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首页> 外文期刊>Physics in Canada >CAP/DCMMP Brockhouse Medal La Médaille Brockhouse de l'ACP/DPMCM
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CAP/DCMMP Brockhouse Medal La Médaille Brockhouse de l'ACP/DPMCM

机译：CAP / DCMMP Brockhouse奖章ACP / DPMCM的Brockhouse奖章

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Kari Dalnoki-Veress and Jamie Forrest are internationally renowned experts in the field of soft condensed matter physics. They have made seminal contributions to problems pertaining to dynamics and morphology of confined soft materials. They are trail-blazers in setting new research methodologies to study soft condensed matter systems in thin films as well as near surfaces and interfaces. They began their work together at the University of Guelph in John Dutcher's group. This led to ground breaking work published in a 1996 Physical Review Letters article (co-authored with J.R. Stevens and J.R. Dutcher, University of Guelph), in which they report on the discovery that the glass transition temperature of very thin polymer films can be dramatically renormalized by the film thickness. Their discovery and continuing work on how thickness can dramatically affect the glass transition of polymer thin films has had significant repercussions in the field of polymer physics. It attracted the attention of P.G. de Gennes (Physics Nobel Prize, 2001) who brought it to the attention of the broader community, hence motivating numerous researchers to take on the investigation of that phenomenon - a worldwide research activity that has remained unabated for 15 years. In addition to their collaborative investigation of the polymer glass transition, they have each gone to impact the field individually, but always from benefitting synergistically from each other's expertise, advice and critique. For example, using an elegant method employing gold na- noparticles, Forrest illustrated in a Science 2008 paper why dynamics in very thin films can be so rapid. In a 2004 Physical Review Letter, Dalnoki- Veress introduced a brilliant methodology combining spin-coated thin polymer films on silicon and advanced image processing techniques to demonstrate a rare example of homogeneous crystallization. They are careful and gifted experimentalists with a deep insight in the physics of soft condensed matter. They are among the world leaders in the field of polymer films and their studies are fundamental and impactful to the work of theorists and experimentalists in the condensed matter physics and materials communities. Between the two of them, they have established a vibrant effort in experimental soft matter physics and have helped give Canadian soft matter physics a very solid international reputation.
机译：Kari Dalnoki-Veress和Jamie Forrest是软凝聚态物理领域的国际知名专家。他们对与受限软材料的动力学和形态有关的问题做出了开创性的贡献。他们是开拓新方法的开拓者，以研究薄膜中以及表面和界面附近的软凝聚物系统。他们在约翰·荷兰人小组的圭尔夫大学一起开始工作。这导致了开创性的工作，该工作发表在1996年《物理评论快报》上（与圭尔夫大学的JR史蒂文斯和JR霍芬特合着），他们在报告中发现，非常薄的聚合物薄膜的玻璃化转变温度可以显着提高。通过膜厚重新归一化。他们的发现以及对厚度如何能显着影响聚合物薄膜的玻璃化转变的持续研究在聚合物物理学领域产生了重大影响。它引起了P.G. de Gennes（获得诺贝尔物理学奖，2001年）引起了更广泛社区的关注，因此激励了众多研究人员对该现象进行了研究-这项全球性研究活动至今已有15年之久了。除了他们对聚合物玻璃过渡的合作研究外，他们各自都对这一领域产生了影响，但始终受益于彼此的专业知识，建议和批评的协同增效。例如，Forrest使用一种采用金纳米颗粒的优雅方法，在《科学》杂志（Science）2008年的一篇论文中说明了为什么非常薄的薄膜中的动力学如此之快。在2004年的《物理评论快报》中，Dalnoki-Veress提出了一种出色的方法，将硅上旋涂的聚合物薄膜与先进的图像处理技术相结合，展示了罕见的均匀结晶的例子。他们是细心且有才华的实验家，对软凝聚物的物理学有深刻的见解。他们是高分子薄膜领域的世界领先者，他们的研究对凝聚态物理和材料界的理论家和实验家的工作具有根本性和影响力。在他们两者之间，他们在实验性软物质物理学方面做出了积极的努力，并帮助加拿大软物质物理学获得了非常牢固的国际声誉。

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