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  • 化學的未來(世界專家談化學的發展)

    上一篇 / 下一篇  2009-04-05 09:47:12/ 個人分類:化學

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    關于化學的未來發展究竟是怎么樣子的?自然化學雜志邀請世界上各個化學分支的領軍人物,就未來化學的發展前景描述了圖景。

    1、synthesizing our future

    Chemistry has a central role in science, and synthesis has a central role in chemistry. ryoji noyori from Nagoya

    University considers where synthetic chemists should focus their efforts.

    2、Powering the planet with solar fuel

    With energy swiftly rising to the top of the world’s agenda, harry B. Gray at the California Institute of Technology

    looks at how chemistry can help to harness the power of the Sun to meet the world’s energy needs.

    3、experiment and theory in harmony

    mark a. Johnson at Yale University discusses how the two sides of physical chemistry have necessarily developed

    together, and looks at how their synergy dictates the direction of contemporary research.

    4、interrogating biology with a chemical lexicon

    Understanding the mysteries of life has always been a driving force in scientific research; Barbara imperiali from the

    massachusetts Institute of Technology reflects on the infinite opportunities for chemists at the biology interface.

    5、Weighing up the future of scientific tools

    The foundations of science are built on the ability to make sensitive, precise measurements. Gary m. hieftje from

    Indiana University, Bloomington, considers how analytical instruments and methods are being developed to meet

    tomorrow’s needs.

    6、chemistry goes green

    Diminishing fossil fuel reserves, hazardous chemicals and wasteful processes have led to the emergence of ‘green’

    technologies; James h. clark at the University of York considers how metals, materials and organic compounds

    can be prepared by clean and sustainable routes.

    6、Predicting a structured future

    If syntheses and structures can be more easily predicted, what will it mean for inorganic chemistry?

    achim müller of the University of Bielefeld looks into his (quasi)crystal ball.

    7、thither supramolecular chemistry?

    The way forward for a field in its infancy is to focus on complexity and integrated systems that may lead to

    emergent phenomena, suggests J. Fraser stoddart at Northwestern University.




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