Cognitive actions within the human mind are pushed by the processes of studying and forgetting. Nevertheless, there may be one more course of specifically consolidation, which stands as an interface for saving necessary learnt info from forgetting. Consolidation is crucial for the formation of steady, long-term recollections and is an integral a part of the reminiscence formation course of. Regardless of important efforts in emulating studying, forgetting, and several other synaptic functionalities by numerous neuromorphic gadgets, the efforts to grasp the consolidation course of are insignificant. Among the many two types of consolidation, specifically long-term and dealing reminiscence consolidations, the current research explores the latter that stabilizes transient sensory enter and enhances retention by counteracting decay-based forgetting. Herein, a two-terminal optically energetic resistive neuromorphic machine based mostly on 1D supramolecular nanofibres is utilized to emulate and quantify consolidation, mainly, in working reminiscence. The phenomenon aligns with mathematical fashions utilizing two-time constants, drawing parallels with organic mechanisms. Given the wonderful optical and humidity response of the nanofibres, the emulation was achieved by using optical enter as stimuli and enabling the modulation of the photoresponse by publicity to completely different humidities. By defining consolidation as a operate of humidity, the research underscores its function as an energetic management, reinforcing the connection between environmental components and reminiscence stability. The variation in consolidation was studied through the studying–relearning, change in surroundings (hydrated and dehydrated state), fatigue, and habituation processes. Notably, a consolidation parameter is outlined to quantify the method of consolidation that’s an inseparable technique of cognition.