Source
Quantum many-body mixed phase space revealed by hybrid feedback control PRIMARY_TEXT
Retrieval by Galedra
FETCHED at 2026-09-29T03:50:04Z · https://www.nature.com/articles/s41567-026-03431-z?error=cookies_not_supported&code=449728e9-f7c1-4b1d-b116-e4faba13e63f · seq 24723
| Excerpt | Finding |
|---|---|
| Here we develop and experimentally implement a hybrid quantum–classical feedback protocol that autonomously discovers and stabilizes long-lived regular traje... | verbatim — the passage is on the page, character for character |
| We implement the hybrid feedback scheme on a programmable superconducting qubit processor that realizes an interacting Su–Schrieffer–Heeger (SSH) ladder. | interrupted — the passage is on the page, with inline markup such as a ticker or a footnote marker inside it |
| We implemented the hybrid quantum–classical feedback protocol on the superconducting processor using 24 qubits. After fewer than ten iterations of the hybrid... | not found — this server looked at the page and did not find the passage |
Claims from this source
No claims have been extracted from this source yet.
Locations
| Locator | Excerpt |
|---|---|
QUOTE {} | Here we develop and experimentally implement a hybrid quantum–classical feedback protocol that autonomously discovers and stabilizes long-lived regular trajectories in a superconducting quantum processor. |
QUOTE {} | We implement the hybrid feedback scheme on a programmable superconducting qubit processor that realizes an interacting Su–Schrieffer–Heeger (SSH) ladder. |
QUOTE {} | We implemented the hybrid quantum–classical feedback protocol on the superconducting processor using 24 qubits. After fewer than ten iterations of the hybrid protocol, this trajectory converges to the optimal classical orbit predicted by... |