NSF-EC: Third Workshop on Superconductivity and Magnetism of Advanced Materials; Krakow, Poland; July 14-18, 2002

第三届先进材料的磁性和超导电性研讨会(2002年7月15日至20日，波兰拉德克·兹德罗伊)将把重点放在磁性和超导电性之间的相互作用上。研讨会将讨论在过去三年中发现的一系列具有新性能的新材料。其中一些材料将包括来自Ruthenocuates类的新型氧化物磁性超导体，选定的三重态超导体(UGe2，Sr2RuO4)，重费米子化合物，改性的C60富勒烯，MgB2(一种挑战我们目前对电子-声子相互作用和带隙各向异性的理论和实验理解的“经典”超导体)，以及相关类别的锰酸盐和Ruthenate类的新化合物。会议还将审查和讨论由空间上不同的超导和磁性层组成的人工异质结构领域的进展，包括使磁体和超导体能够跨中间层相互作用的新型探测器的系统。研讨会的一个重要目标将是提供一个机会，加强美国和欧洲科学家之间的合作，并使新的合作得以形成。研讨会会议记录将发表在Physica C杂志的一期特刊上，并将包括基于口头和海报演示的文章。%第三次先进材料的磁性和超导性研讨会(波兰，Ladek Zdroj，2002年7月15-20日)讨论新型超导和磁性材料的问题。重点将放在化合物的性质、表征和加工上，这些化合物表现出一系列由磁性和超导相互作用产生的新现象。这次会议的需要源于这一领域的快速发展，这也是当代主流凝聚态物理学界高度关注的问题。该研讨会还将展示人工生长的磁超导、层状异质结构以及令人兴奋的新型超导体二硼化镁的特性和加工。会议将深入审查对这些材料特性的理论理解以及它们独特的磁性和电学特性的应用开发。研讨会的一个重要目标将是为美国和欧洲的科学家提供加强和形成新的合作的机会。参加研讨会的波兰和美国年轻科学家将接触到超导和磁学领域的世界级研究。他们也将有机会在研讨会上互动。所有会谈都将是彻底的，为与会者和发言者之间的实质性讨论留出充足的时间。研讨会材料将在Physica C特刊上发表，并将包括基于口头和海报演示的文章。这个NSF项目是由DMR和INT作为合作社共同资助的。国家科学基金会和欧洲委员会在材料科学方面的活动(NSF 01-105)。该项目是与波兰科学院在第五届欧共体框架方案范围内运营的面向未来世代技术的低维结构物理和制造英才中心合作开展的。

The Third Workshop on Magnetism and Superconductivity of Advanced Materials (Ladek Zdroj, Poland, July 15-20, 2002) will direct its focus on the interplay between magnetism and superconductivity. A wide spectrum of new materials with novel properties, which have been discovered during the last three years, will be discussed at the workshop. Some of the materials presented will include new oxide magnetic superconductors from the class of ruthenocuprates, selected tripled state superconductors (UGe2, Sr2RuO4), heavy fermion compounds, modified C60 fullerenes, MgB2 (a "classic" superconductor that is challenging our current theoretical and experimental understanding of the electron-phonon interaction and gap anisotropy), and new compounds in the related class of manganites and ruthenates. Progress in the field of artificial heterostructures that consist of spatially distinct superconducting and magnetic layers, including systems that enable novel probes of the interaction of magnets and superconductors across an intervening layer, will be also reviewed and discussed at the meeting. An important goal of the Workshop will be providing an opportunity to strengthen collaborations between U.S. and European scientists, as well as enabling new collaborations to form. The workshop proceedings will be published in a special issue of Physica C, and will include articles based on both oral and poster presentations.%%%The Third Workshop on Magnetism and Superconductivity of Advanced Materials (Ladek Zdroj, Poland, July 15-20, 2002) addresses issues of novel superconducting and magnetic materials. Emphasis will be placed on properties, characterization, and processing of compounds exhibiting a range of novel phenomena arising from mutual interactions of magnetism and superconductivity. The need for this conference arises from the rapid development of this field, which is also of high interest in the community of contemporary mainstream condensed matter physics. This Workshop will also feature properties and processing of artificially grown magneto-superconducting, layered heterostructures, as well as magnesium diboride - an exciting new superconductor. Theoretical understanding of the properties of these materials and development of applications of their unique magnetic and electronic properties will be reviewed in depth at the meeting. An important goal of the workshop will be to provide U.S. and European scientists the opportunity to strengthen, as well as form new, collaborations. Young Polish and American scientists attending the workshop will be exposed to world-class research in the fields of superconductivity and magnetism. They will have the opportunity to interact in the workshop as well. All talks will be thorough, with generous time allowed for substantive discussions between the participants and speakers. The workshop materials will be published in a special issue of Physica C, and will include articles based on both oral and poster presentations. This NSF project is co-funded between DMR and INT as a Cooperative. Activity in Materials Sciences between the National Science Foundation and the European Commission (NSF 01-105). The project is being carried out in collaboration with the Center of Excellence for Physics and Fabrication of Low Dimensional Structures for Technologies of Future Generations (CELDIS) operated by the Polish Academy of Science within the 5th EC Framework Programme.