quantum algorithms - Computer Engineering
... In our usual computers, a bit is either 0 or 1 at a particular time. As a direct consequence of this, a group (register) of n bits can contain only one of 2n different numbers at a given time. A quantum bit (qubit), on the other hand, can be in a weighted combination (superposition) of both 0 and 1 ...
... In our usual computers, a bit is either 0 or 1 at a particular time. As a direct consequence of this, a group (register) of n bits can contain only one of 2n different numbers at a given time. A quantum bit (qubit), on the other hand, can be in a weighted combination (superposition) of both 0 and 1 ...
High Level Quantum Structures in Linguistics and
... concepts such as Hermitian operators, trace and (Birkhoff & von Neumann 1936)-style quantum logics in information retrieval can be found in (van Rijsbergen 2004). In this context, the main benefit of the quantum mechanical structure is that it combines logic with vector space models and at the same ...
... concepts such as Hermitian operators, trace and (Birkhoff & von Neumann 1936)-style quantum logics in information retrieval can be found in (van Rijsbergen 2004). In this context, the main benefit of the quantum mechanical structure is that it combines logic with vector space models and at the same ...
this essay - u.arizona.edu
... production is intimately connected to the notorious quantum measurement problem. In the course of his argument van Fraassen offers an empiricist dissolution, or rather dismissal, of that problem. In response I shall argue that the quantum measurement problem could be remedied only by stronger pragma ...
... production is intimately connected to the notorious quantum measurement problem. In the course of his argument van Fraassen offers an empiricist dissolution, or rather dismissal, of that problem. In response I shall argue that the quantum measurement problem could be remedied only by stronger pragma ...
Quantum process tomography of two-qubit controlled-Z
... mined from a fit to the data, consistent with the designed capacitance Cc. The avoided crossing for the two-photon line at ⌬i ⯝ 0.066 gives a splitting of 9.7⫾ 0.2 MHz, about 冑2 / 2 times as large as the main resonance, as expected from a 兩11典 and 兩02典 interaction. The slope of the resonance between ...
... mined from a fit to the data, consistent with the designed capacitance Cc. The avoided crossing for the two-photon line at ⌬i ⯝ 0.066 gives a splitting of 9.7⫾ 0.2 MHz, about 冑2 / 2 times as large as the main resonance, as expected from a 兩11典 and 兩02典 interaction. The slope of the resonance between ...
Bra-ket notation
... Non-normalizable states and non-Hilbert spaces Bra-ket notation can be used even if the vector space is not a Hilbert space. In quantum mechanics, it is common practice to write down kets which have infinite norm, i.e. non-normalisable wavefunctions. Examples include states whose wavefunctions are D ...
... Non-normalizable states and non-Hilbert spaces Bra-ket notation can be used even if the vector space is not a Hilbert space. In quantum mechanics, it is common practice to write down kets which have infinite norm, i.e. non-normalisable wavefunctions. Examples include states whose wavefunctions are D ...
Preparation of Papers in Two-Column Format for the
... The first one to recognize the potential in quantum superposition for solving such problems much faster was Richard Feynman . For example, a system of 500 qubits, which is impossible to simulate classically, represents a quantum superposition of as many as 2500 states. Each state would be classicall ...
... The first one to recognize the potential in quantum superposition for solving such problems much faster was Richard Feynman . For example, a system of 500 qubits, which is impossible to simulate classically, represents a quantum superposition of as many as 2500 states. Each state would be classicall ...
