Apr 1, 2005 10:31
19 yrs ago
German term
anmutend
Homework / test
German to Spanish
Tech/Engineering
Computers: Hardware
En el texto se habla sobre los qubits, similares a los bits, pero que pueden poseer ambos estados lógicos 1 y 0 a la vez. Muchas gracias!
Doch das Quantengebilde hat auch seine Schattenseiten. Das geisterhat anmuttende Zustandsgemenge eines Qubits bleibt nur solange erhalten, bis eine Messung erfolgt.
Doch das Quantengebilde hat auch seine Schattenseiten. Das geisterhat anmuttende Zustandsgemenge eines Qubits bleibt nur solange erhalten, bis eine Messung erfolgt.
Proposed translations
(Spanish)
5 +1 | con apariencia de | ------ (X) |
3 +1 | espectral/ fantasmal | Karlo Heppner |
4 -1 | que recuerda | Fernando Toledo |
Proposed translations
+1
7 mins
4 KudoZ points awarded for this answer.
Comment: "muchas gracias Janfri!!!"
+1
6 hrs
German term (edited):
geisterhaft anmutend
espectral/ fantasmal
Würde es im Spanischen zusammenziehen
Peer comment(s):
agree |
------ (X)
: Valdría la pena reestructurar toda la frase. Lo realmente complicado es la palabra Zustandsgemenge.
7 hrs
|
Das mit der Restrukturierung wollte ich den Muttersprachlern überlassen. Stimmt, das ganze Thema ist nicht gerade einfach. LG Karlo
|
-1
13 mins
que recuerda
Qué interesante tema! ZZZZZZzzzzzz....
Saludos
A qubit (quantum + bit; pronounced /kyoobit/ [1] ) is a unit of quantum information. That information is described by state in a 2-level quantum mechanical system, whose two basic states are conventionally labeled |0 \rangle and |1 \rangle (pronounced: ket 0 and ket 1). A pure qubit state is a linear quantum superposition of those two states. This is significantly different from the state of a classical bit, which can only take the value 0 or 1.
A qubit's most important distinction from a classical bit, however, is not the continuous nature of the state (which can be replicated by any analog quantity), but the fact that multiple qubits can exhibit quantum entanglement. Entanglement is a nonlocal property that allows a set of qubits to express superpositions of different binary strings (01010 and 11111, for example) simultaneously. Such "quantum parallelism" is one of the keys to the potential power of quantum computation.
A number of qubits taken together is a qubit register. Quantum computers perform calculations by manipulating qubits.
Similarly, a unit of quantum information in a 3-level quantum system is called a qutrit, by analogy with the unit of classical information trit. Other names have been suggested to designate a unit of information for higher-level systems, though there is not yet general agreement on terminology. For instance qudit has been suggested both as a term to denote both a digit of quantum information (that is in a 10-level quantum system) or as a term to denote a unit of quantum information in a d-level quantum system, although the latter usage now seems to be taking hold.
Benjamin Schumacher discovered a way of interpreting quantum states as information. He came up with a way of compressing the information in a state, and storing the information on a smaller number of states. This is now known as Schumacher compression. Schumacher is also credited with inventing the term qubit.
The state space of a single qubit register can be represented geometrically by the Bloch sphere. This is a space of dimension 2, which means essentially that the single qubit register space has two local degrees of freedom. An n-qubit register space has 2n+1 − 2 degrees of freedom which is much larger than what one would expect classically with no entanglement, that is 2n.
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Note added at 11 hrs 20 mins (2005-04-01 21:52:35 GMT)
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__________________________--
que recuerda el misterioso/espectral carácter de...
__________________________
--------------------------------------------------
Note added at 1 day 3 mins (2005-04-02 10:35:00 GMT) Post-grading
--------------------------------------------------
Lo de misterioso o espectral en Mecánica Cuántica se refiere a la imposibilidad de definir la posición exacta de un elemento y de la inconcebible posibilidad de que un elemento se encuentre, de forma demostrable, en dos lugares a la vez o que pase por dos puntos al mismo tiempo...
Un buen fin de semana
Saludos
A qubit (quantum + bit; pronounced /kyoobit/ [1] ) is a unit of quantum information. That information is described by state in a 2-level quantum mechanical system, whose two basic states are conventionally labeled |0 \rangle and |1 \rangle (pronounced: ket 0 and ket 1). A pure qubit state is a linear quantum superposition of those two states. This is significantly different from the state of a classical bit, which can only take the value 0 or 1.
A qubit's most important distinction from a classical bit, however, is not the continuous nature of the state (which can be replicated by any analog quantity), but the fact that multiple qubits can exhibit quantum entanglement. Entanglement is a nonlocal property that allows a set of qubits to express superpositions of different binary strings (01010 and 11111, for example) simultaneously. Such "quantum parallelism" is one of the keys to the potential power of quantum computation.
A number of qubits taken together is a qubit register. Quantum computers perform calculations by manipulating qubits.
Similarly, a unit of quantum information in a 3-level quantum system is called a qutrit, by analogy with the unit of classical information trit. Other names have been suggested to designate a unit of information for higher-level systems, though there is not yet general agreement on terminology. For instance qudit has been suggested both as a term to denote both a digit of quantum information (that is in a 10-level quantum system) or as a term to denote a unit of quantum information in a d-level quantum system, although the latter usage now seems to be taking hold.
Benjamin Schumacher discovered a way of interpreting quantum states as information. He came up with a way of compressing the information in a state, and storing the information on a smaller number of states. This is now known as Schumacher compression. Schumacher is also credited with inventing the term qubit.
The state space of a single qubit register can be represented geometrically by the Bloch sphere. This is a space of dimension 2, which means essentially that the single qubit register space has two local degrees of freedom. An n-qubit register space has 2n+1 − 2 degrees of freedom which is much larger than what one would expect classically with no entanglement, that is 2n.
--------------------------------------------------
Note added at 11 hrs 20 mins (2005-04-01 21:52:35 GMT)
--------------------------------------------------
__________________________--
que recuerda el misterioso/espectral carácter de...
__________________________
--------------------------------------------------
Note added at 1 day 3 mins (2005-04-02 10:35:00 GMT) Post-grading
--------------------------------------------------
Lo de misterioso o espectral en Mecánica Cuántica se refiere a la imposibilidad de definir la posición exacta de un elemento y de la inconcebible posibilidad de que un elemento se encuentre, de forma demostrable, en dos lugares a la vez o que pase por dos puntos al mismo tiempo...
Un buen fin de semana
Peer comment(s):
disagree |
------ (X)
: ¿De repente sabes inglés, y eso que de alemán no tienes ni idea?
14 hrs
|
A qué viene eso?
|
Discussion