报告摘要： 肠道环境中，宿主细胞会通过铁载体蛋白等机制竞争性掠夺铁离子，铁离子的获得对于肠道微生物的生存尤其关键。巨噬细胞产生的活性氧/氮是宿主抵御病原菌入侵的第一道防线，抵御活性氧...

Abstract： 　　Quantum computers will one day revolutionize our technologies and lives but require control of many quantum bits (qubits), which is still beyond the reach of curre...

Abstract： Effects of spin-orbit interactions in condensed matter are an important and rapidly evolving topic. Strong competition between spin-orbit, on-site Coulomb and cry...

报告摘要： 　　With recent developments of sophisticated experimental techniques and advanced theoretical methods, the fields of molecular spectroscopy and chemical dynamics have...

Abstract： Phononic crystals, i.e. composite materials in which a periodic distribution of elastic parameters facilitates control of the propagation of phonons, hold the promise....

报告摘要： 自唐本忠院士首次提出聚集诱导发射（AIE）概念以来，AIE的研究已经成为研究前沿热点，各种功能AIE分子被设计，表现出了独特的性能，已被广泛应用于有机光电子学、生物医学等领域。...

报告摘要： In a 3D solid, the low energy excitation of the linearly dispersive crossing bands satisfies the Dirac (Weyl) equation. Such band crossing is named as Dirac (Weyl) node....

报告摘要：　　Topological semimetals (TSMs) have attracted great attentions in condensed matter physics. However, the search of ideal TSMs that only the desired quasi-particles can...

Abstract： 　　We recently developed a correlation matrix renormalization (CMR) theory to treat the electronic correlation effects in ground state total energy calculations of mol...

Abstract 　　Strongly-correlated cold atoms provide a powerful tool for studying quantum many-body physics and the nature of entanglement. I will describe two promising platforms....

报告摘要：　　多电荷大分子是主链上带有大量电荷的大分子，它包含合成的聚电解质与生物大分子。由于生物体及生命现象中都有多电荷大分子的参与，因此，关于多电荷大分子的理解对于人们认识与解...

Abstract： 　　Gathering molecular-level information about electrochemical interfaces is highly desirable to advance or understanding of - and to ultimately design and control -....

报告摘要： 　　从2004年石墨烯的发现开始，二维材料成为了凝聚态物理的一个研究前沿。 在过去的几年中，该领域百花齐放，新材料不断涌现。这次报告将介绍本课题组在新型IV-VI族二维材料（主要....

报告摘要：延续了半个多世纪的摩尔定律将在2020年左右失效，兼容当前微电子CMOS技术的硅基光电子片上集成技术有望成为未来信息技术的基石，延续摩尔定律。而缺乏高效发光的硅基片上光源成为了硅...

报告摘要： 海洋微生物、动植物在海洋设施表面的粘附、生长形成海洋生物污损，它对海洋工业和海洋活动有深刻的影响。海洋污损会增加舰船的航行阻力，削弱海军的战斗力；增加舰船重量，从而增加...

报告人简介： 　　Professor Ajayan earned his B. Tech in metallurgical engineering from Banaras Hindu University in 1985 and Ph.D. in materials science and engineering from Northwe...