Google

Google’s Cirq: Built for Noisy Intermediate Scale Quantum

Learning is a continuous process (Einstein). Google put together Cirq, a quantum computing programming language. Cirq is intended to permit programming noisy, mid-scale, quantum computers. Not a coincidence, but it will permit programming Goggle’s 72-qubit Bristlecone via QAaS. Further, “Cirq will allow us to: Fine tune control over Quantum circuits, specify gate behavior using native gates, place gates appropriately on the device & schedule the timing of these gates.” To help make sense of Cirq and quantum, the below link will take you to a layperson’s piece. 

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Google’s Cirq and OpenFermion-Cirq

Google is gearing up to make Bristlecone available as a cloud computing platform. Bristlecone, Google’s nascent quantum computing platform, will be programmable with Cirq and OpenFermion-Cirq. Cirq, Google’s newly released open-source developer platform, permits quantum algorithm development without requiring a background in quantum physics. It’s twin, OpenFermion-Cirq is tailored to creating chemistry applications; a space likely to be used with quantum computing’s first wave of efforts.

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Quantum Mechanical Phenomena

Rigetti, D-Wave, IBM, Intel, and Google, have achieved milestones toward a quantum computer which performs computations incapable of being performed by classical systems.

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Testing “Hello World”

“Hello World” is perhaps the most basic of messages sent via classical computers. But what is the maximum “hardness” of a task a classical system might tackle that is also the simplest a quantum system may solve?

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Google’s Quantum Computing

Recent comments from Google’s co-founder Sergey Brin keep quantum computing in the company’s spotlight. Add to quantum computing, AI and cryptocurrency are also high on Google’s agenda.

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