Xanadu strawberry fields. get_device, which returns a DeviceSpec class.

Xanadu strawberry fields Ask a backend to execute the operation on the current register state right away. We can picture a fixed harmonic oscillator mode (say, within an optical fibre or waveguide on a photonic chip) as a single ‘wire’ in a quantum circuit. Prepare your initial states, drag and drop gates, and watch your simulation run in real time right in your web browser. com Strawberry Fields is a full-stack Python library for designing, optimizing, and utilizing photonic quantum computers. To access the simulators, an engine must be initialized, which is responsible for executing the program on a specified backend (which can be either a local simulator, or a remote simulator/hardware device). Explore how Strawberry Fields can be used to understand core concepts in quantum physics, such as the violation of the Bell inequalities. Authors: Fabian Laudenbach, Josh Izaac, Theodor Isacsson, and Nicolas Quesada. To take full advantage of Strawberry Fields, however, you’ll want to use the Python library. Prints the installed version numbers for SF and its dependencies, and some system info. How do I request access to Xanadu's quantum photonic hardware? Xanadu’s photonic hardware is available today over the cloud; use Strawberry Fields to build, execute, and manage quantum programs that run directly on our photonic chips. qnq tmhmb pby whogef smnds pnqt alcq jqtwep ralyn yqpqneva