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余桂华博士，2003年6月在中国科学技术大学取得学士学位并获本科生最高奖“郭沫若奖学金”，并于2003年7月前往美国哈佛大学深造攻读博士，师从美国科学院院士和世界纳米领域著名科学家...

Metal and semiconductor nanocrystals show many unusual properties and functionalities, and can serve as model system to explore fundamental quantum and classical coupling interacti...

Four-probe STM is a “nano” version of a conventional four-probe station; it combines STM local imaging and spectroscopy functions with four-point contact electrical tra...

Spin-optronics is a new emerging research area, which combines studies of spin and optical polarisation effects in solids with the ultimate goal of creating quantum optoelectroni...

We summarize models applied for interpretation of photoelectron emission spectra. The models are compared and the validity is discussed by comparison to various sets of experimen...

Interfaces in nanostructures, such as molecule/metal interfaces and edges, are crucial for the performance and reliability of devices. As the size of devices is reduced, nanostruct...

Structural control of nanomaterials is of paramount significance for nanodevice fabrication. This talk will highlight the concept, strategy, and scope of our recent works. We have...

The fabrication of bio- and nanomaterial arrays in a controlled manner and the synthesis of novel nanomaterials have attracted significant attention due to their important applicat...

Nanotechnology is the ability to design and control the structure of an object at all length scales from the atom up to macro scale. This presentation reports the main research w...

In hole-doped high Tc cuprate superconductors, the Nernst effect suggests that the superconducting transition comes from the loss of long-range phase coherence, instead of the va...

　　7月26-29日，第二届国际溶剂热水热联合会（ISHA）会议在北京国家会议中心隆重举行，会议由该联合会主办，中国科学院过程研究所、吉林大学、中国科大和中科院长春应用化学研究所共同组织。...

完整报告题目：Solving the three-body Coulomb breakup problem in prolate spheroidal coordinates: Grid-based methods of finite element (FEM) combined with discrete variable represe...

Single-molecule spectroscopy (SMS), as a family of ultra-sensitive analytical techniques, has been widely used in many research areas, especially in biology and nano science. In co...

氧化锌作为一种经典的宽带隙材料，在过去的几十年里受到了人们广泛的关注。目前，由于氧化锌是具有最多种纳米结构的材料之一，因此其在未来纳米器件上的应用又开始引起人们的重视。本次报告内容...