Ultra-sensitive sensor detects individual electrons
Apr 23rd 2015, 12:52
Scientists have created an electronic device so accurate that it can detect the charge of a single electron in less than one microsecond. It has been dubbed the 'gate sensor' and could be applied in quantum computers of the future to read information stored in the charge or spin of a single electron.![](https://ci5.googleusercontent.com/proxy/jFM9tuN7eOdwaC1Wqvv4m4QovROFlwkamfOF2AzGQ04HehUqV_ispdpgPagqWN9avEfIusWJtrnzshkMhUH2FbC_MdJUpZrfcUQeApPnAJ5cpV9-gBMzQQEeu8sEAx3w9_TC4-e_QnnoRDmYiq0eJiXx1A=s0-d-e1-ft#http://feeds.feedburner.com/~r/sciencedaily/computers_math/information_technology/~4/qLmnxvpMMUM)
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Industrial virtual factory lowers costs and reduces emissions
Apr 23rd 2015, 12:51
Scientists have developed a cloud-based, easily customized, modular software platform for improving the sustainability performance of industrial products by lowering production costs and reducing emissions. The platform provides a virtual collaborative environment for organizations that are jointly developing the same product and/or service. The system, created during the recently completed EPES (Eco-Process Engineering System for composition of services to optimise product life-cycle) project, effectively combines a context-aware approach, cloud services, industrial internet, collaborative networks, simulation and assessment of environmental impacts.![](https://ci6.googleusercontent.com/proxy/n9G0552wPaSLvkCcIQ_-hJkOYNRl_6DUl20kkbgDfdwEP7x4OmmuM4U31Hvx8R6HcMCMp8ouTr4bxgxYce324ToFdNKzoHIFXomOz-7Jg7DhzxaUrwNkEUeZGJIGKvVDfG7OC9ZdqWyHDtZWMDE3wHA=s0-d-e1-ft#http://feeds.feedburner.com/~r/sciencedaily/computers_math/computer_programming/~4/0xfja4q8s5g)
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Reducing big data using ideas from quantum theory makes it easier to interpret
Apr 23rd 2015, 12:51
Analysing the large volumes of data gathered by modern businesses and public services is problematic. Traditionally, relationships between the different parts of a network have been represented as simple links, regardless of how many ways they can actually interact, potentially loosing precious information. Only recently a more general framework has been proposed to represent social, technological and biological systems as multilayer networks, piles of ‘layers’ with each one representing a different type of interaction. This approach allows a more comprehensive description of different real-world systems, from transportation networks to societies, but has the drawback of requiring more complex techniques for data analysis and representation. ![](https://ci3.googleusercontent.com/proxy/xwpHk2iCKnxubaPfeuJKSOwT636WKBi67NOWbIZmZSxu1Pg60BFfZi2g0cetUIQCE9PLRNNH05FRZp-p_edsNdoIZspZafC_M1DQ4hnE3is2gTBfA4uzuYemvVf8tXtNjjmeimv_phWlH1keqPQh80s=s0-d-e1-ft#http://feeds.feedburner.com/~r/sciencedaily/computers_math/computer_programming/~4/CS0zwTs5omU)
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Reducing big data using ideas from quantum theory makes it easier to interpret
Apr 23rd 2015, 12:51
Analysing the large volumes of data gathered by modern businesses and public services is problematic. Traditionally, relationships between the different parts of a network have been represented as simple links, regardless of how many ways they can actually interact, potentially loosing precious information. Only recently a more general framework has been proposed to represent social, technological and biological systems as multilayer networks, piles of ‘layers’ with each one representing a different type of interaction. This approach allows a more comprehensive description of different real-world systems, from transportation networks to societies, but has the drawback of requiring more complex techniques for data analysis and representation. ![](https://ci3.googleusercontent.com/proxy/BQK2-E10cYbP_ThUiuZ3FTE4s8guJIf507dqktO2u--mf8OMQAzn2Otmt0dFs7dXCYxwXcf_WZ7n1utgkvmsJ3nmaot__9YDz8aUNl-8JR1GiCLm4Urr-IEpMWcCZI1Sa8EhNLFmfTRhdtYxhip4yfq4IA=s0-d-e1-ft#http://feeds.feedburner.com/~r/sciencedaily/computers_math/information_technology/~4/CS0zwTs5omU)
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Advancing development of Ebola vaccine trials
Apr 21st 2015, 14:56
As the current Ebola outbreak wanes, scientists have to make the most of every opportunity to prepare for future outbreaks. One such opportunity involves the identification of a safe and effective Ebola vaccine. Texas supercomputers have aided researchers in modelling which types of clinical trials will provide the best information, according to experts.![](https://ci3.googleusercontent.com/proxy/A0_S4crmsPZn4EQN-2SOb__YjgNKgj0pcs7t6Tf977qAbl65uI_ePnlaYUNvVRneQEyPCNHf2owWBvCK1J-WA_HZmuVw_-IywuuKSZiy5cw9b_rN61EeJJuV3olZ5ThBxhbw-_m3MHBWVauKMe1Ng9EDGg=s0-d-e1-ft#http://feeds.feedburner.com/~r/sciencedaily/computers_math/information_technology/~4/gliWyYFejMU)
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