quantum mechanics

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Related to quantum system: quantum state, quantum physics

quantum mechanics

quantum mechanics,

n the application of quantum theory to statistical mechanics to explain the properties of matter when examined at the subatomic level. See also quantum.
References in periodicals archive ?
There was some concern because the Quantum system was so new, but AMP assured us that delivery would be on time, and it was.
Although quantum computers remain "far-fetched" for now, says Albrecht, understanding how they would work is tantamount to understanding how classical properties emerge from quantum systems.
The way Vertex architected the Quantum system reduces implementation time and minimizes maintenance support.
While quantum computers have traditionally been explored for cryptography, one area we find very compelling is the potential for practical quantum systems to solve problems in physics and quantum chemistry that are unsolvable today.
Her main research interests are quantum systems and control with diverse applications from quantum computing to medical imaging.
Meanwhile, organizations such as Google and NASA are heavily investing in research on running Artificial Intelligence (AI) programs on quantum systems.
To observe and test them in the lab, the researchers created a quantum system - a magnetic field of a cloud of rubidium atoms in a state of matter known as a Bose-Einstein condensate.
There was no statistical equivalence (T-test: p [greater than or equal to] 0, 05) in these cases because the Milliflex[R] Quantum system delivers a higher microbial count.
That principle is something like a law of conservation of information, contending that all the information a quantum system contains can be recovered by reversing all its interactions with its environment.
In a quantum system, information can be coded in the shared quantum state of particles that are “entangled”.
The connection between the two fields goes back to the correspondence principle that Niels Bohr formulated around 1920, which predicts that the behavior of a quantum system in the high-energy limit should reflect the properties of the corresponding classical dynamical system.
Thus, the corresponding protocol based on Bell's states of three-level quantum system (qutrit) pairs and superdense coding for qutrits is introduced in the papers of Ch.

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