MR QuBit Plus — Quantum Assembly Simulator

_QASM_CODE_INPUT

_CIRCUIT_VISUALIZER

_PROBABILITY_DISTRIBUTION

_SYSTEM_CONSOLE

[SYSTEM] Kernel initialized...

[SYSTEM] Waiting for quantum program...

_ISA_REFERENCE

OP	DESC
H qN	Hadamard
X qN	Pauli-X (NOT)
Y qN	Pauli-Y
Z qN	Pauli-Z
S qN	Phase (π/2)
T qN	π/4 Phase
CX qC, qT	CNOT
CZ qC, qT	Controlled-Z
MEAS q, c	Measure
RES q	Reset Qubit
J lbl	Jump
BEQ c, v, l	Branch if Cls==V

_STATE_VECTOR

_BASIC_GATES

CODE	FUNCTION
`H qN`	Hadamard (Superposition)
`X qN`	Pauli-X (NOT gate)
`Y qN`	Pauli-Y rotation
`Z qN`	Pauli-Z (Phase Flip)
`S qN`	Phase gate (π/2)
`T qN`	π/4 gate

_ENTANGLEMENT_&_CONTROL

CODE	FUNCTION
`CX qC, qT`	Controlled-NOT (CNOT)
`CZ qC, qT`	Controlled-Z gate
`MEAS qN, cN`	Collapse qN to classical cN
`RES qN`	Reset qubit to \|0⟩

_ENVIRONMENT_&_FLOW

CODE	FUNCTION
`J lbl`	Unconditional Jump to label
`BEQ cN, val, lbl`	Branch if classical cN == val
`PRINT msg`	Print text to system console
`HALT`	Terminate execution

INFO_BLOCK: Targets are q0-q7 for qubits and c0-c7 for classical registers. Labels are defined with a colon, e.g., loop: