This course on quantum computing aims to introduce learners to the high-level mathematical foundations of quantum computing, quantum programming circuits, and basic ideas behind it using the Q# programming language. The course covers topics such as quantum mechanics, quantum programming, quantum development kit, quantum information, superposition state, quantum parallelism, entanglement, and quantum circuits. The teaching method involves exploring the bizarre quantum world and historical views through a multidisciplinary approach at the intersection of physics, computer science, mathematics, and chemistry. The intended audience for this course includes individuals interested in the potential revolution of the technological world through quantum computing.
God Really Plays Dice - Introduction to Quantum Computing with Q#
Overview
Syllabus
Introduction
Book recommendation
About Filip
Quantum Computing
Quantum Computer
Historical View
Classical Computing
Quantum Hype
Quantum Mechanical Problems
Climate Energy Research
Quantum Communications
Machine Learning
Optimization
Quantum Development Kit
AzureQuantum
Quantum Information
Quantum State Visualization
Superposition State
Quantum State Collapse
The Born Rule
Classical vs Quantum
God doesnt play dice
We can actually play God
Uniform superposition
Waves
State cut 0
Quantum parallelism
Deutsches problem
Classical logic
Quantum circuit
Sibling analogy
Code
Azure Q
Entanglement
C Node Gate
Superposition
Contagious
entangle
spooky action
Einstein was wrong
What entanglement is like
Creating entanglement
Book giveaway
Taught by
NDC Conferences
