大咖云集·学术荟萃丨电子、光子和等离激元2021国际在线研讨会
-
线上会议时间:2021年3月10日—12日
会议摘要
扫描近场光学显微镜(SNOM)和电子-能量损失光谱(EELS)是用于研究固体物质与分子各种时空特征激发的强大技术,等离基元是其中一个非常重要的研究方向。尽管这两种技术分别使用电子和光子作为探针粒子来获取类似的信息,但这两项技术在作用机理的本质上可能是截然不同的。
在本次国际研讨会中,我们将邀请来自国际多所著名高校的学者,分享Nature、Science等期刊ZX科研进展,就SNOM和EELS两项探测方法进行学术交流,并讨论其可能的共同点与交叉领域。
注册报名
您可通过扫描下方二维码或点击此处报名注册参与《电子、光子和等离激元2021国际在线研讨会》 。
会议特邀报告
Dimitri Basov (Columbia University, USA) March 11 at 15:00
Live from New York: Polaritons in van der Waals Materials
Rainer Hillenbrand (nanoGUNE Donostia-San Sebastian, Spain) March 11 at 15:40
Nanophotonics with phonon polaritons in 2D materials
Fritz Keilmann (LMU Munich, Germany) March 10 at 16:40
Infrared near-field nanospectroscopy of living cells
Frank Koppens (ICFO Barcelona, Spain) March 10 at 16:15
Infrared and THz near-field imaging of twisted 2D materials and polaritonic nanocavities
Alex McLeod (Columbia University, USA) March 12 at 16:15
Revealing nano-plasmonics in 2D materials and correlated oxides at variable temperatures
Thomas Taubner (RWTH Aachen, Germany) March 11 at 17:40
Phonon-enhanced infrared near-field spectroscopy enables probing of the buried 2DEG at the LAO/STO interface
Yixi Zhou (University of Geneva, Switzerland) March 11 at 18:05
Cryo-SNOM studies of polaritons at oxide interfaces
会议程序
EPP-2021 Program (March 10-12, 2021), updated 25.02.2021
March 10 (Wednesday)
Chairman
Time (CET)
Speaker
Title
14:50
Opening
Brett Barwick
15:00
Giovanni Vanacore
Tutorial and overview: Whe n electr ons meet light: a new route for dyn amic visualizati on of plasm ons and cohere nt con trol of matter waves
15:40
Mathieu Kociak
Nanooptics with fast electron beams
16:05
Break
Joshua Caldwell
16:15
Frank Koppens
Infrared and THz near-field imaging of twisted 2D materials and polaritonic nanocavities
16:40
Fritz Keilmann
Infrared near-field nanospectroscopy of living cells
17:05
Misha Fogler
Scanning Photocurrent Nanoscopy of Van der Waals Heterostructures
17:30
Break
Alexandre Zimmers
17:40
Dirk van der Marel
Plasmons in strongly correlated matter
18:05
Peter Abbamonte
Coherent and incoherent collective excitations at the Fermi liquid--strange metal crossover in Sr2RuO4
18:30
Discussions
19:15
Posters
March 11 (Thursday)
Chairman
Time
Speaker
Title
Erik van
Heumen
15:00
Dimitri Basov
Tutorial and overview: Live from New York: Polarit ons in van der Waals Materials
15:40
Rainer Hillenbrand
Nanophotonics with phonon polaritons in 2D materials
16:05
Break
Albert Polman
16:15
Matteo Mitrano
Dynamical control of effective interactions in quantum materials
16:40
Regina Ciancio
Unveiling the role of oxygen vacancies in structural and functional properties of complex oxides thin films by atomic site HAADF-STEM and EELS
17:05
Francesco Mauri
Measuring phonon dispersion suspended 2D nanostructures in the electron microscope
17:30
Break
Christian Bernhard
17:40
Thomas Taubner
Phonon-enhanced infrared near-field spectroscopy enables probing of the buried 2DEG at the LAO/STO interface
18:05
Yixi Zhou
Cryo-SNOM studies of polaritons at oxide interfaces
18:30
Discussions
19:15
Posters
March 12 (Friday)
Chairman
Time
Speaker
Title
Michele Ortolani
15:00
Javier Garcia de Abajo
Tutorial and overview: Optical Excitations with Free Electrons: Challenges and Opportunities
15:40
Claus Ropers
Probing and tailoring electron-light interactions in ultrafast transmission electron microscopy
16:05
Break
Mengkun Liu
16:15
Alex McLeod
Revealing nano-plasmonics in 2D materials and correlated oxides at variable temperatures
16:40
Marco Polini
SNOM and plasmon-magnon interactions in 2D magnetic materials
17:05
Tetiana Slipchenko
Near-field plasmonic phenomena in doped and charge-neutral graphene
17:30
Break
Jose Lorenzana
17:40
Ido Kaminer
Free-electron quantum optics
18:05
Angel Rubio
Novel phenomena in two dimensional heterostructure from strongly interacting light-matter hybrids
18:30
Discussions
19:15
Posters
20:00
Closing
