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SUMMARY:SPIE 2014 - Physical Chemistry of Interfaces and Nanomaterials XII
 I Conference
DTSTART:20140224T080000
DTEND:20140224T230000
DTSTAMP:20260922T014124Z
UID:6e054f6f890df4e5646817d496c59d9e21d373dc1e179cfecb5e17c3
CATEGORIES:Miscellaneous
DESCRIPTION:Invited speakers for the 2014 program \nSpeakers: Artem Bakuli
 n\, FOM Institute AMOLF (Netherlands)\; Julie Biteen\, Univ. of Michigan (
 United States)\; Eric R. Bittner\, Univ. of Houston (United States)\; Luig
 i Bonacina\, Univ. of Geneva (Switzerland)\; Elsa Couderc\, Univ. of South
 ern California (United States)\; Stoichko Dimitrov\, Imperial College (Uni
 ted Kingdom)\; Jens Ehrig\, Max Planck Institute (Germany)\; David S. Ging
 er\, Univ. of Washington (United States)\; Thomas Gustavsson\, Lab. Franci
 s Perrin\, CEA (France)\; Leeor Kronik\, Weizmann Institute (Israel)\; Cai
 t MacPhee\, Univ. of Edinburgh (Scotland)\; Andrew H. Marcus\, Univ. of Or
 egon (United States)\; Nripan Mathews\, Nanyang Technological Univ. (Singa
 pore)\; Jeanne McHale\, Washington State Univ. (United States)\; Jacques-E
 . Moser\, Ecole Polytechnique Fédérale de Lausanne (Switzerland)\; Nam-G
 yu Park\, Sungkyunkwan Univ. (Korea\, Republic of)\; Patrycja Paruch\, Uni
 v. of Geneva (Switzerland)\; Christine Payne\, Georgia Institute of Techno
 logy (United States)\; Ryan Pensack\, Univ. of Toronto (Canada)\; Peter J.
  Rossky\, Univ. of Texas Austin (United States)\; Charles A. Schmuttenmaer
 \, Yale Univ. (United States)\; Frank C. Spano\, Temple Univ. (United Stat
 es)\; Natalie Stingelin\, Imperial College (United Kingdom)\; Tze-Chien Su
 m\, Nanyang Technological Univ. (Singapore)\; Ron Tenne\, Weizmann Institu
 te (Israel)\; David A. Vanden Bout\, Univ. of Texas\, Austin (United State
 s)\; Z. Valy Vardeny\, Univ. of Utah (United States)\; Martin Zanni\, Univ
 . of Wisconsin\, Madison (United States)\; Xiaoyang Zhu\, Columbia Univ. (
 United States)\nCall for Papers\nInterfaces play an essential role in many
  (bio-)chemical processes\, ranging from solar energy conversion via biolo
 gical membrane processes to catalysis. Recent developments in nanomaterial
 s highlight the importance of surfaces and interfaces in quantum confined 
 systems. The detailed study of the physics and physical chemistry at inter
 faces and in nanomaterials requires the development of experimental and th
 eoretical techniques of ever increasing complexity. New forms of microscop
 y\, non-linear spectroscopy and scanned-probe techniques continue to emerg
 e in conjunction with sophisticated theoretical methods capable of treatin
 g correlated systems of increasing size and over timescales of femto- to n
 anoseconds.\nThe intent of this conference is to bring together an interdi
 sciplinary group of scientists (from academia\, industry and government la
 boratories) who study fundamental processes at interfaces and in nanomater
 ials.\nFor the 2014 call\, the scope of the conference will focus on the f
 ollowing topics:\n    charge separation at organic\, inorganic\, hybrid
  and biological interfaces\n    physical processes in solar energy conv
 ersion at interfaces and on nanostructures\n    photophysics of novel p
 erovskite-based nanomaterials\n    physical understanding of biological
  systems and interfacial processes\n    advanced microscopy techniques 
 for biophysics\n    single particle tracking of (bio-)nanomaterials\n 
    confinement effects in nanostructures and nanowires\n    carrier t
 ransport in complex nanostructured systems\n    emerging experimental t
 ools for biophysics\n    novel spectroscopic tools to probe kinetics of
  energy and charge transfer at interfaces\n    advances in modeling of 
 electronic processes in nanomaterials and at interfaces.\nJoint sessions w
 ill be organized with other conferences\, such as “Organic Photovoltaics
  XV” and "Organic Field-Effect Transistors XIII".*** Submit your abstrac
 t before February 24 ***
LOCATION:San Diego
STATUS:CONFIRMED
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