After years of efforts,
The Energy-Participation Ratio (EPR) for the design and quantization of a #quantumcomputing chip now on the #arXiv
arxiv.org/abs/2010.00620
Glad the EPR method seems to already be useful to some 25+ groups
github.com/zlatko-minev/p…
Send comments/questions
The Energy-Participation Ratio (EPR) for the design and quantization of a #quantumcomputing chip now on the #arXiv
arxiv.org/abs/2010.00620
Glad the EPR method seems to already be useful to some 25+ groups
github.com/zlatko-minev/p…
Send comments/questions
“Where is the energy?”
is the only question you need to ask & answer to design both the dissipative budget and the quantum #Hamiltonian of any #quantum device
— irrelevant of its topology or the constitution of its nonlinear elements.
is the only question you need to ask & answer to design both the dissipative budget and the quantum #Hamiltonian of any #quantum device
— irrelevant of its topology or the constitution of its nonlinear elements.
The answer to this question is the Energy-Participation Ratio (EPR) p — a number between 0 and 1,
which says how much of the energy of a mode is stored in a nonlinear element (e.g., Josephson junction).
The EPR is the key to the classical-to-quantum bridge for #quantumcircuits
which says how much of the energy of a mode is stored in a nonlinear element (e.g., Josephson junction).
The EPR is the key to the classical-to-quantum bridge for #quantumcircuits
Accuracy:
We designed dozen of quantum device with the #EPR method, including my recent @Nature paper work on #quantumjumps.
Results demonstrate percents-level agreement for the Hamiltonian,
over five-orders of magnitude in energy scales,
and across dozens of samples.
We designed dozen of quantum device with the #EPR method, including my recent @Nature paper work on #quantumjumps.
Results demonstrate percents-level agreement for the Hamiltonian,
over five-orders of magnitude in energy scales,
and across dozens of samples.
Appendices C and D seem to now contain a mini-treatise on our field of #superconducting #quantum #circuits
arxiv.org/abs/2010.00620 #quantumcomputing #pyEPR
arxiv.org/abs/2010.00620 #quantumcomputing #pyEPR
Great job, @LEChristakis, helping with the simulation using #pyEPR!
"Where is the energy?"
In addition to forming the classical-to-quantum bridge,
the energy-participation ratio (#EPR) of a nonlinear element in a #quantum #circuit is universal, conserved quantity:
- EPR is neither created nor destroyed
- EPR is only diluted among modes
In addition to forming the classical-to-quantum bridge,
the energy-participation ratio (#EPR) of a nonlinear element in a #quantum #circuit is universal, conserved quantity:
- EPR is neither created nor destroyed
- EPR is only diluted among modes
@Yale_QI If you're looking to contribute to open source-hardware design in quantum tech then #pyEPR is a great place to look.
We have 92 folks signed up for the working group session in two weeks.
Sign up here if interested ow.ly/D2Vl50AYRkm.
We have 92 folks signed up for the working group session in two weeks.
Sign up here if interested ow.ly/D2Vl50AYRkm.
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