Extended Data Fig. 3: Effect of the microwave dressing on the spinor Bose gas.
From: Universality class of a spinor Bose–Einstein condensate far from equilibrium
a, Long-time evolution of the atom number and b, thermal fraction at q/h = − 120 Hz (square, light blue) and − 200 Hz (circle, dark blue). c, Long-time evolution of the domain length in the easy axis quench q/h = − 200 Hz. After the coarsening terminated (t = 1 s), the domain length is decreased from 61 μm to 57 μm with additional 1 s of hold time. It implies that the domain length during the universal dynamics t ∈ [0.2 s, 0.8 s] could be underestimated by 5%. d,e Absorption images (top) and the magnetization density (bottom) at different hold times (see legends). Domain size is reduced as a result of the atom loss. Each data point is obtained with 40 different experimental realisation, and the error bars denote one standard error of the mean.
