Chapter 1. Fundamental Theory
... 2) det(AB) = det(A)det(B) , for square matrices A and B . 3) det(AT ) = det(A); det(A* ) = [det(A)]*; det(A† ) = [det(A)]* . 4) det(A−1 ) = ...
... 2) det(AB) = det(A)det(B) , for square matrices A and B . 3) det(AT ) = det(A); det(A* ) = [det(A)]*; det(A† ) = [det(A)]* . 4) det(A−1 ) = ...
Fault-tolerant quantum computation
... realize subtle interference phenomena in systems with many degrees of freedom? If so, these systems are bound to behave in ways that will surprise and delight us. ...
... realize subtle interference phenomena in systems with many degrees of freedom? If so, these systems are bound to behave in ways that will surprise and delight us. ...
Just enough on Dirac Notation
... ket |ψi is a quantum state whose wavefuntion is ψ(x). It is a fairly subtle distinction, but it is rather like the difference between a physical vector (eg the velocity of a particle) and the list of its components in a particular basis. The latter is a particular representation of the former, and s ...
... ket |ψi is a quantum state whose wavefuntion is ψ(x). It is a fairly subtle distinction, but it is rather like the difference between a physical vector (eg the velocity of a particle) and the list of its components in a particular basis. The latter is a particular representation of the former, and s ...
Semiconductor qubits for quantum computation
... - hidden information! - Wave function collapse prevents us from directly accessing the information ...
... - hidden information! - Wave function collapse prevents us from directly accessing the information ...
The Learnability of Quantum States
... Theorem: No public-key quantum money scheme can be information-theoretically secure. Proof Sketch: A counterfeiter with unlimited computation time can do this… Let U be an ensemble of possible quantum money states Initially, U0 contains s for every s{0,1}n ...
... Theorem: No public-key quantum money scheme can be information-theoretically secure. Proof Sketch: A counterfeiter with unlimited computation time can do this… Let U be an ensemble of possible quantum money states Initially, U0 contains s for every s{0,1}n ...
Quantum Circuits. Intro to Deutsch. Slides in PPT.
... Universality in the quantum circuit model Classically, any function f(x) can be computed using just nand and fanout; we say those operations are universal for classical computation. Suppose U is an arbitrary unitary transformation on n qubits. Then U can be composed from controlled-not gates and si ...
... Universality in the quantum circuit model Classically, any function f(x) can be computed using just nand and fanout; we say those operations are universal for classical computation. Suppose U is an arbitrary unitary transformation on n qubits. Then U can be composed from controlled-not gates and si ...
fn1_1h_qm2_cr
... Quantum Numbers The third quantum number, ml, is the orbital. Every sublevel has one or more orbitals. The s sublevel has 1 orbital, the p sublevel has 3 orbitals, the d sublevel has 5 orbitals, etc. These orbital can be indicated by the number ml = l, l-1, …0, -1, … -l The fourth quantum number, m ...
... Quantum Numbers The third quantum number, ml, is the orbital. Every sublevel has one or more orbitals. The s sublevel has 1 orbital, the p sublevel has 3 orbitals, the d sublevel has 5 orbitals, etc. These orbital can be indicated by the number ml = l, l-1, …0, -1, … -l The fourth quantum number, m ...
