forming a plurality of electrically conductive floating gates each having first and second elongated portions joined together at proximal ends thereof in {HEAD ~ a non linear manner}, wherein {TAIL ~ each} of the floating gate first portions is formed to extend along and be insulated from one of the channel region second portions for controlling a conductivity of the one channel region second portion, and wherein each of the floating gate second portions is positioned for capacitive coupling with one of the first regions 
wherein
forming a plurality of electrically conductive floating gates each having first and second elongated portions joined together at proximal ends thereof in { HEAD ~ a non linear manner } , wherein { TAIL ~ each } of the floating gate first portions is formed to extend along and be insulated from one of the channel region second portions for controlling a conductivity of the one channel region second portion , and wherein each of the floating gate second portions is positioned for capacitive coupling with one of the first regions
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