Interesting full read from the source. A number of training and workforce development aspects are described through which you could get involved in quantum computing.
Atos Opens Up Universal Access to myQLM Atos helps researchers and students to experiment with quantum algorithms by offering free, universal access to myQLM Press
QC Ware Announces Step Toward Goal of Providing Quantum Advantage QC Ware Races Ahead With Breakthrough in Quantum Machine Learning Algorithms Efficient loading of classical
Extending the Ability for Machine Learning to Learn From Quantum Data New software combines quantum and classical machine learning Full Press Release from University of
Quantum Benchmark to Continue True-Q Software Integration with Google’s Cirq Google to continue collaboration with Kitchener-Waterloo’s Quantum Benchmark Excerpts and salient points ~ + One
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.
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.
