A composite figure explaining the operating cycle of an analog Rydberg quantum processor and testing it on real machines. Panel (a) has a small photograph of a Pasqal cabinet, a two-level scheme (ground |g⟩, Rydberg |r⟩) driven by a global Rabi frequency Ω(t) and detuning δ(t), a 6 × 6 atom register with interactions U(r_ij), camera snapshots and a map of site occupations. Panels (b)-(d) plot three pulse schedules and compare data from QPUs named FC1, SA1 and Ruby with noiseless and noise-emulated simulations. It is Figure 1 of arXiv 2607.28364 by Dalyac et al. Notice there are no gates: one global drive evolves the whole array.“Fig. 1 — Figure 1: Analog Rydberg QPU cycle and benchmark protocols. (a), Schematic of the QPU cycle for a register of two-level atoms with ground state |g⟩ and…” by Constantin Dalyac et al., arxiv.org/abs/2607.28364, CC BY 4.0 (creativecommons.org/licenses/by/4.0/)
