Quantum Computer Programming
Quantum Bell States in Wolfram
The Bell states, also known as EPR pairs, are specific quantum states in which two qubits that represent the simplest ...
Lesson 6: Visualizing Quantum States and Building Quantum Circuits
Being able to reason about how qubits evolve as they pass through quantum gate operations and assume different quantum states ...
Lesson 7: Simulating Quantum Realities Using Qiskit’s Simulators
Introduction to Quantum Simulation Quantum simulation refers to efficiently modelling the time dynamics and properties of complex quantum systems using ...
Lesson 5: Quantum Circuits, the Building Blocks of Qiskit
Introduction to Quantum Circuits Quantum circuits are essentially a sequence of quantum logic gates and measurements representing a quantum program. ...
Lesson 4: Writing your first Qiskit Code
This lesson will be a step-by-step guide in which we will build basic quantum circuits, apply common quantum gates and ...
Lesson 3: Installing Qiskit
This step-by-step guide will cover everything you need to know to install Qiskit locally so you can start experimenting. We ...
Lesson 2: What is Qiskit?
In the last lesson, we learned the basics behind what quantum computing is and what it does. Now that this ...
Lesson 1: What Is Quantum Computing?
Introduction to Quantum Computing Quantum computing represents one of the most exciting frontiers in technology today. We are witnessing steady ...
What is PennyLane Quantum Computing? A Comprehensive Overview
PennyLane is a cross-platform Python library that enables the execution and training of quantum programs on various backends. Its different ...
Testing Quantum Programs Locally and Running on Real Chips
Introduction Developing practical quantum applications requires extensive testing across both simulated and real hardware environments. Local simulation enables controlled debugging ...
