Examples of using Quantum system in English and their translations into Hebrew
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
-
Programming
Any quantum system inevitably interacts with the environment.
How would you determine the ground state of a quantum system with no exact solution?
The second you observe a quantum system, it picks a specific location or state- breaking the superposition.
The system processed two algorithms written specially for quantum systems.
The Bloch sphere may be generalized to an n-level quantum system, but then the visualization is less useful.
The experiment is animportant step in understanding the measurement process in quantum systems.
The way a quantum system behaves and evolves can depend crucially on the fact that it doesn't exist in isolation.
We have a mathematicaltheory to explain how information gets out of the quantum system and into the macroscopic apparatus.
The work published in Science provides the basis for future studies on how the geometry ofparticle interactions may influence the properties of a quantum system.
Their experiments show clear fingerprints of classical-world chaos in a quantum system designed to mimic a textbook example of chaos known as the“kicked top.”.
As quantum systems become more powerful, they will also impact information security and will create new opportunities for improving security for data both on-premise and in the cloud.
The team is planning to refine their technology to use NV centers andother types of quantum systems in a wide variety of applications.
European research laboratories CERN will use quantum systems proposed by Q Network to screen experimental results in the European particle accelerator and to explore new ways of understanding the universe.
It serves as a simple illustration of how energy quantizations(energy levels),which are found in more complicated quantum systems such as atoms and molecules.
It might sound spooky,but this is merely what happens when a quantum system interacts with its environment- as a photon of light or an air molecule bounces off it.
It is one of the first quantum mechanics problems taught in undergraduate physics courses,and it is commonly used as an approximation for more complicated quantum systems.
While we emphasized magnetic field sensing,our work could lead to electrical manipulation of quantum systems in general with much broader areas of application including quantum computing," Salahuddin said.
Because of the vast number of particles(over one billion billion in one gram of matter) and the multitude of interactions between them, it is very difficult to perform a simulation thatwill allow a comprehensive understanding of multi-particle quantum systems.
If the"immortal" soliton could be created to order, it could provide a newavenue for investigating the behavior of strongly interacting quantum systems, whose members include high-temperature superconductors and magnets.
Negative-energy states are known to exist in certain quantum systems, which suggests that Thorne's exotic matter is not ruled out by the laws of physics, although it is unclear whether enough antigravitating stuff can be assembled to stabilize a wormhole.
First demonstrated in 1980, this experimental setup has led to numerousdiscoveries about the basic nature of the behavior of particles in quantum systems that are“topologically protected”.
So in the decoherence picture, a perfect implementation of the quantum Zeno effect corresponds to the limit where a quantum system is continuously coupled to the environment, and where that coupling is infinitely strong, and where the"environment" is an infinitely large source of thermal randomness.
The grant is part of IARPA's Logical Qubits(LogiQ) program,which seeks to overcome the limitations of quantum systems by building what it calls a logical quantum bit(qubit) out of several imperfect physical qubits.
If the“immortal” soliton could be created to order, it could provide a newavenue for investigating the behavior of strongly interacting quantum systems, whose members include high-temperature superconductors and magnets.
Additionally, the luminescence abruptly changes when electrons in these vacancies undergo cross-relaxation,a process where one excited quantum system shares energy with another system in its ground state, bringing both to an intermediate state.
In addition to its possible use as a module of a quantum computer, the new processor mightbe used as a miniature simulator for interactions in any quantum system that employs two energy levels, such as the two-level ion qubit systems that represent energy levels as 0s and 1s.
A company called Quanta Systems.