NOVELTY - The electronic device comprises a backplane (12), a first organic electro-active material layer (22) disposed on the backplane, and a composition layer comprising a second organic electro-active material. Some areas of the first organic electro-active material layer have a predetermined first surface energy while selected other areas of the first organic electro-active material layer have a predetermined second, lower, surface energy, where the selected other areas of lower surface energy is produced by heating of these areas by exposure of the selected other areas to radiation.    USE - The organic electronic device is useful as: a device (such as a LED, a LED display, a diode laser or lighting panel) that converts electrical energy into radiation; a device (such as a photodetector, a photoconductive cell, a photoresistor, a photoswitch, a phototransistor, a phototube, an infrared detector or a biosensor) that detects a signal using an electronic process; a device (such as a photovoltaic device or solar cell) that converts radiation into electrical energy; a device (such as a transistor or diode) that includes electronic components that include organic semiconductor layers; and battery-powered, portable electronic devices including cell-phones, personal digital assistants, handheld personal computers and digital versatile disk players.    ADVANTAGE - The organic electronic device can be economically manufactured with high power-conversion efficiency, high information content, full color, fast video rate response time and low power consumption.    DETAILED DESCRIPTION - The electronic device comprises a backplane (12), a first organic electro-active material layer (22) disposed on the backplane, and a composition layer comprising a second organic electro-active material. Some areas of the first organic electro-active material layer have a predetermined first surface energy while selected other areas of the first organic electro-active material layer have a predetermined second, lower, surface energy, where the selected other areas of lower surface energy is produced by heating of these areas by exposure of the selected other areas to radiation. The composition layer comprising the second organic electro-active material is disposed directly on some of the areas of the first organic electro-active material layer having the first, higher, predetermined surface energy. The backplane has conductive pads. Some of the conductive pads are isolated from an adjacent conductive pad by boundary banks (12B). The selected other areas of the first organic electro-active material layer have the lower predetermined surface energy register with some of the boundary banks on the backplane. The boundary banks include an additive material that has an increased optical density at the wavelength of the radiation that produced the selected other areas relative to the optical density of a boundary bank without the additive material. A difference ( Delta CT(LT-NT)) in surface energy between the higher and lower areas of the surface of the first organic electro-active material as measured by contact angle determined using anisole as a test liquid is 20 degrees . The electronic device further comprises a sacrificial material layer disposed directly on the first organic electro-active material layer, where some areas of the sacrificial material layer have a first predetermined surface energy while selected other areas of the sacrificial material layer have a second, lower, predetermined surface energy and the selected other areas of lower surface energy is produced by exposure of the selected other areas to radiation. The second organic electro-active material layer is disposed directly on all of the areas of the sacrificial material layer having the first predetermined surface energy. The first organic electro-active material is an organic hole injection material comprising a conductive polymer and a fluorinated acid polymer. The sacrificial material is non-reactive with and electrically compatible with the hole injection material. An INDEPENDENT CLAIM is included for a process for forming an electronic device having two organic electro-active materials disposed over a backplane.    DESCRIPTION OF DRAWING(S) - The diagram shows a schematic side sectional view of an electronic device fabricated on a backplane.    Backplane (12)    Boundary banks (12B)    Substrate (12S)    Insulating layer (12I)    Electrode (14)    First organic electro-active material layer. (22)