Examples of using Quantum interference in English and their translations into Portuguese
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There's too much quantum interference.
When I was in the resistance, I learned to camouflage subspace messages using quantum interference.
My tests of the Aharonov-Bohm quantum interference effect have reached an interesting point.
She shows herself, she lives in all its existential pluralities- its quantum interferences.
It is well known that BICs emerge due to quantum interference processes, as for instance, the Fano effect.
SQUIDs, or superconducting quantum interference devices, are very sensitive magnetometers that operate via the Josephson effect.
The reversible flip from attraction to repulsion stems from quantum interference among wave-like condensate atoms.
The successful demonstration of quantum interference for these formula_1 and formula_2 molecules in 1999 opened up a very active field of research.
The main physical effects in chaotic quantum billiard are caused by quantum interference in electronic transport.
When the light acts as a wave, because of quantum interference one can observe that there are regions that the photons avoid, called dark fringes.
Their observed phase shift in the diffusing electrons inside the ring already demonstrated the electric analogue of the Aharonov-Bohm quantum interference effect.
The whole system is based on a superconducting magnetic sensor called Squid(superconducting quantum interference devices), the most sensitive detector of magnetic flux there is, which measures the concentration of magnetized elements in very small quantities.
Magnetocardiography(MCG) is a technique to measure the magnetic fields produced by electrical currents in the heart using extremely sensitive devices such as the superconducting quantum interference device SQUID.
Applications==The Josephson effect has found wide usage,for example in the following areas:* SQUIDs, or superconducting quantum interference devices, are very sensitive magnetometers that operate via the Josephson effect.
Several experiments, including some reported in 2012, show Aharonov-Bohm oscillations in charge density wave(CDW) current versus magnetic flux,of dominant period h/2e through CDW rings up to 85 µm in circumference above 77 K. This behavior is similar to that of the superconducting quantum interference devices see SQUID.
We're looking at millimeter accuracy with regard to spatial and millisecond accuracy using 306 SQUlDs-- these are superconducting quantum interference devices-- to pick up the magnetic fields that change as we do our thinking.
The current interest is due to the advances in the miniaturization of electronic devices and the quantum interference eects linked to the quantum tunneling.
Superconductors are used to build Josephson junctions which are the building blocks of SQUIDs(superconducting quantum interference devices), the most sensitive magnetometers known.
In this way, the optical coherent control of charge carriers enables the investigation of several quantum interference process, such as tunneling induced transparency.
We're looking at millimeter accuracy with regard to spatial and millisecond accuracy using 306 SQUIDs-- these are Superconducting QUantum Interference Devices-- to pick up the magnetic fields that change as we do our thinking.
In this study we used the knowledge of the structure between the grains found in the superconducting ceramics based on mercury carefully produced in ufes,associated with a macroscopic quantum interference modeling to very precisely describe the behavior of the critical current when the sample is submited at presence of magnetic fields.
In this work, apart from a brief review of the peculiarities associated with the phenomena of quantum superposition and its consequences, we present andpropose an original experiment in quantum interference context with which first introduced the concept of'anomalous forces' existing in a quantum context.
We investigate the optical response of the quantum dot molecule considering different optical regimes and electric field values,where the tunneling between the dots can establish efficiently quantum destructive interference paths causing significant changes on the optical spectrum.