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Stanford Scientists Use Wired Microbes To Generate Electricity From Sewage

Interdisciplinary team creates 'microbial battery'

Craig criddleYi cuiXing xieProceedings of the national academy sciencesEngineers at stanford universityStanford woods institute for the environmentStanford scientists useWired microbe to generate electricity fromStanford universityNational academyStanford woods institute

2023 ACM FELLOWS CELEBRATED FOR CONTRIBUTIONS TO COMPUTING THAT UNDERPIN OUR DAILY LIVES

Members of Global Society Hailed for Work Including Advances to AI Technologies, the World Wide Web, Graphics, Cybersecurity, Mobile Computing, and Software

United statesUnited kingdomUniversity of texasUniversity of houstonUniversity of california san diegoCity ofUniversity of southern californiaAlbrecht schmidtRamd sriramSharad mehrotraJianfeng gaoEmmett witchelZhu hanPradeep dubeySumit gulwaniXiaofeng wang

ACM Names 68 Innovators as 2023 Fellows for Transformative Contributions to Computing

ACM Names 68 Innovators as 2023 Fellows for Transformative Contributions to Computing
hpcwire.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from hpcwire.com Daily Mail and Mail on Sunday newspapers.

United statesUniversity of houstonUnited kingdomUniversity of southern californiaUniversity of california san diegoCity ofUniversity of texasZhu hanYoshua bengioAndreas krauseSeffi naorRogerb dannenbergYann lecunAditya akellaXiaofeng wangVaughn timothy betz

The Answer To Why Emotionally Worded Prompts Can Goose Generative AI Into Better Answers And How To Spur A Decidedly Positive Rise Out Of AI

Research reveals that using emotional wording in your prompts will get generative AI to showcase better results. Here s why, plus how to benefit from it.

Qiang yangDavid humeJindong wangOrynay zhubayKaijie zhuYixuan zhangManshuk mambetovaFang luoXing xieAdil absattarCheng liBard googleWenxin houSciences communicationsEmotional language haveSocial sciences communications

Shocking Water Disinfection Method Reduces Environmental Impact

Georgia Institute of Technology researchers have found a way to use small shocks of electricity to disinfect water, reducing the energy consumption, cost and environmental impact associated with using chlorine.

Xing xieCarltons wilderSchool of civilTechnology networkGeorgia institute of technologyAssistant professorTing wangBacteria inactivation realizedLocally enhanced electric field treatmentNature water