In computational complexity theory and quantum computing, Simon's problem is a computational problem that is proven to be solved exponentially faster on a quantum computer than on a classical (that is, traditional) computer. The quantum algorithm solving Simon's problem, usually called Simon's algorithm, served as the inspiration for Shor's algorithm. Both problems are special cases of the abelian hidden subgroup problem, which is now known to have efficient quantum algorithms. The problem is set in the model of decision tree complexity or query complexity and was conceived by in 1994. Simon exhibited a quantum algorithm that solves Simon's problem exponentially faster and with exponentially fewer queries than the best probabilistic (or deterministic) classical algorithm. In particular, Simon's algorithm uses a linear number of queries and any classical probabilistic algorithm must use an exponential number of queries. This problem yields an between the complexity classes BPP (bounded-error classical query complexity) and BQP (bounded-error quantum query complexity). This is the same separation that the Bernstein–Vazirani algorithm achieves, and different from the separation provided by the Deutsch–Jozsa algorithm, which separates P and EQP. Unlike the Bernstein–Vazirani algorithm, Simon's algorithm's separation is exponential. Because this problem assumes the existence of a highly-structured "black box" oracle to achieve its speedup, this problem has little practical value. However, without such an oracle, exponential speedups cannot easily be proven, since this would prove that P is different from PSPACE. (Wikipedia).
When you FINALLY get the courage to perform a Magic Trick!
*Awkward silence
From playlist Magician Problems.
This WON'T Fool you... UNLESS you're a Magician!
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From playlist Magician Problems.
How to solve a de broglie wavelength problem
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From playlist Modern Physics
Problem #3 - Swinging Pendulum
Problem #3 - Swinging Pendulum
From playlist Bi-weekly Physics Problems
10% Students Solve This Trig Equation Wrong (Including me!)
Once you have a solid idea for how to solve trigonometric equations it is time for a challenge. A problem that will test you knowledge and ability to apply algebraic concepts to trigonometric equations. This problem does exactly that. ✅ Know when to use identities https://youtu.be/UArTc
From playlist Challenged and Confused Videos
Practice Problem: Box Sliding Down a Ramp
Lisa, are you serious? Alright, just one more favor. This one is a little trickier than the previous, because there is some trigonometry involved, beyond the kinematics and friction from the previous problems. What will become of your precious toolbox? Will you ever get to drink those Arno
From playlist Classical Physics Practice Problems
Practice Problem: One-Dimensional Two-Body Problem
Lisa is moving again already! I dunno, I think there were bedbugs. This time you have a different plan, but you will still need kinematics and Newton's laws to find out how much time and effort stand between you and more snacks. Give it a try! Try all of the Classical Physics Practice Pro
From playlist Classical Physics Practice Problems
Paul Sabin: Our Gamble over Earth’s Future
October 30, 2013 Paul Sabin is associate professor of history. His research and teaching focus on energy and environmental history. Today we’ll talk with Professor Sabin about his new book, The Bet: Paul Ehrlich, Julian Simon and Our Gamble over Earth’s Future, which provides a framework f
From playlist The MacMillan Report
2020 Theory Winter School: Srinivas Raghu (pt2)
Topic: Boson-ferimon duality in strongly coupled field theories Part 2 For more information on the 2020 Theory Winter School: https://nationalmaglab.org/news-events/events/for-scientists/winter-theory-school
From playlist 2020 Theory Winter School
Xavier Cabré - 23 September 2016
Cabré, Xavier "The saddle-shaped solution to the Allen-Cahn equation and a conjecture of De Giorgi"
From playlist A Mathematical Tribute to Ennio De Giorgi
How to Study Physics - Study Tips - Simon Clark
Hello Socratica Friends! We’re here to help you be a great student! Are you interested in studying Physics, but you don’t know where to start? Today we have a special guest, Simon Clark, PhD, who will give us some great advice about how to study Physics. We’ll talk about how Simon got insp
From playlist It Starts With Literacy
Point about Points - Numberphile
Part 1: http://youtu.be/JmyLeESQWGw An extra bit after this: http://youtu.be/c6NRQbDBKfY More links & stuff in full description below ↓↓↓ This video features Simon Pampena, Australia's numeracy ambassador. Ilustration by Pete McPartlan NUMBERPHILE Website: http://www.numberphile.com/ Nu
From playlist Numberphile Videos
Mod-01 Lec-34 From Schumpeter to neo Schumpetarian evolutionism
History of Economic Theory by Dr. Shivakumar, Department of Humanities and Social Sciences IIT Madras, For more details on NPTEL visit http://nptel.iitm.ac.in
From playlist IIT Madras: History of Economic Theory | CosmoLearning.org Economics
Triangle Median: Challenge Problem
Link: https://www.geogebra.org/m/jESRWymr BGM: Andy Hunter
From playlist Geometry: Challenge Problems
Lecture 00-Introduction to Jack Simons Electronic Structure Theory
Complete list of Jack Simons Electronic Structure Theory lecture series on YouTube: (1)Jack Simons Electronic Structure Theory- Session 1- Born-Oppenheimer approximation http://www.youtube.com/watch?v=Z5cq7JpsG8I (2)Jack Simons Electronic Structure Theory- Session 2- Hartree-Fock htt
From playlist U of Utah: Jack Simons' Electronic Structure Theory course
How do you measure with numbers if they have no size? More links & stuff in full description below ↓↓↓ Here is part two: http://www.youtube.com/watch?v=aIggWlKr41w Featuring Simon Pampena - https://twitter.com/mathemaniac NUMBERPHILE Website: http://www.numberphile.com/ Numberphile on F
From playlist Numberphile Videos
Lecture 07-Jack Simons Electronic Structure Theory- Configuration interaction theory
Configuration interaction (CI) and multi-configuration self-consistent field (MCSCF) methods; strengths and weaknesses; two-electron integral transformation. (1)Jack Simons Electronic Structure Theory- Session 1- Born-Oppenheimer approximation http://www.youtube.com/watch?v=Z5cq7JpsG8I
From playlist U of Utah: Jack Simons' Electronic Structure Theory course
Multi-Task Curriculum Learning in Minecraft
Notion Link: https://ebony-scissor-725.notion.site/Henry-AI-Labs-Weekly-Update-July-15th-2021-a68f599395e3428c878dc74c5f0e1124 Thanks for watching! Please Subscribe! Chapters: 0:00 Introduction 0:06 Overview 4:42 Curriculum Learning 9:45 Defining Learnability 11:40 Goal-Conditioning and
From playlist AI Weekly Update - July 15th, 2021!