Fig. 2: Magnetic field and injection current dependent nonlocal signal \({V}_{2\omega }^{X,Y}\).
From: Long-distance spin transport in frustrated hyperkagome magnet Gd3Ga5O12
2D color plot of \({V}_{2\omega }^{X}\) (a) and \({V}_{2\omega }^{Y}\) (b) versus B and \({I}_{{in}}\) in GGG, respectively. All data are taken from a GGG device with a 2\(\mu m\) channel length at T = 2 K. The dashed gray lines are guides for the boundary of the anomalous signal. \({V}_{2\omega }^{X}\) and \({V}_{2\omega }^{Y}\) versus B in a typical GGG (c) and MnPS3 (d) device with \({I}_{{in}}=100\, \mu {{\mathrm{A}}}\), respectively. \({V}_{2\omega }^{X}\) and \({V}_{2\omega }^{Y}\) versus \({I}_{{in}}\) in a typical GGG device at T = 2 K and B = 3 T (e) and a typical MnPS3 device at T = 2 K and B = 4 T (f), respectively. The injection current frequency is 17.77 Hz.
