Quantum Research

The Quantum Research section shows how to use D-Wave™ quantum processing units (QPU) directly.

Get Started with Quantum Computing

Learn about D-Wave quantum computers.

QPU Hardware and Properties

QPU architecture, properties, errors, timing, etc.

Using the QPU

Configuring QPU parameters and usage best-practices.

The Industrial Optimization section shows how to optimize business problems using the Leap™ service’s quantum-classical hybrid solvers.

Example

The following code solves a random problem on a quantum computer.

>>> import dimod
>>> import dwave.system
...
>>> bqm = dimod.generators.ran_r(1, 20)
>>> sampler = dwave.system.EmbeddingComposite(dwave.system.DWaveSampler())
>>> sampleset = sampler.sample(bqm, num_reads=100)      

Useful Links

• Configuring Access to the Leap Service (Basic) on accessing QPU solvers in the Leap service.

• Usage Charge Time on how the Leap service charges your account for use (also: Estimating Access Time).