Chem 3502/4502 Physical Chemistry II (Quantum Mechanics) 3
... (a) Show that the set of functions " j = sin( jx ) + icos( jx ) where j = ±1, 2, 3, … are eigenfunctions of both H and of the one-dimensional ...
... (a) Show that the set of functions " j = sin( jx ) + icos( jx ) where j = ±1, 2, 3, … are eigenfunctions of both H and of the one-dimensional ...
Lecture 8: Period Finding: Simon`s Problem over ZN 1 Problem
... divide through by N and take the reciprocal to compute s. So, how do we find Ns ? For the time being, forget that N and s are powers of 2. Let m = Ns , so our algorithm samples a random integer multiple of m. Suppose we have two random samples, which we can write am and bm. Note that gcd(am, bm) = g ...
... divide through by N and take the reciprocal to compute s. So, how do we find Ns ? For the time being, forget that N and s are powers of 2. Let m = Ns , so our algorithm samples a random integer multiple of m. Suppose we have two random samples, which we can write am and bm. Note that gcd(am, bm) = g ...
Quantum Phenomena in Low-Dimensional Systems Michael R. Geller
... i, and then calculate the modulus squared, P = | i Ai|2 . (This expression is a consequence of Feynman’s path integral formulation of quantum mechanics, but one can also view it as a generalization of the double-slit interference formula to an infinite number of “slits.”) The cross-terms in this exp ...
... i, and then calculate the modulus squared, P = | i Ai|2 . (This expression is a consequence of Feynman’s path integral formulation of quantum mechanics, but one can also view it as a generalization of the double-slit interference formula to an infinite number of “slits.”) The cross-terms in this exp ...
Quantum Communications in the Maritime Environment
... the qubits that he receives from Alice. 5) Bob performs measurements of the qubits that Alice sent to him using the basis that he selected. As some of the times Bob is using a different basis than Alice, in these instances he will measure a completely random number (called the raw key). 6) Alice and ...
... the qubits that he receives from Alice. 5) Bob performs measurements of the qubits that Alice sent to him using the basis that he selected. As some of the times Bob is using a different basis than Alice, in these instances he will measure a completely random number (called the raw key). 6) Alice and ...
Macroscopicity of Mechanical Quantum Superposition States
... properties of complex quantum systems[5–11]. Most of them refer to specific types or representations of quantum states, or count the operational resources required to analyze them. While most proposals seem to be grounded in a common information-theoretic framework [12], we still lack a method of at ...
... properties of complex quantum systems[5–11]. Most of them refer to specific types or representations of quantum states, or count the operational resources required to analyze them. While most proposals seem to be grounded in a common information-theoretic framework [12], we still lack a method of at ...
Slides
... We trust quantum over classical coin tossing because one can never rule out an insider attack on classical coin tossing, whereas an insider attack on a quantum coin toss based on a pure state is inconsistent with the beliefs that led to the pure-state assignment. ...
... We trust quantum over classical coin tossing because one can never rule out an insider attack on classical coin tossing, whereas an insider attack on a quantum coin toss based on a pure state is inconsistent with the beliefs that led to the pure-state assignment. ...
