YEDA RESEARCH AND DEVELOPMENT CO. LTD. (20250005411). Robust multi-qubit gates for quantum computing: Difference between revisions
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==Inventor(s)== | ==Inventor(s)== | ||
[[:Category:Roee Ozeri of Rehovot | [[:Category:Roee Ozeri of Rehovot IL|Roee Ozeri of Rehovot IL]][[Category:Roee Ozeri of Rehovot IL]] | ||
[[:Category:Adiel Stern of Tel-Aviv | [[:Category:Adiel Stern of Tel-Aviv IL|Adiel Stern of Tel-Aviv IL]][[Category:Adiel Stern of Tel-Aviv IL]] | ||
[[:Category:Yotam Shapira of Rehovot | [[:Category:Yotam Shapira of Rehovot IL|Yotam Shapira of Rehovot IL]][[Category:Yotam Shapira of Rehovot IL]] | ||
[[:Category:Sapir Cohen of Azor | [[:Category:Sapir Cohen of Azor IL|Sapir Cohen of Azor IL]][[Category:Sapir Cohen of Azor IL]] | ||
[[:Category:Nitzan Akerman of Rehovot | [[:Category:Nitzan Akerman of Rehovot IL|Nitzan Akerman of Rehovot IL]][[Category:Nitzan Akerman of Rehovot IL]] | ||
==Robust multi-qubit gates for quantum computing== | ==Robust multi-qubit gates for quantum computing== | ||
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This abstract first appeared for US patent application 20250005411 titled 'Robust multi-qubit gates for quantum computing | This abstract first appeared for US patent application 20250005411 titled 'Robust multi-qubit gates for quantum computing | ||
==Original Abstract Submitted== | ==Original Abstract Submitted== |
Latest revision as of 03:13, 25 March 2025
Robust multi-qubit gates for quantum computing
Organization Name
YEDA RESEARCH AND DEVELOPMENT CO. LTD.
Inventor(s)
Robust multi-qubit gates for quantum computing
This abstract first appeared for US patent application 20250005411 titled 'Robust multi-qubit gates for quantum computing
Original Abstract Submitted
a method for quantum computing includes providing an array of qubits having an internal transition frequency from a ground state to an excited state. a two-qubit gate, including two of the qubits in the array, is initialized to a first state. the two-qubit gate is switched by applying, for a time sufficient to drive the two-qubit gate to a second state, radiation including simultaneously first upper and lower spectral components (), having a first amplitude, in upper and lower displacement sidebands, respectively, of the internal transition frequency, and second upper and lower spectral components (), having a second amplitude with a magnitude that is at least 10% of the first amplitude, in upper and lower squeezing sidebands, respectively, of the internal transition frequency.