Producing a whole subclass of organic compounds called nitrogen-containing heterocycles should now be a lot easier for scientists, thanks to a team of experts based at the California Institute of Technology (Caltech), in Pasadena. Experts here developed a new method for creating complex molecules.
The main applicati... |
17 January 2012
16:01 GMT |
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A group of investigators at the New York University (NYU) announce the development of a new type of structure, that is hollow on the inside, and therefore capable of carrying other chemicals. The molecular containers are very small, which means that they are well suited for biological applications.Studies such as thi... |
22 July 2011
05:30 GMT |
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For many years, scientists have been wondering as to whether the environment in which the first lifeforms evolved on Earth was hot or cold. In a new study, experts shows that the time evolution requires to work its magic is reduced considerably if the processes take place in warm environment.One of the main implicati... |
3 December 2010
04:36 GMT |
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A team of investigators in the United States managed to develop new scientific process, that brings the goal of being able to control chemical reactions mechanically closer than ever. The accomplishment was achieved by Giovanni Zocchi, who is a physics professor at the University of California in Los Angeles (UCLA). ... |
17 September 2010
06:24 GMT |
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In an advancement that is bound to have numerous positive outcomes, researchers in Poland recently managed to develop a new, credit card-sized microflow system. The tool allows scientists to combine a number of chemicals in a single solution. It carries a host of channels, in which drops of liquid containing various ... |
29 July 2010
04:57 GMT |
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Chemists have recently made a discovery that could change the way chemical reactions are approached forever. They have determined that, while mixing a reaction has the ability to promote it, the opposite is also true. In other words, putting the right mix of elements together can trigger a stirring reaction inside th... |
30 January 2010
07:06 GMT |
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One of the most important things chemists need to keep in mind when designing a new catalyst, or a chemical substance for that matter, is how precisely these molecules navigate the labyrinth of the chemical system they are placed in. Knowing this is of tremendous importance for the industry, as the knowledge could al... |
6 January 2010
04:21 GMT |
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In a groundbreaking, new discovery that may have significant implications for anything from energy production and global-warming mitigation to creating better and cheaper medicines and fuels, scientists at the University of Utah have recently managed to find out numerous new data on the general action mechanism of ca... |
6 November 2009
10:12 GMT |
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Physicists Carlos Lopez-Mariscal and Kristian Helmerson, with the aid of the National Institute of Standards and Technology's (NIST) Center for Nanoscale Science and Technology, have recently devised a new method of encasing single molecules in microdroplets. The innovation will allow experts to devise and monit... |
23 September 2009
06:30 GMT |
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One of the most severe limitations of chemistry today is the fact that experts cannot, for example, mix two highly reactive compounds together until they are sure they want the reaction to proceed. In other words, they cannot place two such substances in a mix, and then trigger the reaction between them at will. Thro... |
21 September 2009
01:52 GMT |
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Scientists at the University of California in Los Angeles (UCLA) have recently developed a new microchip that has the ability to completely revolutionize the field of chemistry research. Flask, beaks, hot plates and Berzelius glasses could soon become a thing of the past, and tabletop experiments could be confined to... |
4 August 2009
04:22 GMT |
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