> But today, as quantum computers with dozens of qubits are being built, and systems with hundreds or even thousands of qubits are on the horizon, the complexity of programming a quantum computer requires a more structured approach. This has led to the birth of a large number of quantum programming frameworks and languages, ranging from fully-fledged programming languages like Microsoft’s Q#, to Python frameworks like IBM’s Qiskit, to basic assembly languages like QASM.

I'm guessing this is QASM https://www.quantum-inspire.com/kbase/cqasm/

Interesting graphics there. Seems like programming for quantum computers is an act of building "circuits"