TECHNOLOGY FOCUS - ELECTRONICS - Preferred Process: The process of forming the semiconductor feature further comprises: determining a conversion temperature for the converting step, and heating the liquid composition from the first temperature to the second temperature, where the second temperature is the determined conversion temperature or a temperature greater than the determined conversion temperature. The process as well comprises depositing the liquid composition according to an array design to form the semiconductor features, where each semiconductor feature has an offset from an original design of the array design, the offset ranging from 0-30 microns. Alternatively, forming the semiconductor feature comprises: forming a non-Newtonian liquid composition comprising a set of organic semiconductor particles dispersed in a solvent; where the non-Newtonian liquid composition has a shelf-life of more than about two days; heating the liquid composition to uniformly dissolve the set of organic semiconductor particles in the solvent to form a Newtonian liquid composition; and depositing the Newtonian liquid composition onto a substrate to form one or more uniform semiconductor features on the substrate, where the heating step is performed by a heater configured with a print-head for heating the liquid composition that passes the print-head to have a constant viscosity. Preferred Parameters: The second temperature is an elevated temperature ranging from 40-120 degrees C. The liquid composition is uniformly deposited by printing or coating. The depositing is inkjet printing. The converting step takes less than 30 minutes. The process also comprises an equilibrium time at the second temperature after conversion, where the equilibrium time is of less than 30 minutes. The first temperature ranges from 0-50 degrees C. Moreover, at least 30% of the organic semiconductors in the liquid composition are nano-aggregates at the first temperature. The liquid composition in the Newtonian form is substantially absent of aggregates of the organic semiconductors. The substrate is at a third temperature ranging from 0-120 degrees C.    TECHNOLOGY FOCUS - ORGANIC CHEMISTRY - Preferred Components: The organic semiconductors have a formula of Formula I.A=a divalent linkage;R1 and R2=independently selected from hydrogen, alkyl, arylalkyl, alkylaryl, perhaloalkyl, alkoxyalkyl, siloxysubstituted alkyl, polyether, alkoxy, and halogen; andn=2-5000.The divalent linkage A is selected from Formulas 1-23, and combinations.R'=independently selected from hydrogen, alkyl, substituted alkyl, aryl, substituted aryl, heteroaryl, halogen, -CN and -NO2.