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报告摘要： After a brief review of integrated circuit development trends, special attention is given to MOSFET scaling over the years and today’s challenges, including the i...

摘要： Fluorescence microscopy is a widely used imaging method in biological research due to its noninvasive nature and molecular specificity. The resolution of conventional fluor...

such conformal solar cell designs exceed the classical 4n2 limit of absorption, for a randomized Lambertian back-reflector – a limit till recently considered the limit for li...

Iron-based multiferroics such as BiFeO3 and LuFe2O4 exhibit the highest magnetic and ferroelectric ordering temperatures among known multiferroics. LuFe2O4 is a frustrated system w...

Periodic nanoporous materials are a group of materials with periodically arranged nanosized pores. These materials are typically synthesized through a self-assembly approach with m...

Abstract: Quantum optical investigations on self-assembled quantum dots have enabled incredible progress in the quest for spin-based quantum information processing in recent years...

报告摘要： Semiconductor nanocrystals of essentially every composition can nowadays be synthesized in large quantities by inexpensive and versatile solution based approaches. They...

      应我室低维物理与化学研究部龚流柱教授的邀请，7月22日，法国巴黎Ecole Normale Superieure, Departement de Chimi的Professor Anny JUTAND前来我室进行学术交流与...

报告摘要： Covalent chemistry presumably occurs randomly on the graphene lattice of a single-walled carbon nanotube because electrons are delocalized over thousands of atomic site...

Dr. Xiang Cheng worked on the physics of granular materials with Sidney Nagel and Heinrich Jaeger at Department of Physics, University of Chicago and received his PhD in 2009. Af...

The development of modern nanoelectronics relies crucially on the identification of various novel types of quantized structures. In particular, the artificially synthesized quantum...