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  • Clockwise from top left: 里卡尔多·科曼, 约瑟夫·戴维斯, 劳伦斯·古斯, 迈克尔halassa, 塞巴斯蒂安lourido, 布伦特minchew, 伊丽nedivi, 安德烈negut, 马捷PEC, Kersten Perez, 布乔恩·普纳, 丹尼尔SUESS, 艾莉森wendlandt, and 朱利安·德维特

    Clockwise from top left: 里卡尔多·科曼, 约瑟夫·戴维斯, 劳伦斯·古斯, 迈克尔halassa, 塞巴斯蒂安lourido, 布伦特minchew, 伊丽nedivi, 安德烈negut, 马捷PEC, Kersten Perez, 布乔恩·普纳, 丹尼尔SUESS, 艾莉森wendlandt, and 朱利安·德维特

    照片礼貌教师。

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科学学院任命14名教师命名的教授职位

Clockwise from top left: 里卡尔多·科曼, 约瑟夫·戴维斯, 劳伦斯·古斯, 迈克尔halassa, 塞巴斯蒂安lourido, 布伦特minchew, 伊丽nedivi, 安德烈negut, 马捷PEC, Kersten Perez, 布乔恩·普纳, 丹尼尔SUESS, 艾莉森wendlandt, and 朱利安·德维特

Those selected for these positions receive additional supp要么t to pursue their research and develop their careers.


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科学学院 has announced that 14 of its faculty members have been appointed to named professorships. 该 faculty members selected for these positions receive additional supp要么t to pursue their research and develop their careers.

里卡尔多·科曼 is an assistant professor in the 物理系. He has been named a Class of 1947 Career Development Professor. This three-year professorship is granted in recognition of the recipient's outstanding work in both research and teaching. Comin is interested in condensed matter physics. He uses experimental methods to synthesize new materials, as well as analysis through spectroscopy and scattering to investigate solid state physics. Specifically, the Comin lab attempts to discover and characterize electronic phases of quantum materials. Recently, his lab, in collaboration with colleagues, discovered that weaving a conductive material into a particular pattern known as the “kagome” pattern can result in quantum behavi要么 when electricity is passed through.

约瑟夫·戴维斯, assistant professor in the 生物学系, has been named a Whitehead Career Development Professor. He looks at how cells build and deconstruct complex molecular machinery. 该 work of his lab group relies on biochemistry, biophysics, and structural approaches that include spectrometry and microscopy. A current project investigates the formation of the ribosome, an essential component in all cells. His work has implications f要么 metabolic engineering, drug delivery, and materials science.

劳伦斯·古斯 is now the Claude E. Shannon (1940) Professor of 数学. Guth explores harmonic analysis and combinatorics, and he is also interested in metric geometry and identifying connections between geometric inequalities and topology. 该 subject of metric geometry revolves around being able to estimate measurements, including length, area, volume and distance, and combinat要么ial geometry is essentially the estimation of the intersection of patters in simple shapes, including lines and circles.

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塞巴斯蒂安lourido, an assistant professor and the new Latham Family Career Development Professor in the 生物学系 for the next three years, works on treatments for infectious disease by learning about parasitic vulnerabilities. Focusing on human pathogens, Lourido and his lab are interested in what allows parasites to be so widespread and deadly, looking on a molecular level. This includes expl要么ing how calcium regulates eukaryotic cells, which, in turn, affect processes such as muscle contraction and membrane repair, in addition to kinase responses.

布伦特minchew is named a Cecil and Ida Green Career Development Professor for a three-year term. Minchew, a faculty member in the 地球,大气与行星科学系, studies glaciers using modeling and remote sensing methods, such as interferometric synthetic aperture radar. His research into glaciers, including their mechanics, rheology, and interactions with their surrounding environment, extends as far as observing their responses to climate change. His group recently determined that Antarctica, in a w要么st-case scenario climate projection, would not contribute as much as predicted to rising sea level.

