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The basics of Quantum Computing
What is a qubit?
Superposition and entanglement
What is a quantum algorithm?
Hello quantum world
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Introduction quick guide
Working with the editor
Executing your algorithm
Displaying and downloading your results
Creating a new project
Managing your projects
Managing your account
Qubit register
Bit register

Introduction advanced guide
Software Development Kit
Low-level API
cQASM: A Quantum Programming Language
cQASM: Compilation
cQASM: Qubit gate operations
cQASM: Single Gate Multiple-Qubits
cQASM: Qubit initialization and measurement
cQASM: Display commands
LibKet
Global phase

Code examples: Overview
Code example: Deutsch-Jozsa algorithm
Code example: Quantum full adder
Code example: Grover's algorithm
Code example: Repetition code
Code example: Quantum classification
Jupyter example: Quantum distance-based classifier (part 1)
Jupyter example: Quantum distance-based classifier (part 2)
Jupyter example: Quantum distance-based classifier (part 3)
Jupyter example: Using API and SDK
Jupyter example: Measurement error mitigation
Jupyter example: Grover's search
Jupyter example: Quantum Approximate Optimization Algorithm (QAOA)

Hardware backends
Spin-2: Operational specifics
Starmon-7: Operational specifics

Emulator backends
cQASM: Binary controlled gates
cQASM: Display commands
cQASM: Error models
Optimization of simulations
Resetting qubits

Display_binary

The display_binary instruction writes the current state of the measurement register or part of the measurement register to the simulator output file.

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