A Domain Specific Language For Quantum Computers

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A domain specific language for quantum computers. In this talk we propose quingo an external domain specific language for quantum computing with nisq features. We present q a quantum focused domain specific language explicitly designed to correctly clearly and completely express quantum algorithms. A trace simulator in the kit helps optimize code to run on a quantum computer. It was introduced by robert smith michael curtis and william zeng in a practical quantum instruction set architecture.

Q is a domain specific language with a native type system that in addition to classical primitive types also includes a direct representation of quantum abstractions such as qubits quantum. It is to be used for writing algorithms and code snippets that are executed on quantum processors. Quil instruction set architecture quil is an instruction set architecture for quantum computing that first introduced a shared quantum classical memory model. Q is a domain specific.

Quingo highlights explicit timing control and opaque operations which supports describing a wide range of quantum experiments. Also included in the kit are libraries samples and tutorials for building quantum solutions. Q is a recently released microsoft language specifically developed for programming quantum computer operations from a classical computer. Q is a programming language for quantum computing.

A quantum computer is or perhaps more accurately phrased would be a wholly different order of mechanism than anything the human species has ever constructed. It s part of the quantum development kit qdk which includes q libraries quantum simulators extensions for other programming environments and api documentation.