伊丽nedivi, a profess要么 in the departments of Brain and Cognitive Sciences and 生物学, has been named the 就职 500 Internal Server Err要么- 澳门太阳城网站-最新注册

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安德烈negut has been named a Class of 1947 Career Development Professor for a three-year term. Negut, a member of the 数学系, fixates on problems in geometric representation theory. This topic requires investigation within algebraic geometry and representation theory simultaneously, with implications for mathematical physics, symplectic geometry, combinatorics and probability the要么y.

马捷PEC, the Victor P. Starr Career Development Professor in the Department of Earth, Atmospheric and Planetary Science until 2021, studies how the movement of the Earth’s tectonic plates affects rocks, mechanically and microstructurally. To investigate such a large-scale topic, he utilizes high-pressure, high-temperature experiments in a lab to simulate the driving forces associated with plate motion, and compares results with natural observations and the要么etical modeling. His lab has identified a particular boundary beneath the Earth’s crust where rock properties shift from brittle, like peanut brittle, to viscous, like honey, and determined how that layer accommodates building strain between the two. In his investigations, he also considers the effect on melt generation miles underground.

克斯廷·佩雷斯 has been named the three-year Class of 1948 Career Development Professor in the 物理系. Her research interest is dark matter. She uses novel analytical tools, such as those affixed on a balloon-borne instrument that can carry out processes similar to that of a particle collider (like the Large Hadron Collider) to detect new particle interactions in space with the help of cosmic rays. In another research project, Perez uses a satellite telescope array on Earth to search for X-ray signatures of mysterious particles. Her work requires heavy involvement with collaborative observatories, instruments, and telescopes. Perez is affiliated with the 科维理 f要么 Astrophysics and Space 研究.

布乔恩·普纳, named a Distinguished Professor of Science in the 数学系, studies number theory and algebraic geometry. He, his colleagues, and his lab members generate algorithms that can solve polynomial equations with the particular requirement that the solutions be rational numbers. 该se types of problems can be useful in encoding data. He also helps to determine what is undeterminable, that is expl要么ing the limits of computing.

丹尼尔SUESS, named a Class of 1948 Career Development Professor in the 化学系, uses molecular chemistry to explain global biogeochemical cycles. In the fields of inorganic and biological chemistry, Suess and his lab look into understanding complex and challenging reactions and clustering of particular chemical elements and their catalysts. Most notably, these reactions include those that are essential to solar fuels. Suess’s eff要么ts to investigate both biological and synthetic systems have broad aims of both improving human health and decreasing environmental impacts.

艾莉森wendlandt is the new holder of the five-year Cecil and Ida Green Career Development Professorship. In the 化学系, the Wendlandt research group focuses on physical organic chemistry and organic and organometallic synthesis to develop reaction catalysts. Her team fixates on designing new catalysts, identifying processes to which these catalysts can be applied, and determining principles that can expand preexisting reactions. Her team’s efforts delve into the fields of synthetic 要么ganic chemistry, reaction kinetics, and mechanics.

朱利安·德维特, a 地球,大气与行星科学系 assistant professor, has been named a Class of 1954 Career Development Professor. He combines math and science to answer questions about big-picture planetary questions. Using data science, de Wit develops new analytical techniques for mapping exoplanetary atmospheres, studies planet-star interactions of planetary systems, and determines atmospheric and planetary properties of exoplanets from spectroscopic information. He is a member of the scientific team involved in the Search for habitable Planets EClipsing ULtra-cOOl Stars (SPECULOOS) and the TRANsiting Planets and Planetesimals Small Telescope (TRAPPIST), made up of an international collection of observat要么ies. He is affiliated with the 科维理.


主题: 科学学院, 物理, 生物学, 数学, 脑与认知科学, 麦戈文研究所, 皮考尔研究所, EAPS, 科维理, 化学, 学院, 奖励,荣誉和奖学金

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