The white dots making up squares arrayed 45 - degrees to the x / y - axis are selenium (Se) atoms, while the defects — missing Fe atoms in the Fe plane, about a quarter of a nanometer below the Se surface — show up as butterfly - shaped perturbations produced by
quantum interference of electrons scattering from the defects.
Using the new approach, which harnesses
the quantum interference of matter waves, the team was able to cool a sample of already - cold Rubidium down close to the fundamental temperature limit of laser cooling.
Not exact matches
Tarduno and his team used a unique superconducting
quantum interference device, or SQUID magnetometer, at the University
of Rochester that provides a sensitivity ten times greater than comparable instruments.
They capture
quantum -
interference phenomena that prevent the application
of the usual probability rules.
Quantum calculators are particularly suited to certain types
of puzzles, the kind for which correct answers can be selected by a process called
quantum interference.
Through
quantum interference, the correct answer is amplified while others are canceled out, like sets
of ripples meeting one another in a lake, causing some peaks to become larger and others to disappear.
If even a small amount
of energy from phonons (the sound units that carry the energy through the germanium or silicon, much as photons are the units
of light) hit the detector, it can be enough to make the device lose superconductivity and register a potential dark matter event through a device called a superconducting
quantum interference device, or SQUID.
But
quantum physics predicts that whether you observe wave like behavior (
interference) or particle behavior (no
interference) depends only on how it is actually measured at the end
of its journey.
The high density
of the atom cloud and the
quantum lockstep maximized the
interference effect, and the refractive index increased.
To understand this, one has to take into account the
quantum properties
of the atoms: adding controlled noise to a
quantum system can result in an
interference phenomenon that traps the atoms in a well - defined
quantum state.
They start out in a
quantum superposition
of all possible solutions, and then they use entanglement and
quantum interference to home in on the correct answer — processes that we do not observe in our everyday lives.
By reading and analyzing this current, FAU researchers have found that
quantum mechanical
interference of electron waves can be used to control current on extremely short time scales.
The oscillation and sound result directly from the
interference of two superfluid
quantum systems that are «linked» in the doughnut - shaped container.
They visualized
interference fringes and the pattern
of flow
of electron waves from a
quantum point contact, made an imaging electron wave interferometer, and imaged magnetic focusing in GaAs / AlGaAs, and they have imaged the electron cyclotron orbit in graphene / hBN structures.
Some
of his important contributions include the development
of high - performance Josephson Junctions in superconducting
quantum interference devices (SQUIDS) and the invention
of fabrication methods for multi-layer thin films used to develop novel microwave devices.
Since the Warsaw physicists were facing a seemingly impossible task, they attempted to tackle the issue differently: rather than using classical
interference of electromagnetic waves, they tried to register
quantum interference in which the wave functions
of photons interact.
The Majorana particle has been the focus
of keen interest for
quantum computing in large part because its neutral charge makes it resistant to external
interference and gives it the ability to leverage and sustain a
quantum property known as entanglement.
The Majorana particles, which were predicted more than 80 years ago by Italian theoretical physicist Ettore Majorana, could become critical building blocks for
quantum computers because their unusual properties make them resistant to external
interference and prevent loss
of quantum information.
An infinite potentiality that has to be promoted by a global - cosmic education - energy that generate a humanist
quantum interference leading to the emergence
of the «homo conscienciatus»: able to eradicate poverty and to achieve the MDGs.
The plaintiff brought claims for overtime under the Federal Fair Labor Standards Act and joined companion state law claims for breach
of contract,
quantum meruit and tortious
interference with contract.
The plaintiffs sought recovery based on breach
of an alleged agency agreement, tortious
interference with property rights, and
quantum meruit.
SageGroup Associates v. Dominion Textile (USA)(244 A.D. 2d 281)-- the «able» prong
of the ready, willing and able test refers to the prospective subtenant's financial ability; although broker established he procured a prospective subtenant ready, willing and able to sublet on terms set by the prospective sublessor, the parties» disagreement as to the terms
of their oral agreement raised triable issues
of fact precluding summary judgment in favor
of either party; no cause
of action exists in
quantum meruit, unjust enrichment and account stated where there is an express contract governing the broker's right to a commission; broker lacks standing to claim tortious
interference with contract against landlord for refusal to grant tenant permission to sublease because broker is neither a party to nor an intended beneficiary
of the sublease rejected by the landlord.