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Thermodynamics of Radiation Pressure and Photon Momentum

Friday November 3, 2017
11:00 am


 Presenter:  Professor Masud Mansuripur, University of Arizona
 Series:  OSE Seminars
 Abstract:  A wide variety of materials can be isolated into large-area, thin sheets. These new structural elements range from graphene and transition metal dichalcogenides, i.e., true 2D materials, to inorganic nanomembranes (NMs), including single-crystal semiconductor sheets as thin as several nanometers. Single-crystal materials in sheet form provide a platform for fascinating new science and numerous technology breakthroughs. The key enablers of this platform are thinness (compliancy/ flexibility, novel mechanical properties, ready strain management), a large surface-area-to-volume ratio, and, in semiconductors, the ability to manipulate electronic/optoelectronic properties. I will describe efforts that build on this progress to provide opportunity for new science and for improved materials that may enable better performance in device structures of dizzying diversity. In the first category are quantitative modelling of electrical transport through nanosheets, growth on freestanding nanosheets, and a new approach to achieve THz radiation based on solid-state cyclotron sources. In the category of improved materials are stable passivation of Ge by graphene, advanced neural interfaces, and strain-engineered of MoS2 nanosheets to obtain optical energy funnels.
 Location:  Room 190, Physics & Astronomy

Disability Notice Individuals with disabilities who need an auxiliary aid or service to attend or participate in P&A events should contact Sandra Ortiz (phone: 505-277-5900, email: sportiz@unm.edu) well in advance to ensure your needs are accommodated. Event handouts can be provided in alternative accessible formats upon request. Please contact Ms. Ortiz if you need written information in an alternative format.