// X-Series
Nanophotonic chip powered by laser pulses
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X-Series
Access the paradigm-shifting X-Series devices — the first photonic quantum computers deployed to the cloud. Powered by laser pulses, the X-Series push the boundaries of integrated quantum nanophotonics by demonstrating generation of on-chip squeezed states (the photonic analogue of a qubit) alongside fully programmable quantum gates and photon-number resolving detectors. Learn more about the X-Series devices in our publication in Nature.
Key Features
- Program the world’s first cloud-accessible integrated quantum nanophotonic device.
- Perform Gaussian boson sampling with applications in chemistry and graph networks.
- Evaluate on-chip squeezing, generating a pulse of photons analogous to a qubit.
- Use cutting-edge detectors to accurately count photons at the end of the circuit.
Getting Started
When accessing X-Series devices, there's a wide range of options to check out:
- Use Strawberry Fields to submit an example circuit and generate samples.
- Simulate quantum chemistry on the X8 device.
- Explore wider applications of Gaussian boson sampling through our applications layer, including embedding bipartite graphs.
- Interact with pre-generated datasets and analyze sample distributions.
- Compile more general photonic circuits into a hardware-compatible gateset.
For advanced power users who want to control world-leading quantum hardware from the comfort of their own laptop:
- Install Strawberry Fields on your device and set up your own computer to submit jobs .
- Become familiar with running programs on X-Series devices by following the demos below.
- Use the Strawberry Fields reference documentation to gain an advanced understanding of executing photonic programs.
Availability
- Monday-Thursday, 15:00:00 - 23:00:00 UTC
- For access to X8, please contact us.
Documentation
Access the full documentation, or read more about the hardware in our publication in Nature.