NOVELTY - A photovoltaic device for converting solar energy into electricity, comprises a housing framework; different target photoactive chemicals, each supported on the framework and positioned in separate areas to receive a different wavelength of light energy; and light resolver affixed to the framework and positioned to receive homogeneous sunlight. The resolver breaking the sunlight into constituent wavelength regions and directing each of the regions to one of different target photoactive chemicals.    USE - For converting sunlight into electricity (claimed).    ADVANTAGE - The photovoltaic device employs several major components or features which work together to provide a device that allows for the use of many different photoactive chemicals simultaneously to more efficiently convert solar energy into electrical energy. The electron capture mechanism transfers the electrons the electrodes and into an external storage system, such as a battery. The system is able to repeat this cycle thousands or millions of times each second, depending on the intensity of the sunlight. By controlling the cycle rate, this technology maximizes efficiency of the conversion of solar energy into electrical energy, and thus maximize the efficiency of photovoltaic devices. At low levels of solar intensity a slower cycle rate will actually generate more current per unit of time because the photoactive chemicals will have enough time to achieve their maximum charge potential. As the intensity of the solar energy increases, the cycle rates will increase because the photoactive chemicals will achieve their maximum potential more quickly. The resolving mechanism also provide a transparent physical barrier to protect the photoactive chemicals.    DETAILED DESCRIPTION - A photovoltaic device for converting solar energy into electricity, comprises a housing framework; different target photoactive chemicals, each supported on the framework and positioned in separate areas to receive a different wavelength of light energy; and light resolver affixed to the framework and positioned to receive homogeneous sunlight. The resolver breaking the sunlight into constituent wavelength regions and directing each of the regions to one of different target photoactive chemicals. The photovoltaic device further comprising an electron capture mechanism having a matrix interfacing with an electron cloud of the photo-active chemicals where a charge moves electrons from the photoactive chemical into the electron capture mechanism; light interrupter affixed to the framework adapted to cycle between open and closed positions, intermittently blocking and then permitting the passage of incident sunlight to the light resolver; more than one electrode electrically connected to the electron capture mechanism for removing a charge from the electrode; electronic controller electrically connected to the electrodes and operative to reverse their polarity in response to an electrical current output of it; and electrical storage device connected to the current output. The light interrupter is a rotary apertured disc. The photoactive chemicals undergo reversible photoactivity. The photoactive chemicals include trans-retinal.    DESCRIPTION OF DRAWING(S) - The figure shows chemical and electrical components of photovoltaic device with controller.