Conference report on the 48th German liquid crystal conference

IF 0.7 Q3 CRYSTALLOGRAPHY
Christopher Schilling, Pierre Nacke, P. Rybak
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The event was hosted by Prof. Dr. Matthias Lehmann (University of Würzburg) and Prof. Dr. Heiner Detert (University of Mainz) and welcomed by the vicepresident for innovation and knowledge transfer Prof. Dr. Matthias Bode. The group of Lehmann did exceptional work, giving people on site as well as those who could not be on site due to a COVID-19 disease the opportunity to present their work. Due to various security measures, the conference was not held in the Toscana Room as usual. It was moved to the larger AOK auditorium at Hubland campus to still ensure distancing between the participants. This year, over 60 people (Figure 2) contributed to the conference with 21 oral presentations and 41 posters. A novelty this year were the hybrid poster appetisers. To stimulate the discussion about their poster content, volunteers briefly summarised their poster before the poster session. A total of five scientists were invited to give a talk. The conference opened with a talk by Tommaso Bellini who reported on the liquid crystalline ordering of nucleic acids and its relation to Watson Crick pairing. On the next day the morning session kicked off with a talk by Xiangbing Zheng on ferro and antiferro chirality in columnar and bicontinuous phases. The third speaker Matthias Bremer described the Merck KGaA internal discovery and the bright future of ferroelectric nematic materials. Lydia Sosa Vargas then spoke about the range of applications of self-assembled macromolecular semiconductor materials. Lastly, Dharmendra Pratap Singh summarised his work on Charge Transfer in Supramolecular Systems. Topics of the conference were spread over a broad spectrum and covered all facets of liquid-crystalline research: From the recently discovered ferronematic phase to radical core structures and biosensing in zebra fish. Many contributions provided new insight into the effects of chirality in lyotropic and thermotropic mesogens, ionic and supramolecular liquid crystals and photoactive materials. Furthermore, recent results in the manufacturing of nanoand mesoporous liquid-crystalline composite materials derived from e.g. graphene, silica and chitin were presented. Another focus in research was sustainability by means of reuse of imine-based mesogens and recycling of shrimp shells for nanomaterials. This year the Alfred Saupe Prize 2022 was awarded for the lifetime achievements of Professor José Luis Serrano Ostáriz (Figure 3), who is an exceedingly successful researcher from the University of Zaragoza. This prize is the highest award by the German Liquid Crystal Society and the Alfred Saupe foundation. Another honour was bestowed upon Dr. Richard Mandle of the University of Leeds (Figure 3). He was invited to give the Vorländer Lecture, which is given to young successful scientists at the beginning of their careers. As one of the discoverers of the ferroelectric nematic phase, he is mentioned in almost every publication on the subject. With his talk he also introduced the following session about ferroelectric nematics, one of the biggest topics this year. Furthermore, colleagues at the beginning of their scientific career were also honoured. The Young Scientist Award 2022 went to three selected presentations and one poster. It went to Christopher Schilling from the University of Stuttgart and his talk on mesomorphic IDA boronates, Paulina Rybak from the University of Warsaw who discussed the unit cell consisting of chiral columns and Pierre Nacke from the University of Stuttgart with his talk on a new example of ferroelectric nematics. Tobias Thiele received his prize for the poster on a modular approach for photoinduced helix inversion. All of them are shown in Figure 3. This year, additional book prizes were awarded. For three other posters both the traditional ‘Bocksbeutel’ bottle and a scientific textbook were awarded (Figure 3). 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引用次数: 0