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- 大咖云集·学术荟萃丨电子、光子和等离激元2021国际在线研讨会
线上会议时间:2021年3月10日—12日
会议摘要
扫描近场光学显微镜(SNOM)和电子-能量损失光谱(EELS)是用于研究固体物质与分子各种时空特征激发的强大技术,等离基元是其中一个非常重要的研究方向。尽管这两种技术分别使用电子和光子作为探针粒子来获取类似的信息,但这两项技术在作用机理的本质上可能是截然不同的。
在本次国际研讨会中,我们将邀请来自国际多所著名高校的学者,分享Nature、Science等期刊ZX科研进展,就SNOM和EELS两项探测方法进行学术交流,并讨论其可能的共同点与交叉领域。
注册报名
您可通过扫描下方二维码或点击此处报名注册参与《电子、光子和等离激元2021国际在线研讨会》 。
会议特邀报告
Dimitri Basov (Columbia University, USA) March 11 at 15:00
Live from New York: Polaritons in van der Waals Materials
Rainer Hillenbrand (nanoGUNE Donostia-San Sebastian, Spain) March 11 at 15:40
Nanophotonics with phonon polaritons in 2D materials
Fritz Keilmann (LMU Munich, Germany) March 10 at 16:40
Infrared near-field nanospectroscopy of living cells
Frank Koppens (ICFO Barcelona, Spain) March 10 at 16:15
Infrared and THz near-field imaging of twisted 2D materials and polaritonic nanocavities
Alex McLeod (Columbia University, USA) March 12 at 16:15
Revealing nano-plasmonics in 2D materials and correlated oxides at variable temperatures
Thomas Taubner (RWTH Aachen, Germany) March 11 at 17:40
Phonon-enhanced infrared near-field spectroscopy enables probing of the buried 2DEG at the LAO/STO interface
Yixi Zhou (University of Geneva, Switzerland) March 11 at 18:05
Cryo-SNOM studies of polaritons at oxide interfaces
会议程序
EPP-2021 Program (March 10-12, 2021), updated 25.02.2021
March 10 (Wednesday)
Chairman
Time (CET)
Speaker
Title
14:50
Opening
Brett Barwick
15:00
Giovanni Vanacore
Tutorial and overview: Whe n electr ons meet light: a new route for dyn amic visualizati on of plasm ons and cohere nt con trol of matter waves
15:40
Mathieu Kociak
Nanooptics with fast electron beams
16:05
Break
Joshua Caldwell
16:15
Frank Koppens
Infrared and THz near-field imaging of twisted 2D materials and polaritonic nanocavities
16:40
Fritz Keilmann
Infrared near-field nanospectroscopy of living cells
17:05
Misha Fogler
Scanning Photocurrent Nanoscopy of Van der Waals Heterostructures
17:30
Break
Alexandre Zimmers
17:40
Dirk van der Marel
Plasmons in strongly correlated matter
18:05
Peter Abbamonte
Coherent and incoherent collective excitations at the Fermi liquid--strange metal crossover in Sr2RuO4
18:30
Discussions
19:15
Posters
March 11 (Thursday)
Chairman
Time
Speaker
Title
Erik van
Heumen
15:00
Dimitri Basov
Tutorial and overview: Live from New York: Polarit ons in van der Waals Materials
15:40
Rainer Hillenbrand
Nanophotonics with phonon polaritons in 2D materials
16:05
Break
Albert Polman
16:15
Matteo Mitrano
Dynamical control of effective interactions in quantum materials
16:40
Regina Ciancio
Unveiling the role of oxygen vacancies in structural and functional properties of complex oxides thin films by atomic site HAADF-STEM and EELS
17:05
Francesco Mauri
Measuring phonon dispersion suspended 2D nanostructures in the electron microscope
17:30
Break
Christian Bernhard
17:40
Thomas Taubner
Phonon-enhanced infrared near-field spectroscopy enables probing of the buried 2DEG at the LAO/STO interface
18:05
Yixi Zhou
Cryo-SNOM studies of polaritons at oxide interfaces
18:30
Discussions
19:15
Posters
March 12 (Friday)
Chairman
Time
Speaker
Title
Michele Ortolani
15:00
Javier Garcia de Abajo
Tutorial and overview: Optical Excitations with Free Electrons: Challenges and Opportunities
15:40
Claus Ropers
Probing and tailoring electron-light interactions in ultrafast transmission electron microscopy
16:05
Break
Mengkun Liu
16:15
Alex McLeod
Revealing nano-plasmonics in 2D materials and correlated oxides at variable temperatures
16:40
Marco Polini
SNOM and plasmon-magnon interactions in 2D magnetic materials
17:05
Tetiana Slipchenko
Near-field plasmonic phenomena in doped and charge-neutral graphene
17:30
Break
Jose Lorenzana
17:40
Ido Kaminer
Free-electron quantum optics
18:05
Angel Rubio
Novel phenomena in two dimensional heterostructure from strongly interacting light-matter hybrids
18:30
Discussions
19:15
Posters
20:00
Closing
- 沃特世2022全球聚合物大师课程,大咖云集,速来报名!
