ppt
... – Unitary transformations compute on coefficients » Must maintain probability property (sum of squares = 1) » Looks like doing computation on all 2n inputs simultaneously! – Output is one result attained by measurement ...
... – Unitary transformations compute on coefficients » Must maintain probability property (sum of squares = 1) » Looks like doing computation on all 2n inputs simultaneously! – Output is one result attained by measurement ...
Studies in Composing Hydrogen Atom Wavefunctions
... We employed eigenfunctions as our basic units of composition. Eigenfunctions are identified by a set of quantum numbers that determine the particular shape of the eigenfunction in space (see Geometric Properties of the Eigenfunctions below) as well as its frequency of evolution through time. Control ...
... We employed eigenfunctions as our basic units of composition. Eigenfunctions are identified by a set of quantum numbers that determine the particular shape of the eigenfunction in space (see Geometric Properties of the Eigenfunctions below) as well as its frequency of evolution through time. Control ...
Three Quantum Algorithms to Solve 3-SAT
... In [21] also Quantum Register Machines (QRMs, for short) have been introduced. It has been shown that they are able to simulate any classical (deterministic) register machine, and hence they are (at least) Turing complete. In this paper we show that, under the assumption that an external observer is ...
... In [21] also Quantum Register Machines (QRMs, for short) have been introduced. It has been shown that they are able to simulate any classical (deterministic) register machine, and hence they are (at least) Turing complete. In this paper we show that, under the assumption that an external observer is ...
Full characterization of polarization states of light via direct
... the transverse displacement of a beam of light by only several ångstroms25 and an angular rotation on the order of femtoradians26. Weak measurement was recently proposed as a tool to study nonlinear optical phenomena with single photons by amplifying the apparent photon number29. Weak measurements ...
... the transverse displacement of a beam of light by only several ångstroms25 and an angular rotation on the order of femtoradians26. Weak measurement was recently proposed as a tool to study nonlinear optical phenomena with single photons by amplifying the apparent photon number29. Weak measurements ...
Full characterization of polarization states of light via direct
... the transverse displacement of a beam of light by only several ångstroms25 and an angular rotation on the order of femtoradians26. Weak measurement was recently proposed as a tool to study nonlinear optical phenomena with single photons by amplifying the apparent photon number29. Weak measurements ...
... the transverse displacement of a beam of light by only several ångstroms25 and an angular rotation on the order of femtoradians26. Weak measurement was recently proposed as a tool to study nonlinear optical phenomena with single photons by amplifying the apparent photon number29. Weak measurements ...
Factorization of quantum charge transport for non
... the junction. In this paper, we will consider the case of a junction with two leads, and therefore the definitions in this section will be written for a two-lead junction, even though they admit a natural generalization to a many-lead situation12 . In the case of two leads, the charge transfer is ch ...
... the junction. In this paper, we will consider the case of a junction with two leads, and therefore the definitions in this section will be written for a two-lead junction, even though they admit a natural generalization to a many-lead situation12 . In the case of two leads, the charge transfer is ch ...
One Complexity Theorist`s View of Quantum Computing
... A few notes about the matrix T : Most entries are zero. For polynomial-time computation, given ca , cb and x one can in polynomial-time compute T (ca , cb ), even though the whole transition matrix is too big to write down in polynomial-time. Since ca and cb are polynomial in the input length, the m ...
... A few notes about the matrix T : Most entries are zero. For polynomial-time computation, given ca , cb and x one can in polynomial-time compute T (ca , cb ), even though the whole transition matrix is too big to write down in polynomial-time. Since ca and cb are polynomial in the input length, the m ...
Genetic Programming for Quantum Computers - Faculty
... flips the state with respect to its output wherever its input is 1. By making the condition on this flipping more complex, possibly using more input qubits, we can construct analogous unitary transforms for any classical boolean function. For example, consider classical NAND, which takes two input b ...
... flips the state with respect to its output wherever its input is 1. By making the condition on this flipping more complex, possibly using more input qubits, we can construct analogous unitary transforms for any classical boolean function. For example, consider classical NAND, which takes two input b ...
PROBABILITIES FOR SINGLE EVENTS
... for renormalizing the probabilities so that the rules are exactly obeyed without changing their values in any relevent sense. II.1.2. Probabilities in Quantum Mechanics The characteristic feature of a quantum mechanical theory is that not every history that can be described can be assigned a probabi ...
... for renormalizing the probabilities so that the rules are exactly obeyed without changing their values in any relevent sense. II.1.2. Probabilities in Quantum Mechanics The characteristic feature of a quantum mechanical theory is that not every history that can be described can be assigned a probabi ...
