Technology

The recent setback in the delivery of hydrogen-powered trucks to New Zealand, coupled with the removal of the NZ$100 million government rebate scheme for green hydrogen users, has cast a shadow of uncertainty over the transition to this promising energy technology. With the abrupt withdrawal of the US company Hyzon from the deal to provide
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In the realm of artificial intelligence (AI), there is a growing divide between companies that opt for closed-source AI models and those that champion open-source AI. Closed-source AI involves keeping datasets, algorithms, and models confidential, whereas open-source AI promotes transparency and accessibility. Meta, the parent company of Facebook, recently made a bold move by releasing
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The construction industry is constantly seeking innovative and sustainable materials to improve building practices. A recent study conducted by engineers at the University of Virginia School of Engineering and Applied Science has shed light on the potential benefits of incorporating cellulose nanofibrils into 3D-printed concrete technology. By enhancing the printability and mechanical strength of concrete,
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The recent lawsuit filed by the United States against TikTok has stirred controversy over the app’s alleged violation of children’s privacy. The Department of Justice and the Federal Trade Commission have accused TikTok of collecting data about children without parental permission, thus violating the Children’s Online Privacy Protection Act (COPPA). According to the lawsuit, TikTok
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Analog hardware has been gaining attention for its potential to enhance the computational performance of artificial intelligence (AI). Unlike digital hardware, analog hardware adjusts the resistance of semiconductors based on external voltage or current, allowing for parallel processing of AI computation. This unique feature offers advantages over traditional digital hardware, especially in tasks requiring continuous
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In today’s modern software applications, developers face the daunting task of sifting through numerous files and millions of lines of code to find and correct faults, a process known as debugging. This manual search for faults can consume a significant amount of developers’ working time, with studies suggesting that it can account for between 30
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Aquatic robotics have taken a significant step forward with the development of self-powered “bugs” by researchers at Binghamton University, State University of New York. Their recent work published in the journal Advanced Materials Technologies showcases a groundbreaking innovation that could potentially revolutionize the field of aquatic robotics. With the increasing integration of autonomous nodes into
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