▎ 摘　　要

Nanoparticle assemblies obtained using adiabatic cooling methodology is termed soret colloids (SCs). They are utilized in different sensing applications on account of their unique material properties. Here, silver (Ag) SCs were synthesized incorporating low-dimensional graphene oxide (GO) in the nanoassembly to engineer hybrid architectures. The plasmonic performance of synthesized AgGOSC hybrid sorets were studied on Ag nanofilm in spacer nanoassembly with and without additional GO monolayer and Nd2O3 nanorods. The highly p-polarized and directional >900-fold surface plasmon-coupled emission (SPCE) enhancement was obtained with excellent correlation with mobile phone-based luminosity analysis, amenable for resource-limited settings.