NOVELTY - Article of manufacture has overlaying magnetic inducement layer and/or coating (27) composed of carrier/binding medium (28) consisting of but not limited to, polymers, plastics, epoxies, acrylics, silicones, other synthetic materials and inks, and/or any combination thereof; and magnetic particle inclusions (29) in the form of, but not limited to, all ferromagnetic materials, all rare-earth or lanthanide materials, aluminum, nickel, cobalt, gallium, magnesium, arsenide, and/or any and all ceramic variations thereof, and/or any and combinations or alloys thereof.    USE - Article of manufacture for magnetically induced photovoltaic solar cell device.    ADVANTAGE - Increases performance and efficiency levels of all the photovoltaic solar cell devices cost effectively due to addition of magnetic inducement layer/coating. The addition of magnetic inducement layer/coating serves the purpose of creating additional protective backing layer/ coating to the underlying structural matrix of typical and standard photovoltaic solar cell device matrix, which upon modification incorporates within it a beneficial magnetic and/or electromagnetic inducement characteristic and/or facet. Facilitates non-labor intensive and more efficient process competently and economically for converting greater number of photons into electrical energy, for manufacturing a magnetically induced photovoltaic solar cell device that is more efficient than non-magnetically induced photovoltaic solar cell devices, and for modifying lower efficiency photovoltaic solar cell devices, thus creating higher efficiency photovoltaic solar cell device. Facilitates competently and economically a non-labor intensive and efficient process that modifies higher efficiency photovoltaic solar cell device, thus creating even higher efficiency photovoltaic solar cell device. Facilitates efficient generation of magnetic and/or electromagnetic inductance field within the structural matrix of photovoltaic solar cell device. Facilitates the magnetically induced greater excitation of photons and electrons within the structural matrix of a photovoltaic solar cell device. Facilitates magnetically induced longer retention period (time based) for the attraction and absorption of photons and electrons within the structural matrix of a photovoltaic solar cell device. Facilitates the magnetically induced greater retention of photons and electrons within the structural matrix of a photovoltaic solar cell device. Facilitates the more efficient, successful and constant diffusion of electrons within the structural matrix of a photovoltaic solar cell device, via the magnetic inducement thereof. Facilitates more successful and constant diode relationship to promote electrical current flow within the structural matrix of a photovoltaic solar cell device, via the magnetic inducement thereof. Facilitates more successful and efficient transfer of photons and electrons across the p-n junction(s) within the structural matrix of a photovoltaic solar cell device, via the magnetic inducement thereof. Facilitates the production and manufacture of a more efficient photovoltaic solar cell device to be utilized within the photovoltaic solar module industry.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a process for a magnetically induced photovoltaic solar device for creating the magnetic and/or electromagnetic field.    DESCRIPTION OF DRAWING(S) - The drawing shows a cross sectional view of the article of manufacture based upon a homojunction device.    Positive layer (25)    Back surface field (26)    Magnetic inducement layer and/or coating (27)    Carrier/binding medium (28)    Magnetic particle inclusions (29)