PH 5840 Quantum Computation and Quantum Information
... — Postulates of quantum mechanics, quantum states, pure states, entangled states, evolution of quantum systems, composite quantum systems, measurement, Born rule, observables, Heisenberg picture vs Schrondinger picture, density operator, mixed states, reduced density operator, Schmidt decomposition, ...
... — Postulates of quantum mechanics, quantum states, pure states, entangled states, evolution of quantum systems, composite quantum systems, measurement, Born rule, observables, Heisenberg picture vs Schrondinger picture, density operator, mixed states, reduced density operator, Schmidt decomposition, ...
Titles and Abstracts
... Abstract: The Bethe ansatz is a key tool in the area of quantum integrable and exactly solvable models. For each such model, understanding the nature of the roots of the Bethe ansatz equations is central to understanding the mathematical physics underpinning the model’s behaviour. Here we analyse an ...
... Abstract: The Bethe ansatz is a key tool in the area of quantum integrable and exactly solvable models. For each such model, understanding the nature of the roots of the Bethe ansatz equations is central to understanding the mathematical physics underpinning the model’s behaviour. Here we analyse an ...
The Future of Computer Science
... Range(g) are either equal or disjoint. Decide which. In the “black-box” setting, this problem takes exp(n) time even with a quantum computer (a main result from my 2004 PhD thesis, the “collision lower bound”). Even in non-blackbox setting, would let us solve e.g. Graph Isomorphism Theorem (Harlow-H ...
... Range(g) are either equal or disjoint. Decide which. In the “black-box” setting, this problem takes exp(n) time even with a quantum computer (a main result from my 2004 PhD thesis, the “collision lower bound”). Even in non-blackbox setting, would let us solve e.g. Graph Isomorphism Theorem (Harlow-H ...
Physics 212: Statistical mechanics II, Spring 2014 Course
... useful for people wanting to learn more details of the field-theoretic approaches. In some previous offerings, there has been an opportunity for students to complete a written final project and short oral presentation. I believe that the course is too large this time for oral presentations, but we w ...
... useful for people wanting to learn more details of the field-theoretic approaches. In some previous offerings, there has been an opportunity for students to complete a written final project and short oral presentation. I believe that the course is too large this time for oral presentations, but we w ...
Substance - Department of Chemistry | Oregon State University
... ν = c/λ = (3.00 x 108 m/s)/(610 x 10-9 m) = 4.92 x1014 1/s or Hz E = hν = (6.626 x 10-34 J·s)(4.92 x1014 1/s) = 3.26 x 10-19 J (per photon) ...
... ν = c/λ = (3.00 x 108 m/s)/(610 x 10-9 m) = 4.92 x1014 1/s or Hz E = hν = (6.626 x 10-34 J·s)(4.92 x1014 1/s) = 3.26 x 10-19 J (per photon) ...
The Learnability of Quantum States
... Use of DoE supercomputers by area (from a talk by Alán Aspuru-Guzik) ...
... Use of DoE supercomputers by area (from a talk by Alán Aspuru-Guzik) ...
The Learnability of Quantum States
... Sampling and Searching [A., CSR 2011] [A.-Arkhipov] gave a “sampling problem” solvable using quantum optics that seems hard classically—but does that imply anything about more traditional problems? Recently, I found a way to convert any sampling problem into a search problem of “equivalent difficult ...
... Sampling and Searching [A., CSR 2011] [A.-Arkhipov] gave a “sampling problem” solvable using quantum optics that seems hard classically—but does that imply anything about more traditional problems? Recently, I found a way to convert any sampling problem into a search problem of “equivalent difficult ...
powerpoint slides
... Quantum Computers Computers are based on quantum devices transistors - which are getting smaller and smaller. Soon they will be so small that they will be directly subject to quantum rules. This is both a problem and an opportunity. We will be looking at the opportunity. ...
... Quantum Computers Computers are based on quantum devices transistors - which are getting smaller and smaller. Soon they will be so small that they will be directly subject to quantum rules. This is both a problem and an opportunity. We will be looking at the opportunity. ...