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Hot paper from Matsui Group

Prof. Matsui's new paper was designated as a hot paper by a top journal in chemistry.

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Cover of Chemical Reviews

Cover of Chemical Reviews

Professor Drain's review article is featured on the cover of the most prestigious review journal in chemistry.

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ACS Fellow from Hunter

Professor Spiro Alexandratos was elected to become a Fellow of the American Chemical Society.

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Holiday Party 2009

Holiday Party 2009

Department Holiday Party was held on Thu Dec 17

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Cancer Sensor Chip

Hunter Chemists have developed a cancer sensor chip, which was highlighted as one of five recent research news in National Cancer Institute

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Fulbright Scholar

Prof. Alexandratos has been named a Fulbright Scholar for the 2010-2011 academic year.

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Prestigious Award to Nurxat Nuraje (Matsui Group)

Prestigious Award to Nurxat Nuraje (Matsui Group)

Nurxat Nuraje in the Prof. Matsui's group received the prestigious 2008 Materials Research Society (MRS) Graduate Student Award.

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Prof. Alexandratos elected to the ACS Committee on Science

Prof. Alexandratos elected to the ACS Committee on Science

Prof. Alexandratos was elected to the ACS Committee on Science

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New Dyes for Organic Solar Cells Developed

Three new modes for assembling and attaching organic dyes in solar cells developed by Hunter team

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Autonomous biomimetic motors fueled by peptide assembly

A new hybrid biomimetic motor system powered by the release of consisting of diphenylalanine (DPA) peptides from a metal-organic framework (MOF) in a manner resembling the metabolization and production of resources in cells. In nature, biological motors convert chemical free energy to mechanical power directly by creating isothermal and non-equilibrium conditions through biochemical reactions such as the metabolism of chemicals by cells to produce products that are simultaneously exploited as energy resources. In this new bioinspired system, a MOF is used to encapsulate DPA peptides in its pores. Release of the stored peptides and their subsequent reconfiguration into hydrophobic assemblies creates a non-equilibrium condition by generating a large surface tension gradient. The chemical energy generated by this process propels the MOF to swim like bacteria towards the higher surface tension side of the gradient. Lessons learned from understanding how this “motor” operates could be used to design systems that sense, capture, and store or “metabolize” target chemicals and control the local environment of materials.

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A breakthrough in nanotechnology by the Matsui Group

A breakthrough in nanotechnology by the Matsui Group

A Hunter Chemistry team lead by Prof. Hiroshi Matsui made a breakthrough in Nanotechnology. This outcome was just published in Nature Communucation (DOI:10.1038/ncomms4870).

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