Event Detail
Future of Graphene-Composite Nanomaterials
04.11.13 @ 09:30 AM - 11:30 AM
Location: Student Union Lobby
Student poster presentations of: Recent advancements of graphene research in the areas
of synthesis, properties, and applications such as biosensors, controlled delivery of anti
cancer drugs and genes, memory chips, electronic books, electronic nanoswitches, super
capacitors, catalysis, and energy conversion. Graphene’s excellent electrical, optical, and
mechanical properties are quite attractive and have given rise to this nanomaterial’s
current fame. Sparking interest and research advancements in this material is key to
opening doors in the future for improved devices and materials. We plan on exploring
the nanomaterial’s exotic properties and presenting current research efforts in areas of
medicine, electronics, fuel cells and solar cell applications.
of synthesis, properties, and applications such as biosensors, controlled delivery of anti
cancer drugs and genes, memory chips, electronic books, electronic nanoswitches, super
capacitors, catalysis, and energy conversion. Graphene’s excellent electrical, optical, and
mechanical properties are quite attractive and have given rise to this nanomaterial’s
current fame. Sparking interest and research advancements in this material is key to
opening doors in the future for improved devices and materials. We plan on exploring
the nanomaterial’s exotic properties and presenting current research efforts in areas of
medicine, electronics, fuel cells and solar cell applications.
Student Presenters: Samantha Matthews, Kiara Peralta, Anthony Arena, Sarah Carsman, Taylor Hughes, Kayla Caldarelli, Christopher Li, Dustin Blake and Samuel Durham