quantum computing definición, quantum computing significado | diccionario de inglés definición

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quantum computing n.
computation device whose processing power is derived from the application of quantum physics phenomena

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Diccionario colaborativo     Inglés Definiciones
network-based services that makes information available from multiple electronic devices by linking it to an account
a person who has a lack of experience, skill or knowledge in a particular sphere or activity, especially computing or the use of the Internet
[Slang];[Pej.] Also written "n00b" (with zeros). The word came from "newb" or "newbie" which refers to someone who is just starting out in the use of the Net.
new trend in computing to take into account the environmental aspect when designing IT systems.
field defining and covering legal issues related to computing and Internet.
[Tech.];[Telecom.];[Internet];[US];[UK] internet law
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      n   pl   , -ta  
1      (Physics)  
a    the smallest quantity of some physical property, such as energy, that a system can possess according to the quantum theory  
b    a particle with such a unit of energy  
2    amount or quantity, esp. a specific amount  
3    often used with a negative   the least possible amount that can suffice  
there is not a quantum of evidence for your accusation     
4    something that can be quantified or measured  
5    modifier   loosely, sudden, spectacular, or vitally important  
a quantum improvement     
     (C17: from Latin quantus (adj) how much)  

quantum chromodynamics  
      n     (Physics)   a theory describing the strong interaction in terms of quarks and gluons, with the colour of quarks used as an analogue of charge and the gluon as an analogue of the photon,   (Abbrev.)    QCD  
     (C20: chromodynamics from chromo- (referring to quark colour) + dynamics, modelled on quantum electrodynamics)  
quantum efficiency  
1      (Physics)   the number of electrons released by a photocell per photon of incident radiation of a given energy  
2      (Chem)   the number of chemical species that undergo reaction per photon of absorbed radiation of a given energy  
quantum electrodynamics  
      n     (Physics)   a relativistic quantum mechanical theory concerned with electromagnetic interactions,   (Abbrev.)    QED  
quantum electronics  
      n   the application of quantum mechanics to the study of the generation and amplification of power at microwave frequencies in solid crystals  
quantum field theory  
      n     (Physics)   quantum mechanical theory concerned with elementary particles, which are represented by fields whose normal modes of oscillation are quantized  
quantum flavourdynamics  
      n   a gauge theory of the electromagnetic and weak interactions,   (Also called)    electroweak theory     (Abbrev.)    QFD  
     (C20: flavourdynamics from flavour (referring to quark flavour) + dynamics, modelled on quantum electrodynamics)  
quantum gravity  
      n     (Physics)   a theory of the gravitational interaction that involves quantum mechanics to explain the force  
quantum leap   , jump  
      n   a sudden highly significant advance; breakthrough  
     (C20: from its use in physics meaning the sudden jump of an electron, atom, etc. from one energy level to another)  
quantum mechanics  
      n   functioning as sing   the branch of mechanics, based on the quantum theory used for interpreting the behaviour of elementary particles and atoms, which do not obey Newtonian mechanics  
quantum meruit     (Latin)   as much as he has earned: denoting a payment for goods or services in partial fulfilment of a contract or for those supplied when no price has been agreed  
quantum number  
      n     (Physics)   one of a set of integers or half-integers characterizing the energy states of a particle or system of particles. A function of the number multiplied by a fixed quantity gives the amount of some specified physical quantity possessed by the system  
quantum state  
      n     (Physics)   a state of a system characterized by a set of quantum numbers and represented by an eigenfunction. Each state has energy which has a value that is precise within the limits imposed by the uncertainty principle but which may be changed by applying a field of force. States that have the same energy are called degenerate  
   See also       energy level  
quantum statistics  
      n   functioning as sing     (Physics)   statistics concerned with the distribution of a number of identical elementary particles, atoms, ions, or molecules among possible quantum states  
quantum theory  
      n   a theory concerning the behaviour of physical systems based on Planck's idea that they can only possess certain properties, such as energy and angular momentum, in discrete amounts (quanta). The theory later developed in several equivalent mathematical forms based on De Broglie's theory (see wave mechanics) and on the Heisenberg uncertainty principle  
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