50 min
Quantum transduction and piezo-optomechanics, with Rob Stockill, QphoX. The Quantum Divide
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- Technology
Episode Highlights:- Overview of QphoX' role and contributions in the rapidly advancing quantum technology field, especially quantum transducers. - A look at quantum information technology transduction led by Robert Stockill, QphoX' CTO. - Focused discussion on recent advancements in quantum transducers, devices converting optical and microwave photons. - Highlights of the creation of and rigorous testing of quantum transducers. - Explanation on the functionalities and potential uses of quantum transducers in various use cases. - Conversation about the future prospects and challenges in the field of quantum technology. - Rob Stockill's predictions and strategies for overcoming hurdles in quantum transducer development.
QphoX show notes:
The press release for our recent €8 Million investment round can be found here:https://www.eu-startups.com/2024/01/delft-based-qphox-raises-e8-million-to-to-scale-quantum-computers-beyond-proof-of-concept-systems/
For keen listeners you can find a recent article qphox published in Nature Nanotechnology on the technology behind our quantum transducer:- You can find the published article here: https://www.nature.com/articles/s41565-023-01515-y- You can find a plain-language explainer of our work here: https://qphox.eu/nat_nano_231005- The open access pre-print is available here: https://arxiv.org/abs/2210.15702
And the article where we demonstrated optical frequency readout of a superconducting qubit with Rigetti computing and qblox:https://arxiv.org/abs/2310.06026
Episode Highlights:- Overview of QphoX' role and contributions in the rapidly advancing quantum technology field, especially quantum transducers. - A look at quantum information technology transduction led by Robert Stockill, QphoX' CTO. - Focused discussion on recent advancements in quantum transducers, devices converting optical and microwave photons. - Highlights of the creation of and rigorous testing of quantum transducers. - Explanation on the functionalities and potential uses of quantum transducers in various use cases. - Conversation about the future prospects and challenges in the field of quantum technology. - Rob Stockill's predictions and strategies for overcoming hurdles in quantum transducer development.
QphoX show notes:
The press release for our recent €8 Million investment round can be found here:https://www.eu-startups.com/2024/01/delft-based-qphox-raises-e8-million-to-to-scale-quantum-computers-beyond-proof-of-concept-systems/
For keen listeners you can find a recent article qphox published in Nature Nanotechnology on the technology behind our quantum transducer:- You can find the published article here: https://www.nature.com/articles/s41565-023-01515-y- You can find a plain-language explainer of our work here: https://qphox.eu/nat_nano_231005- The open access pre-print is available here: https://arxiv.org/abs/2210.15702
And the article where we demonstrated optical frequency readout of a superconducting qubit with Rigetti computing and qblox:https://arxiv.org/abs/2310.06026
50 min