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In this enlightening episode of Quantum Computing, we delve into the remarkable world of the CNOT gate and its interaction with ...

Let us start by introducing the the most popular quantum logic gate that operates on two qubits it's called control not gate quite ...

In which we explore the strange effects of quantum logic gates, and what that tells us about the nature of qubits. Quantum ...

This video provides a beginners introduction to quantum computing and highlights the fact that there is still no strong evidence ...

Previously, we talked about single qubit gates and how they can be used to manipulate the state of a single qubit. Today we're ...

Link to Quantum Playlist: https://www.youtube.com/playlist?list=PLl0eQOWl7mnWPTQF7lgLWZmb5obvOowVw ...

A compact introduction of the controlled NOT (CNOT) gate and the controlled Z (CZ) gate. We are also going over an example ...

This video is about one of the most important multi-qubit gates - the CNOT gate. I hope you enjoy this. 00:00 Introduction 00:44 ...

Speaker: Sarah Meng Li Presented at Programming Languages for Quantum Computing (PLanQC), colocated with PLDI 2021.

Analogue of XOR and Controlled-Not Gate. Matrix representation of Controlled-Not Gate. Prove that Controlled-Not Gate is a ...

Describes a fundamental gate for quantum computation, the controlled-NOT gate. Part of a series on "Quantum computing for the ...

This video describes the Controlled NOT (CNOT) quantum gate, explaining its unitary matrix, and demonstrating its application on ...

Quantum computing is a new paradigm to computing and holds great promise to revolutionize computers as we know them. In this ...

In this video, we will learn what happens when the control and target terminals of CNOT and CZ are exchanged within a quantum ...

Introduction to Quantum Computing | Lecture 5.2 What makes a bad quantum gate set? CNOT, Hadamards, Superposition ...

Learn the math behind quantum computing -- linear algebra, qubits, quantum logic gates, superposition, and entanglement ...

Entanglement can demonstrate different state properties. For example, same entangle operations force two qubits to have the ...

... a quantum circuit consists of wires and gates it's just like a classical circuit except that the gates are now quantum gates and the ...

CNOT and CZ are not the only controlled operations. In this video, we will learn how to create arbitrary controlled operations as ...

Quantum gates are the “logic gates” of quantum computers. We cover single-qubit gates (X, Z, H, phase) and multi-qubit gates ...