<--- Back to Details
First PageDocument Content
Mathematical analysis / Mathematics / Mathematical logic / Set theory / Operator theory / Code / Inner model theory / Partial differential equations / Complex analysis / Omega-regular language / Differential forms on a Riemann surface
Date: 2018-08-26 18:23:30
Mathematical analysis
Mathematics
Mathematical logic
Set theory
Operator theory
Code
Inner model theory
Partial differential equations
Complex analysis
Omega-regular language
Differential forms on a Riemann surface

Lecture 20, Tues April 4: Shor, Quantum Fourier Transform Last time we started in on Shor’s algorithm, a quantum algorithm that can factor ​N​ into ​p​×​q​ in polynomial time by reducing the problem to per

Add to Reading List

Source URL: www.scottaaronson.com

Download Document from Source Website

File Size: 367,44 KB

Share Document on Facebook

Similar Documents

Abstract This is a survey of results on positivity of vector bundles, inspired by the BrunnMinkowski and Prékopa theorems. Applications to complex analysis, Kähler geometry and algebraic geometry are also discussed. Pr

Abstract This is a survey of results on positivity of vector bundles, inspired by the BrunnMinkowski and Prékopa theorems. Applications to complex analysis, Kähler geometry and algebraic geometry are also discussed. Pr

DocID: 1xVyz - View Document

AVACS*  Automatic Verification and Analysis of Complex Systems Werner Damm AVACS coordinator

AVACS* Automatic Verification and Analysis of Complex Systems Werner Damm AVACS coordinator

DocID: 1xUP7 - View Document

The world’s leading source of exclusive, in-depth news & analysis on risk management, derivatives and complex finance A guide to Risk.net

The world’s leading source of exclusive, in-depth news & analysis on risk management, derivatives and complex finance A guide to Risk.net

DocID: 1xUBW - View Document

Amortised Resource Analysis and Functional Correctness with Separation Logic (Part II) Summer School on Formal Reasoning and Representation of Complex Systems

Amortised Resource Analysis and Functional Correctness with Separation Logic (Part II) Summer School on Formal Reasoning and Representation of Complex Systems

DocID: 1xTgn - View Document

Demailly, Jean-Pierre (ed.); Hulek, Klaus (ed.); Peternell, Thomas (ed.) Complex analysis. Abstracts from the workshop held September 2–8, Komplexe Analysis.) (English) Zbl  Oberwolfach Rep. 9, No.

Demailly, Jean-Pierre (ed.); Hulek, Klaus (ed.); Peternell, Thomas (ed.) Complex analysis. Abstracts from the workshop held September 2–8, Komplexe Analysis.) (English) Zbl  Oberwolfach Rep. 9, No.

DocID: 1xT9g - View Document