Atar, Fatih B.Battal, EnesAygun, Levent E.Dağlar, BihterBayındır, MehmetOkyay, Ali Kemal2016-02-082016-02-082013http://hdl.handle.net/11693/27924Date of Conference: 8-12 Sept. 2013We demonstrate a novel semiconductor-less photovoltaic device and investigate the plasmonic effects on this device structure. The device is made of metal and dielectric layers and the operation is based on hot carrier collection. We present the use of surface plasmons to improve energy conversion efficiency. The field localization provided by surface plasmons confine the incident light in the metal layer, increasing the optical absorption and hot electron generation rate inside the metal layer. The device consists of two tandem MIM (metal-insulator-metal) junctions. Bottom MIM junction acts as a rectifying diode and top MIM junction is used to excite surface plasmons. The device operation principle as well as the topology will be discussed in detail. © 2013 IEEE.EnglishHot electronmetal-insulator-metal (MIM)photovoltaicssurface plasmonsCarrier collectionDevice operationsField localizationHot electron generationMetal insulator metalsPhotovoltaic devicesPhotovoltaicsSurface plasmonsEnergy conversionHot electronsMetal insulator boundariesPhotonicsPhotovoltaic effectsPlasmonsSemiconductor junctionsMIM devicesConference Paper10.1109/IPCon.2013.6656693