NOVELTY - The solar cell for photovoltaic module for forming rear point connections, comprises a transparent front sheet, a semiconductor layer (152) having front surface and opposite rear surface, p and n-doped islands extending from the rear surface of the layer, and two electrical interconnects. The semiconductor layer is secured in position with its front surface oriented toward the transparent front sheet. The electrical interconnect provides electrical connections between p-doped islands and another electrical interconnect provides an electrical connection between the n-doped islands.    USE - Solar cell for photovoltaic module (claimed) for forming rear point connections.    ADVANTAGE - The solar cell ensures to increase the available voltage of the photovoltaic module, can be manufactured with low cost and has increased energy conversion efficiency.    DETAILED DESCRIPTION - The solar cell for photovoltaic module for forming rear point connections, comprises a transparent front sheet, a semiconductor layer (152)having a front surface and an opposite rear surface, p and n-doped islands extending from the rear surface of the semiconductor layer, and two electrical interconnects. The semiconductor layer is secured in position with its front surface oriented toward the transparent front sheet. The electrical interconnect provides electrical connections between p-doped islands and another electrical interconnect provides an electrical connection between the n-doped islands. The semiconductor layer has a silicon/germanium foil having an average thickness of 5-100 microns. The doped islands are aligned with openings through a rear dielectric passivation layer (156). The front dielectric passivation layer (154) is located between the semiconductor layer and the transparent front sheet. INDEPENDENT CLAIMS are included for:    (1) photovoltaic module having solar cell;    (2) method for forming a doped semiconductor structure; and    (3) method for selectively depositing dopant along a doped semiconductor structure.    DESCRIPTION OF DRAWING(S) - The figure shows a sectional view of solar cell.    Individual photovoltaic cell (150)    Semiconductor layer (152)    Front surface passivation layer (154)    Rear surface passivation layer (156)    Collector. (160)