2022年聚合物大师课程中,我们将讨论先进的分析技术和可回收性主题。来自巴斯夫的Bastiaan Staal、萨拉戈萨大学的Cristina Nerin和阿克伦大学的Chrys Wesdemiotis等行业领 导者以及沃特世合作伙伴的多重体验、独到见解,让您沉浸在聚合物的创新世界。
扫描上方二维码报名课程
* 如您无法参加直播课程,注册后可随时观看回放。
第 一期讲座时间:
已结束,可观看课程回放
课程主题:
High-Pressure TGA as Novel Method Enabling Closed Material Cycles Through Chemical Recycling of Polymers(高压TGA作为一种新颖的方法,通过聚合物的化学循环在密闭环境中实现材料循环).
课程简介:
了解高压热重法如何在实验室规模的实际工艺条件下开发化学循环工艺,并将产生的结果直接转移到工业规模。
主讲人:
Frieder Dreisbach Ph.D.
Director of Product Management TA Instruments
第二期课程时间:
已结束,可观看课程回放
课程主题:
Revealing More Info on Your Polymer with the OMNISEC REVEAL ULTRA Connected to an ACQUITY APC(ACQUITY APC连接OMNISEC REVEAL ULTRA检测器展示更多聚合物信息).
课程简介:
本次演讲将讨论如何将超高效聚合物色谱与多重检测相结合,从而比传统的分析技术更多地揭示聚合物信息。
主讲人:
Serena Agostini
Product Technical Specialist Malvern Panalytical
第三期课程时间:
2022年9月27日(周二),23:00 - 24:00(北京时间)
课程主题:
A Discussion Around Polymer REACH(How Polymer REACH is changing the face of polymer analysis)(关于聚合物REACH注册的讨论(REACH法规下,聚合物分析需求的变化)).
课程简介:
REACH法规对于聚合物新规,如何改变聚合物分析要求?本期议题将特别集中讨论嵌段共聚物分离,分享多维分离领域行业领先知识以及其在聚合物分析领域日益增长的适用性。
主讲人:
Bastiaan Staal Ph.D.
Head of Laboratory BASF
第四期课程时间:
2022年10月25日(周二),23:00 - 24:00(北京时间)
课程主题:
How to Guarantee the Safety of Recycled Polyolefins for Food Contact(如何保证食品接触用可再生聚烯烃材料的安全性).
课程简介:
最近立法规定取消一次性塑料,并在包装中使用高比例的回收材料,即使是用于食品的包装。通常,在分析可浸出物/迁移物时,问题不在于检测它们,而在于识别单个物质,并确认它们与相应标准的区别。但是,许多释放的化学物质没有可用的标准,因此,确认和后来的量化是不可能的。新的先进技术,如高分辨率质谱中的离子迁移(IMS)和数据库的使用为这一目的提供了新工具。该报告将详细介绍所使用的分析方法、案例研究和现有的数据库(包含世界范围内用IMS数据从包装材料中检测到的1万多种物质)。
主讲人:
Cristina Nerin
Professor Department of Analytical Chemistry University of Zaragoza
第五期课程时间:
课程时间:2022年11月16日(周三),00:00 - 01:00(北京时间)
课程主题:
Mass Spectrometry Advances in Polymer and Materials Science(高分子与材料科学领域的质谱分析进展).
课程简介:
MS可以与液相色谱和/或离子淌度联用分析复杂的混合物,大的或交联的大分子可以通过热裂解和质谱的结合进行分析。这种多维表征方法已被用于阐明广泛的聚合物材料的微观结构:各种形状(共)聚合物,复杂的共轭共混物,交联材料和固体表面。
主讲人:
Chrys Wesdemiotis
Distinguished Professor of Chemistry The University of Akron
- 大咖共话|合成生物学工艺探讨与在线过程分析展望
- 2021宁波国际照明展览会圆满成功
在此祝贺皓天参加2021宁波国际照明展览会圆满成功!
展会分为6个展馆:
1号展馆是商业照明/智慧照明展厅;
2号-3号馆是LED半导体封装/配件;
4号-6号馆是户外照明/景观照明;
也能跟宁波的风土人情有关,参加本次展会的参展商和观众,目标都很明确,都非常专注做自己的工作,工作以外的事情,热情不是很高,但是会很有礼貌拒绝我的推荐,极少参展商会闲来无事到处转转。
但是需要就是需要,看到我们皓天的设备,能与我们业务员深切交谈他的测试要求,明确自己的测试参数,有些急于要知道报价,有些却先专注于技术参数及测试要求是否满足,看来是有备而来的,开心! ^ ^
当客源稀少时,我喜欢到各个参展商展位上去交流,聊一些感兴趣的话题,让对方乐意帮助我推荐给我们皓天试验设备给技术部或采购部。从中也知道彼此的不容易,公司也是不容易越级是插手别人的工作。即便是推荐有这样的资源也是要是有身份的人,才可以做,单单是销售业务员,有能力为公司找到试验设备资源,但是并没有资格去为公司献上,俗话说,不在其位不谋其政。关心则乱吧,也是可以理解,我也挺感激能跟我表面自己的立场,大家都不容易,和气生财。
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