Diego Emilio Serrano

Videos on quantum computing and engineering.

The Quantum Hadamard Transform | Quantum Computing using Python
The Quantum Hadamard Transform | Quantum Computing using Python
(Some) Important Entangled States | Quantum Computing using Python
(Some) Important Entangled States | Quantum Computing using Python
The No-Cloning Theorem | Quantum Computing using Python
The No-Cloning Theorem | Quantum Computing using Python
Multi-qubit Gates and Circuits | Quantum Computing using Python
Multi-qubit Gates and Circuits | Quantum Computing using Python
Multi-qubit States | Quantum Computing using Python
Multi-qubit States | Quantum Computing using Python
Quantum Gates & Unitary Operations | Quantum Computing using Python
Quantum Gates & Unitary Operations | Quantum Computing using Python
Kets, Bras, Products, & Bases | Quantum Computing using Python
Kets, Bras, Products, & Bases | Quantum Computing using Python
The Qubit (and the Bloch Sphere) | Quantum Computing using Python
The Qubit (and the Bloch Sphere) | Quantum Computing using Python
Quantum Pseudo-Telepathy
Quantum Pseudo-Telepathy
Entangled Systems | Quantum Computing using Python
Entangled Systems | Quantum Computing using Python
Separable Systems | Quantum Computing using Python
Separable Systems | Quantum Computing using Python
Important Properties of Quantum Circuits | Quantum Computing using Python
Important Properties of Quantum Circuits | Quantum Computing using Python
Introduction to Quantum Circuits | Quantum Computing using Python
Introduction to Quantum Circuits | Quantum Computing using Python
Important Properties of Qubits | Quantum Computing using Python
Important Properties of Qubits | Quantum Computing using Python
Introduction to Qubits | Quantum Computing using Python
Introduction to Qubits | Quantum Computing using Python
Probabilistic Bits and Circuits | Quantum Computing using Python
Probabilistic Bits and Circuits | Quantum Computing using Python
Вентили как матрицы | Квантовые вычисления с использованием Python
Вентили как матрицы | Квантовые вычисления с использованием Python
From Bits to Vectors | Quantum Computing using Python
From Bits to Vectors | Quantum Computing using Python
Reversible Logic & Circuits | Quantum Computing using Python
Reversible Logic & Circuits | Quantum Computing using Python
Boolean Logic & Digital Circuits | Quantum Computing using Python
Boolean Logic & Digital Circuits | Quantum Computing using Python
Bits | Quantum Computing using Python
Bits | Quantum Computing using Python
Installation | Quantum Computing using Python
Installation | Quantum Computing using Python
Website | Quantum Computing using Python
Website | Quantum Computing using Python
Введение | Квантовые вычисления с использованием Python
Введение | Квантовые вычисления с использованием Python
Using Qiskit v1.x | Part 7 - Primitives in Runtime
Using Qiskit v1.x | Part 7 - Primitives in Runtime
Using Qiskit v1.x | Part 6 - Primitives in Qiskit
Using Qiskit v1.x | Part 6 - Primitives in Qiskit
Using Qiskit v1.x | Part 5 - What are Primitives?
Using Qiskit v1.x | Part 5 - What are Primitives?
Using Qiskit v1.x | Part 4 - Qiskit Aer's AerSimulator
Using Qiskit v1.x | Part 4 - Qiskit Aer's AerSimulator
Using Qiskit v1.x | Part 3 - Qiskit's BasicSimulator
Using Qiskit v1.x | Part 3 - Qiskit's BasicSimulator
Using Qiskit v1.x | Part 2 - The quantum_info Module
Using Qiskit v1.x | Part 2 - The quantum_info Module