Abstract

The 48 German liquid Crystal Conference took place in the beautiful Franconian city of Würzburg (Germany) between 28 and 30 of March 2022 (Figure 1). This year, the eight sessions were chaired by Prof. Dr. Heiner Detert, Prof. Dr. Sabine Laschat, Prof. Dr. Matthias Lehmann, Prof. Dr. Heinz Kitzerow, Prof. Dr. Tommaso Bellini, Prof. Dr. Matthias Bremer, Prof. Dr. Jan Lagerwall and Prof. Dr. Frank Giesselmann. After a few difficult years of Covid-19 pandemic this year the conference was finally held on-site giving the opportunities for the scientists from around the world to meet again in person and discuss thoroughly their research in various liquid crystal fields. The event was hosted by Prof. Dr. Matthias Lehmann (University of Würzburg) and Prof. Dr. Heiner Detert (University of Mainz) and welcomed by the vicepresident for innovation and knowledge transfer Prof. Dr. Matthias Bode. The group of Lehmann did exceptional work, giving people on site as well as those who could not be on site due to a COVID-19 disease the opportunity to present their work. Due to various security measures, the conference was not held in the Toscana Room as usual. It was moved to the larger AOK auditorium at Hubland campus to still ensure distancing between the participants. This year, over 60 people (Figure 2) contributed to the conference with 21 oral presentations and 41 posters. A novelty this year were the hybrid poster appetisers. To stimulate the discussion about their poster content, volunteers briefly summarised their poster before the poster session. A total of five scientists were invited to give a talk. The conference opened with a talk by Tommaso Bellini who reported on the liquid crystalline ordering of nucleic acids and its relation to Watson Crick pairing. On the next day the morning session kicked off with a talk by Xiangbing Zheng on ferro and antiferro chirality in columnar and bicontinuous phases. The third speaker Matthias Bremer described the Merck KGaA internal discovery and the bright future of ferroelectric nematic materials. Lydia Sosa Vargas then spoke about the range of applications of self-assembled macromolecular semiconductor materials. Lastly, Dharmendra Pratap Singh summarised his work on Charge Transfer in Supramolecular Systems. Topics of the conference were spread over a broad spectrum and covered all facets of liquid-crystalline research: From the recently discovered ferronematic phase to radical core structures and biosensing in zebra fish. Many contributions provided new insight into the effects of chirality in lyotropic and thermotropic mesogens, ionic and supramolecular liquid crystals and photoactive materials. Furthermore, recent results in the manufacturing of nanoand mesoporous liquid-crystalline composite materials derived from e.g. graphene, silica and chitin were presented. Another focus in research was sustainability by means of reuse of imine-based mesogens and recycling of shrimp shells for nanomaterials. This year the Alfred Saupe Prize 2022 was awarded for the lifetime achievements of Professor José Luis Serrano Ostáriz (Figure 3), who