Do you wonder how you can execute a #quantum algorithm on a quantum server in a way that the operator of the server does know neither the task nor the result? Here we conceptually demonstrate blind quantum computing using two modules on a modular 3D integrated #superconducting #circuit. We also analyze the overhead incurred by doing the computation blindly. Such methods could be used in the future over larger distances using either microwave or optical interconnects.
Check out our new paper "Blind Quantum Computation on a Modular Superconducting Processor" which appeared on @arxiv today as arXiv:2605.14656 (arxiv.org/abs/2605.14656).
The authors are Yongxin Song, Johannes Knörzer, Kieran Dalton, @AndreasAtETH, @BesseJC. The work was done at the Quantum Device Lab of the Department of Physics (@ETH_physics), @ETH Zurich, the Quantum Center, @ETHQuantumCntr, and the @ETH_en Zürich - @psich_en Paul Scherrer Institut Quantum Computing Hub. The work was supported by State Secretariat for Education, Research and Innovation SERI and ETH Zürich.
English
