The construction industry is often identified as a significant contributor to carbon emissions, prompting urgent calls for sustainable practices. In the U.K, where infrastructural development continues at a rapid pace, there is a pressing need to explore alternative materials that mitigate ecological impact. A recent report spearheaded by the University of Dundee’s experts in collaboration
Technology
In recent years, the development of soft robotics has garnered immense attention across various fields, from medical applications to search-and-rescue operations. These innovative robots, characterized by their flexible structures, hold the potential to perform tasks that rigid robots cannot. However, integrating advanced electronics into these soft forms has posed significant challenges. Researchers in the lab
The global push for renewable energy has gained momentum in recent decades, yet many nations still find themselves deeply entwined with traditional fossil fuels like coal and gas. The fundamental issue is not merely the capacity to generate clean energy; the complexities lie in infrastructure, storage, and societal acceptance. As we explore the hurdles faced
The intersection of agricultural production and renewable energy generation has never been more critical, as we seek to address the dual challenges of climate change and food security. Recent research emerging from Swansea University unveils a remarkable tool that promises to enhance this synergy: a system designed to identify the most effective photovoltaic (PV) materials
In our technology-driven society, the heat generated by electronic devices stands as a significant barrier to enhanced performance and longevity. Whether it’s a smartphone, a gaming console, or an electric vehicle, each gadget develops heat during operation, and managing this thermal output is crucial for maintaining efficiency. The traditional solution of implementing basic cooling systems,
The evolution of electric vehicle (EV) technology is entering an exciting era, significantly transforming mobility by eliminating the barriers related to charging infrastructure. A groundbreaking innovation from a research team at UNIST has brought forth a wireless power supply system designed for vehicles on the move. This advancement, led by Professor Franklin Bien from the
In today’s fast-paced world, the ability to recognize and interpret human emotions in real time is becoming increasingly valuable across various fields. Recent advancements in technology have paved the way for innovative methods that enhance dynamic emotion recognition. A notable contribution is the research conducted by Lanbo Xu at Northeastern University in Shenyang, China, which
The advent of flexible tactile sensors that mimic the human skin’s responsiveness marks a significant leap in the field of biomechanics. Recent research from Peking University, published in the journal Science Advances, illustrates an innovative approach that utilizes advanced 3D micro strain gauges for a versatile and customizable sensing mechanism. This technology allows for detailed
Urban landscapes pose unique challenges for high-precision positioning systems. Global Navigation Satellite Systems (GNSS), particularly Real-Time Kinematic (RTK) systems, often struggle in the face of signal interruptions and distortions caused by buildings and other obstructions. This results in diminished accuracy and reliability, making it increasingly difficult to satisfy the growing demand for precise positioning in
The pursuit of hydrogen as a clean energy solution is not merely an environmental initiative for Australia; it is a core element of the nation’s strategy to assert itself as a global leader in low-emissions technologies. With the recent unveiling of the National Hydrogen Strategy, spearheaded by Federal Climate Change and Energy Minister Chris Bowen,
The quest to create machines that can replicate human and animal movement has been a focus of inventors and researchers for nearly seven decades. Over this extensive period, robots have predominantly relied on motors for movement—an innovation that has been around for over two centuries. This reliance has led to a limitation in the mobility
Deepfakes represent a profound challenge in our digital landscape, where the line between reality and manipulation is increasingly blurred due to advancements in artificial intelligence (AI). It is essential to understand the implications of these technologies, especially as tools to create hyper-realistic images and videos become readily accessible. Research from Binghamton University has made significant
In a significant turn of events, thousands of blue-collar workers at Boeing have initiated a strike after overwhelmingly rejecting a proposed contract that promised a 25% wage increase over four years. This action, involving 33,000 machinists mainly in the Pacific Northwest, symbolizes a growing frustration among workers facing a stark rise in living costs. As
In recent years, the reliance on lithium for energy storage has raised alarm bells among scientists, policymakers, and industry leaders alike. As the demand for electric vehicles (EVs) and renewable energy solutions continues to surge, the supply of lithium, which is essential for conventional lithium-ion batteries, is becoming increasingly strained. These circumstances necessitate a critical
In today’s technological climate, smartphones possess capabilities that would astonish anyone from the early 1990s when supercomputers ruled the computing world. However, as we delve deeper into the realms of artificial intelligence and the Internet of Things (IoT), the demand for innovative microchips has never been greater. This burgeoning need has prompted researchers at Berkeley