Ultra-high　integration,　ultra-high　resolution,　intelligence　and　human-machine　interaction　is　the　inevitable　trend　of　flat　panel　displays.　However,　most　intelligent　display　systems　are　based　on　traditional　Von　Neumann　architecture,　which　need　to　call　data　frequently　because　the　storage　and　computation　are　separated,　resulting　in　serious　loss　of　power　consumption　and　speed.　In　this　paper,　the　concept　of　＇neuromorphic　display＇　device　is　proposed　for　the　first　time.　The　display　technology　is　organically　combined　with　the　artificial　neural　network　system　to　build　a　neuromorphic　display　network　including　the　sensor　module,　processing　module　and　display　module,　which　endows　the　tiny　artificial　neural　network　system　with　the　ability　of　perception,　dispose　and　execution.　The　neuromorphic　display　enable　to　avoid　serious　loss　of　power　consumption　and　speed　without　calling　data　frequently,　and　the　color　of　the　emitted　light　directly　represents　the　result　of　neuromorphic　display＇s　perception　and　processing　of　various　external　environment　haptic　stimuli.　Furthermore,　the　neuromorphic　element　is　applied　in　display　that　one-transistor　one-synaptic　transistor　(1T1S)　pixel　circuit　is　demonstrated　to　replace　two-transistor　one-capacitance　(2T1C)　pixel　circuit　in　traditional　display　to　simplify　pixel　circuit.　Therefore,　the　neuromorphic　display　showed　great　potentials　in　interactive　input/control　devices,　intelligent　wallpaper,　robots　and　medical/health　monitoring　devices,　and　the　1T1S　pixel　circuit　can　simplify　circuit　design　for　active　matrix　display.　©　2022　Elsevier　Ltd