SIMC_LOGO

Topical sessions:

    1. III-V Nitride Materials and Applications
    2. Zinc Oxide: Growth, Properties and Devices
    3. Silicon Cardibe and Related Materials
    4. Low Dimensional Semiconductor Nanostructures
      An update of opportunities and challenges related to multidimensional quantum-confined nanostructures, including quantum dot, quantum wires, quantum rings, etc. Research efforts in both chemical and epitaxial self assembly are demonstrated.
    5. Advances in Compound Semiconductors
      Covering fundamental and applied aspects of compound semiconductor science and technology, including but not limited to:
      **Semi-insulating III-V Compounds
      **Defects in III-V compounds
      **Non-Stoichiometric III-V Compounds
      **Radiation detector grade compound semiconductors and their applications
      **Semiconductor materials and devices issues of electronic and optoelectronic applications
    6. Towards Functional Nanomaterials
      Presents both experimental and theoretical investigations of nanomaterials with many kinds of morphologies (dots, wires, tubes, cones, etc.), compositions (carbon, polymer, etc.) and functions (semiconducting, insulting, magnetic, etc), to address the challenges at the many stages on the way towards the application of nanomaterials.
    7. Complex Oxide Materials
      Focuses on modeling, growth and characterization of dielectric and ferrelectric oxide materials (mainly perovskite related ones) with the ability to control composition and structure at the atomic scale. A presentation of the unique opportunities for a wide variety of applications.

University of Arkansas
SIMC-XIV, University of Arkansas
248 Physics Building
Fayetteville, AR 72701, USA
Tel: (479) 575-4084; Fax: (479) 575-4580
Email: simc@ibiblio.org
ibiblio.org