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Flyer: Prof. Piotr Kaszyński Flyer Title: Closo-Boranes: Unique Structural Elements for Functional Materials Abstract: closo-Boranes are inorganic 3-D sigma aromatic compounds with steric and electronic properties attractive for designing multifunctional materials. Earlier work demonstrated that 10- and 12-vertex p-carboranes are suitable building blocks for liquid crystals. Anionic closo-carbaborates have been used to design highly polar […] |
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Flyer: Prof. Zdenek Sofer Flyer Title: 2D Magnets and Dielectrics Abstract: The recent progress in methods of high quality and low defect 2D magnetic materials will be discussed. Beside the group of transition metal halides and chalcogens also the rapidly growth family of mixed halogen-chalcogenides will be introduced. The dominantly explored material, chromium sulfo-bromide adopt […] |
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3 events,
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Mautner-Perkins Lecture Flyer Reticular Chemistry and ChatGPT Abstract: Our recent work on digitalization of reticular chemistry will be reported. We have been experimenting with ChatGPT and machine learning in the discovery of new MOFs for clean air, water, and energy applications. |
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Mautner2024_Poster Title: Water Harvesting from Desert Air Reception at 4:30 pm Lecture at 5:30 pm The lecture will be followed by the presentation of 2024 Mautner Perkins Graduate Awards Questions? Contact College Events, CollegeEvents@support.ucla.edu Please RSVP here |
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Flyer:Prof. Alex Zhukhovitskiy Flyer Title: Advancing Inorganic Methods for Polymer Synthesis, Modification, and Degradation Abstract: The polymer backbone is fundamental to the polymer’s identity and properties. My seminar will focus on the development of metathesis mechanisms to access heteroatom-rich polymer backbones, new editing tools to transform existing polymer backbones into different ones, and both strategies […] |
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Advances In the Synthesis And Application Of Strained-Ring Compounds: Catalytic & Stoichiometric Approaches Abstract: "The synthesis of highly substituted and strained nitrogenous molecules remains a challenging task since installing substituents on small ring systems gets increasingly difficult as the degree of substitution increases. Similarly, it is difficult to install nitrogen bridges onto highly substituted and […] |
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Angel Arce (Chanfreau Group) Thomas Underwood (Wollman Group) |
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Flyer: Prof. Lane Baker Flyer Title: Expanding the Electrochemical Toolbox: A Story in Two Parts Abstract: Advances in electrochemistry, and in particular electroanalytical chemistry, are driven by advances in tools and methods to perform electrochemical measurements. In this talk, I will present two vignettes into very different tools we have developed recently for electrochemical measurements. […] |
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Reimagining Ancient Reactions for the 21st Century Abstract: The ability to prepare highly functionalized molecules in general and predictable ways is central to modern drug design and discovering new treatments for human disease. The aim of our program is to create new methods to solve the longstanding synthetic challenge of asymmetrically constructing biologically active small […] |
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Flyer: Prof. Michael Inkpen Flyer Title: Molecular-Scale Electronics and Moore: From Interfacial Reactivity to Band Structure Design Abstract: Junctions comprising individual molecules “wired” between nanoscale electrodes approach the limit of miniaturization for electronic circuits used in computation and data storage. While studies of these atomically precise systems expose molecular structure-charge transport property relationships critical for […] |
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Sponsored by: Organization for Cultural Diversity in Sciences Lectureship |
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Eileen Olivares (Loo Group) Merin Rixen (Loo/Quinlan Group) |
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Flyer: Prof. Haimei Zheng Flyer Title: Imaging, Understanding, and Controlling of Dynamic Nanoscale Materials Transformations Abstract: Nanoscale materials often change structure, morphology, or chemical states, during solution processes, such as, growth, self-assembly, catalysis or other applications. My group develops in-situ liquid phase transmission electron microscopy (TEM) to investigate dynamic materials transformations at the atomic level […] |
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Excited State Catalysis in Organic Synthesis Abstract: Ngai lab aims to establish new molecular editing and assembling technologies for rapid synthesis and late-stage functionalization of biorelevant molecules. Our research efforts have been directed to exploit visible-light-induced excited-state catalysis, a process that involves at least one photoexcited catalytic species, to address unmet challenges in organic synthesis. […] |
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Angela Agnew (Zhou/Clubb Group) Roman Aguirre (Zhou/Rodriguez Group) |
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