour of matter and energy, these bits of space - time would
behave more
like waves than
particles.
Many models have suggested that the flow of
particles from these subatomic fireworks produced in high - energy nuclear collisions should
behave like a gas and not a liquid.
Because
particles also
behave like waves, they are smeared out over a distance that decreases with increasing energy — at LHC energies, about 1019 meter.
In the absence of WIMPs, the runners - up are axions, which
behave more
like an all - encompassing field than single
particles.
Physicists Moses Chan and Eun - Song Kim of Pennsylvania State University report they have created a supersolid, a frictionless phase of matter in which atoms
behave more
like a unified wave than separate
particles.
In 1995 her colleagues showed that thousands of cold subatomic
particles can
behave like a single enormous atom, a state called a Bose - Einstein condensate.
Quasiparticles are formed from groups of
particles in a solid material that collectively
behave like a unified
particle (SN: 10/18/14, p. 22).
CPT symmetry says that, if you replace the charges with their opposite values, make
particles into their mirror images and reverse time, physical laws will look the same — in other words, a «mirror universe» would look and
behave just
like ours.
To study these interactions, physicists look for differences in the way antimatter and matter
behave, using
particle accelerators
like the RHIC to make antimatter.
«By using ultrafast lasers, which are very intense but very short in duration (of the order of a billion trillion flashes per second), we have realized a world record in optical quality, where all the obtained shaped
particles behave like nano - sized clones,» explains Andrés Guerrero Martínez, researcher of the Ramón y Cajal Program at the Faculty of Chemical Sciences of the UCM.
Sometimes light
behaves like a compact
particle, a photon; sometimes it seems to
behave like a wave spread out in space, just
like the ripples in a pond.
Neutrinos,
like other subatomic
particles, sometimes
behave like waves.
A physicist's observations determine whether an atom, say,
behaves like a fluid wave or a hard
particle, or which path it follows in traveling from one point to another.
Whether one of these strings
behaves like a quark or an electron or any other elementary
particle depends entirely on how it is vibrating.
According to quantum theory, an atom
behaves like a wave whose length is equal to Planck's constant divided by the
particle's momentum.
Sometimes quantum
particles behave like waves.
The first is a
particle called the unparticle, which
behaves like photons (light
particles) in some ways, and
like particles of matter in others.
When someone watches a subatomic
particle or a bit of light pass through the slits, the
particle behaves like a bullet, passing through one hole or the other.
Scientists thought
particle accelerators might be repurposed to churn out X-rays in a way that would
behave like a laser — a light beam made by exciting atoms.
Photons of light
behave not only
like particles but also
like waves, producing interference patterns when sent through gratings.
Researchers at Princeton University have detected a unique quantum property of an elusive
particle notable for
behaving simultaneously
like matter and antimatter.
«The quasiparticles they observed are essentially excitations in a material that
behave like Majorana
particles,» Gratta said.
Scientists have found that the charged
particles in graphene
behave like a relativistic fluid, meaning graphene - based chips could now be used to model black holes and supernovas or build highly efficient devices that turn heat into electricity.
One of these non-intuitive behaviors is that subatomic
particles actually
behave more
like waves than
like discrete
particles — a phenomenon called wave -
particle duality.
«The Majorana
particles show up and
behave like halves of an electron, although they aren't pieces of electrons,» said Qing Lin He, a UCLA postdoctoral scholar and co-lead author of the Science paper.
In graphene, however, the electrons» effective mass is zero and they
behave like elementary
particles obeying a version of Einsteinian relativity, albeit in a realm where the ultimate speed limit is about 800 kilometers per second instead of the usual 300,000 kilometers per second.