Quantum Circuit Visualization

Qubit Transformations
Gate	Description
X	Performs a 180 degree rotation about the X axis Flips <0\| ↔ \|1> and <+i\| ↔ \|−i>
X(Θ)	Performs a Θ degree rotation about the X axis
Y	Performs a 180 degree rotation about the Y axis Flips <+\| ↔ \|−> and <0\| ↔ \|1> *with relative phase
Y(Θ)	Performs a Θ degree rotation about the Y axis
Z	Performs a 180 degree rotation about the Z axis Flips <+\| ↔ \|−> and ;<+i\| ↔ \|−i> *with relative phase
Z(Θ)	Performs a Θ degree rotation about the Z axis
H	Performs a transformation from the Standard Basis (z-axis) to the Hadamard basis (x-axis) Flips pairs (<0\| ↔ \|+>) and (<1\| ↔ \|−>)
cX(C,T)	Controlled Not Gate: Applies X gate to (T)arget if (C)ontrol Qubit measures \|1> Fundamental operation for entanglement

Circuit Diagram

Reset?

StateVector Representation

State
\|000>
\|001>
\|010>
\|011>
\|100>
\|101>
\|110>
\|111>

Probability
100.00 %
0.00 %
0.00 %
0.00 %
0.00 %
0.00 %
0.00 %
0.00 %

Superposition
1.000 + 0.000i
0.000 + 0.000i
0.000 + 0.000i
0.000 + 0.000i
0.000 + 0.000i
0.000 + 0.000i
0.000 + 0.000i
0.000 + 0.000i

Website design and creation by Seth Moore.
webGL graphics and animations provided by Maaz Mombasawala.