Quantum Peep

Write once

A quantum algorithm starts out with a small number of qubits, which then have their state modified or interact with each other through quantum logic gates.

Here, we use an X gate and a CNOT gate, measure qubit values, and store each value in classical registers.


let p = new Program();


p.add(Gates.X(0));


p.add(Gates.CNOT(0, 1));


p.measure(0, 1);


p.measure(1, 2);

Run anywhere

Programs can be output using IBM's QASM, Rigetti's Quil, Microsoft's Q#, and Google's Cirq syntax.


s = Gates.S(1);

s.dagger();

s.code('quil')

> 'DAGGER S 1'

s.code('q#')

> 'Adjoint S(1);'

s.code('qasm')

> 'sdg q[1];'

When platforms differ on names or shorthand for a gate, there are multiple aliases with identical outputs.


sdag = Gates.SDAG(1);

sdag.code('q#')

> 'Adjoint S(1);'

Real quantum chips

Quantum-Peep helps send jobs to IBM's and Rigetti's cloud computing services with an easy-to-understand syntax:


          let q = new RigettiProcessor({

            api_key: 'aaa', user_id: 'uuu',

            endpoint: 'http://167.99.232.33:5000'
          });

          let runTimes = 10;

          q.run(pcode, runTimes, (body) => {

            console.log(body);

          });

The given endpoint is a virtual machine for immediate testing. IBM's returns a Task ID which is queued to run on a quantum chip.

Quantum Peep

Write once

Run anywhere

Real quantum chips

Open source