The quest for renewable energy sources has led researchers to explore innovative techniques that can convert carbon dioxide (CO2) into usable fuels. Among these techniques, a revolutionary artificial photosynthesis system developed at the University of Michigan has shown significant potential by effectively binding carbon atoms together, thus transforming CO2 into ethylene. This development represents an
Technology
Recent advancements in artificial intelligence have underscored the revolutionary capabilities of large language models (LLMs) such as GPT-4, reshaping our interactions with technology. These models excel in a wide array of tasks including text generation, coding, and language translation, thanks to their fundamental mechanism: predicting what comes next in a sequence based on preceding inputs.
The pursuit of a sustainable energy future is at the forefront of Australia’s economic strategy, particularly as it undergoes a significant transition towards net-zero emissions. The recently released National Hydrogen Strategy reflects this imperative, setting ambitious targets to establish Australia as a frontrunner in low-emissions hydrogen technology. With the urgencies of climate change looming large,
Generative artificial intelligence (AI) has made remarkable strides in recent years, particularly in the realm of image creation. However, despite such advancements, these AI systems continue to face significant challenges when it comes to producing consistent and high-quality images. One of the more notorious weaknesses of these models is their struggle with reproducing intricate details,
The rapid evolution of artificial intelligence (AI), particularly in the realm of generative models, raises critical questions regarding its sustainability and environmental impact. As the climate crisis persists, the urgency to assess the energy consumption of such technologies has grown significantly. Researcher Sasha Luccioni, honored as one of the top 100 influential figures in AI
The evolution of artificial intelligence (AI) highlights the pressing need for innovative data storage solutions that can keep pace with its escalating computational demands. Traditional memory devices, such as flash memories, have long served as the staple for non-volatile storage; however, they exhibit limitations in speed which inhibit AI’s extensive data processing capabilities. Recent advancements
Microsoft has made headlines once again, this time for the decision to eliminate approximately 650 positions within its gaming division. This move comes in the wake of the company’s landmark acquisition of Activision Blizzard, costing a staggering $69 billion. Phil Spencer, the head of Microsoft Gaming, communicated the rationale behind this difficult decision in a
The development of flexible tactile sensors has reached new heights with the introduction of 3D micro strain gauges, as detailed in a recent study by researchers from Peking University. These innovative sensors offer customizable detection of biomechanical signals and high-density mapping of pressure, pushing the boundaries of electronic skins. The use of 3D micro strain
The groundbreaking algorithm developed by Professor Prakash Vedula at the University of Oklahoma has taken the world of quantum computing by storm. Unlike previous methods, this algorithm offers an exponential improvement in creating uniform quantum superposition states, a crucial aspect of quantum computing. Published in Quantum Information Processing, this algorithm has significant practical applications in
The high stakes decision that the EU court will make on Tuesday involves a 13-billion-euro tax case between Apple and Ireland. This case, which dates back to 2016, has been a significant legal battle between the European Commission and major tech companies. The European Commission had accused Ireland of allowing Apple to dodge billions of