bloqit: a tiny qubit duel

Thanks for playing bloqit!

This game takes:

1. 2 players: a Sender and a Blocker
2. 1 computer to pass between you

In bloqit, the:

• Sender player tries make as many qubits equal 1 when we measure
• Blocker player tries to make as many qubits equal 0 when we measure

To send or block, each player has a certain number of gates they play. These include:

• CX gate: does a 180 degree rotation about the x axis if the control qbit is 1. Also known as CNOT
• CZ gate: does a 180 degree rotation about the Z axis if the control qbit is 1
• H gate: does a 90 degree rotation in an axis that is 45 degrees from the z and y axe's
• S gate: does a 90 degree rotation about the Z axis
• SWAP: swaps the values of 2 qbits
• X gate : does a 180 degree rotation in the x axis
• Y gate: does 180 degree rotation in the y axis
• Z gate: does a 180 degree rotation in the Z axis

Once you have both used your gates, it's time to measure.

To measure, we generate a bitstring that results after making independent measurements. The bitstring x y z corresponds to qubit 2, qubit 1, and qubit 0. When we make a measurement:

• A quantum circuit meas is created to get the quantum meaurement.
• The barrier barrier helps us distinguish the measurement part of the circuit.
• The outcome of the qubits are mapped to classical bits c_0, c_1, c_2 when we run meas.measure(range(3), range(3)).
• To visualize everything, we create qc.

To download the game, please go to builds and select the platform of your choice.

Good luck on your qubit duels!