first found that the UCMR and EHR disappear in the paramagnetic state of LCO insulating films. In this paper, the temperature, magnetic field and angular dependence of transverse Hall resistance R$_{xy}$ and longitudinal resistance R$_{xx}$ were investigated in Pt/LCO hybrids with various Pt thicknesses. The paper is organized as follows: After the introduction, we describe the sample growth and detailed experimental procedures in Sec. II. Section III(A) characterizes the structure information of Pt/LCO hybrids and Sec. III (B) describes the magnetic and transport properties of LCO films deposited on different single crystalline substrates. In Secs. III (C) and III (D), we present the experimental results of transverse Hall resistance R$_{xy}$ and longitudinal resistance R$_{xx}$. Finally, discussion and summary are given in Sec. III (E) and Sec. IV, respectively.

![(Color online) Temperature dependence of field-cooled magnetization for LCO/STO film (a) and LCO/LAO film (c). The inset of (c) plots the derivative of in-plane magnetization with respect to temperature d$M$/d$T$. (b) and (d) show the field dependence of magnetization normalized to the saturated magnetization $M_\textup{s}$ for LCO/STO and LCO/LAO films measured at $T$ = 2 K, respectively; the low insets expand the low field regions. For the in-plane (out-of-plane) magnetization, the magnetic 