报告人简介： Tanya Monro教授是澳大利亚联邦院士，阿德莱德大学光子与先进传感学院（IPAS）主任。IPAS致力于跨学科研究领域，将物理，化学和生物结合创建知识和突破性新技术，并为健康、国防、环境、矿业、食物和葡萄酒问题提供新解决途径。 Tanya Monro教授是澳大利亚科学院和澳大利亚科学技术与工程院会员，所获奖项包括: 澳大利亚科学院Pawsey金奖（2012），年度物理学Scopus青年研究者奖（2011），年度南澳大利亚科学家奖（2011），迈金托斯年度物理学家奖（2008）。1998年，Tanya教授于悉尼大学获得博士学位，并荣获澳洲最佳物理学博士Bragg金奖。同年，她进入英国南安普顿大学光电研究中心工作；2000年，获得皇家学会大学研究奖金；2005年，担任澳大利亚阿德莱德大学光学教授一职。她已发表450篇学术期刊论文和会议论文，筹集了超过七千三百万美元研究基金。 Tanya Monro教授对光的产生、控制及纳米级处理和探测问题做出了巨大贡献。她的研究包括新型光学材料和光纤结构，化学、生物和辐射探测的新方法，新型激光光纤和非线性器件。
Biography:Professor Tanya Monro is an ARC Federation Fellow and Director of the Institute for Photonics & Advanced Sensing (IPAS) at the University of Adelaide. IPAS pursues a transdisciplinary research agenda, bringing together physics, chemistry and biology to create knowledge and disruptive new technologies, and solve problems for health, defence, the environment, mining and food and wine. Tanya is a Fellow of the Australian Academy of Science (AAS) and the Australian Academy of Technological Sciences and Engineering (ATSE). Tanya was awarded the Australian Academy of Sciences Pawsey Medal for 2012. In 2011 Tanya was named South Australia’s “Australian of the Year” for 2011 and won the Scopus Young Researcher of the Year (Physical Sciences). In 2008 she won the Prime Minister’s Malcolm McIntosh Prize for Physical Scientist of the Year. Tanya obtained her PhD in physics in 1998 from The University of Sydney, for which she was awarded the Bragg Gold Medal for the best Physics PhD in Australia in that year. In 1998 she commenced work at the Optoelectronics Research Centre (ORC) at The University of Southampton in the UK, and in 2000, she received a Royal Society University Research Fellowship. She came to the University of Adelaide in 2005 as inaugural Chair of Photonics. She has published over 450 papers in refereed journals and conference proceedings, and has raised over $73M for research. Tanya Monro’s research has made significant contributions to our understanding of how light can be generated, controlled, and used to manipulate and probe matter on the nanoscale. Her research interests include novel optical materials and optical fibre structures, new approaches to chemical, biological and radiation sensing, novel laser sources and nonlinear devices. 报告摘要： 制造技术与复杂模型、设计工具的进步使微纳结构光学器件的实现成为可能。微纳结构光学器件可用于导光与光的相互作用，液态或气态新型光源和传感器件。 IPAS致力于新型光学材料研究与开发，将玻璃工艺和光纤开发有机结合，重点研究微纳结构光纤，光纤表面功能处理和器件开发。此演讲将介绍IPAS的研究实力和近年的发展概况，其中包括中红外光学材料，纳米粒子嵌入玻璃材料，新型化学和生物传感器（适用于超低量样本及/或体内样本），激光器件，以及用于光数据处理的新型高非线性光纤。
Abstract:Recent advances in fabrication technologies along with a range of sophisticated modeling and design tools are enabling the realization of photonic devices with micro and nano-scale structure that can be used to interact guided light with light, liquids or gases to create new classes of light sources and sensing devices. IPAS brings together research on the development of new classes of optical materials with research in glass extrusion and optical fibre development, notably micro and nanostructuring, surface functionalization and device development. This talk will provide an overview of this research capability and describe recent advances, including optical materials for the mid-infrared, nanoparticles embedded within glass, new classes of chemical and biological sensors (suitable for use in ultra-low volume samples and/or in-vivo), laser devices, and tailored nonlinear effects in novel fibres for optical data processing applications.
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