is an exceedingly successful researcher from the University of Zaragoza. This prize is the highest award by the German Liquid Crystal Society and the Alfred Saupe foundation. Another honour was bestowed upon Dr. Richard Mandle of the University of Leeds (Figure 3). He was invited to give the Vorländer Lecture, which is given to young successful scientists at the beginning of their careers. As one of the discoverers of the ferroelectric nematic phase, he is mentioned in almost every publication on the subject. With his talk he also introduced the following session about ferroelectric nematics, one of the biggest topics this year. Furthermore, colleagues at the beginning of their scientific career were also honoured. The Young Scientist Award 2022 went to three selected presentations and one poster. It went to Christopher Schilling from the University of Stuttgart and his talk on mesomorphic IDA boronates, Paulina Rybak from the University of Warsaw who discussed the unit cell consisting of chiral columns and Pierre Nacke from the University of Stuttgart with his talk on a new example of ferroelectric nematics. Tobias Thiele received his prize for the poster on a modular approach for photoinduced helix inversion. All of them are shown in Figure 3. This year, additional book prizes were awarded. For three other posters both the traditional ‘Bocksbeutel’ bottle and a scientific textbook were awarded (Figure 3). These were awarded to Charlotte Vogler from the University of Stuttgart for her poster on the design of mesoporous silica materials, Kevin Mall Haidaraly from the Sorbonne University Paris with a submission on LIQUID CRYSTALS TODAY 2022, VOL. 31, NO. 1, 8–11 https://doi.org/10.1080/1358314X.2022.2093458
第48届德国液晶会议报告
第48届德国液晶大会于2022年3月28日至30日在美丽的法国城市维尔茨堡(德国)举行(图1)。今年,八届会议由Heiner Detert教授博士、Sabine Laschat教授博士、Matthias Lehmann教授博士、Heinz Kitzerow教授博士、Tommaso Bellini教授博士、Matthews Bremer教授博士、Jan Lagerwall教授博士和Frank Giesselmann教授博士主持。在经历了新冠肺炎大流行的艰难几年后,今年的会议终于在现场举行,让来自世界各地的科学家有机会再次见面,深入讨论他们在各种液晶领域的研究。该活动由Matthias Lehmann教授博士(维尔茨堡大学)和Heiner Detert教授博士(美因茨大学)主持,并受到创新和知识转移副总裁Matthias Bode教授博士的欢迎。莱曼团队做了出色的工作,为现场人员以及因新冠肺炎疾病而无法现场的人员提供了展示工作的机会。由于采取了各种安全措施,会议没有像往常一样在托斯卡纳会议室举行。为了确保参与者之间保持距离,它被转移到了Hubland校区更大的AOK礼堂。今年,60多人(图2)为会议做了21次口头陈述和41张海报。今年的一个新奇事物是混合海报开胃菜。为了激发对海报内容的讨论,志愿者在海报环节前简要总结了他们的海报。共有五位科学家受邀发表演讲。会议以托马索·贝利尼的演讲开场,他报道了核酸的液晶有序性及其与Watson-Crick配对的关系。第二天上午的会议以郑向冰关于柱状和双连续相中的铁和反铁手性的演讲拉开了序幕。第三位发言者Matthias Bremer介绍了默克公司的内部发现和铁电向列相材料的光明前景。Lydia Sosa Vargas随后谈到了自组装大分子半导体材料的应用范围。最后,Dharmendra Pratap Singh总结了他在超分子系统电荷转移方面的工作。会议的主题涵盖了液晶研究的各个方面:从最近发现的铁向列相到斑马鱼的自由基核心结构和生物传感。许多贡献为手性在溶致性和热致性介晶、离子和超分子液晶以及光活性材料中的作用提供了新的见解。此外,还介绍了由石墨烯、二氧化硅和甲壳素衍生的纳米和介孔液晶复合材料的最新制造结果。研究的另一个重点是通过重复使用亚胺基介晶和回收虾壳制成纳米材料来实现可持续性。今年,2022年阿尔弗雷德·索普奖授予萨拉戈萨大学的JoséLuis Serrano Ostáriz教授(图3),他是一位非常成功的研究员。该奖项是德国液晶学会和阿尔弗雷德·索普基金会颁发的最高奖项。利兹大学的Richard Mandle博士获得了另一项荣誉(图3)。他受邀参加了Vorländer讲座,该讲座是为处于职业生涯初期的年轻成功科学家举办的。作为铁电向列相的发现者之一,他几乎在每一本关于该主题的出版物中都被提及。在演讲中,他还介绍了关于铁电向列相的下一场会议,这是今年最大的主题之一。此外,刚开始科学生涯的同事们也受到了表彰。2022年青年科学家奖共有三场精选演讲和一张海报。斯图加特大学的Christopher Schilling和他关于介晶IDA硼酸盐的演讲,华沙大学的Paulina Rybak讨论了由手性柱组成的晶胞,斯图加特大学的Pierre Nacke和他关于铁电向列体的一个新例子的演讲。Tobias Thiele因其关于光诱导螺旋反转的模块化方法的海报而获奖。所有这些都如图3所示。今年还颁发了额外的图书奖。另外三张海报同时获得了传统的“Bocksbeutel”瓶子和一本科学教科书(图3)。斯图加特大学的Charlotte Vogler因其关于中孔二氧化硅材料设计的海报而获奖,巴黎索邦大学的Kevin Mall Haidaraly在《今日液晶》2022年第31卷第1、8–11期上提交了一份海报https://doi.org/10.1080/1358314X.2022.2093458
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来源期刊
Liquid Crystals Today
Liquid Crystals Today CRYSTALLOGRAPHY-
CiteScore
2.80
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0.00%
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