Hao Jing1,Mariia Ivanchenko1,Vida Nooshnab2,Andrew Evangelista1,Alison Carroll1,Nicolas Large2,Alline Myers3,Andrea Brothers4
George Mason University1,The University of Texas at San Antonio2,National Institute of Standards and Technology3,American University4
Hao Jing1,Mariia Ivanchenko1,Vida Nooshnab2,Andrew Evangelista1,Alison Carroll1,Nicolas Large2,Alline Myers3,Andrea Brothers4
George Mason University1,The University of Texas at San Antonio2,National Institute of Standards and Technology3,American University4
Multicomponent plasmonic nanoparticles, especially structurally well-defined noble metal-nonstoichiometric copper chalcogenide (p-type) dual plasmonic hybrid hetero-nanostructures, have emerged as an intriguing platform of superstructures due to their synergistically reinforced optical properties. The integration of two intrinsically dissimilar plasmonic constituents in one nano-entity empowers us to explore many new-yet-unexpected features, holding tremendous potential for plasmon-mediated energy transfer, plasmon-enhanced photocatalysis, and plasmon-related photothermal and photodynamic theranostics. Over the past decades, the research on dual plasmonic nanostructures has been burgeoning and much progress has been made with respect to the synthesis of a wide variety of dual plasmonic nanostructures with distinctive sizes, shapes or mophologies. Several dual-plasmonic hybrid heteronanostructures with geometrically tunable optical properties and tailored photocatalytic performance synthesized and characterized in our lab will be discussed in this symposium.