The landscape of robotics is undergoing a transformative shift, thanks to groundbreaking research from the German Aerospace Center’s Institute of Robotics and Mechatronics. Their ingenious integration of traditional internal force-torque sensors with cutting-edge machine-learning algorithms presents a compelling alternative to the conventional notion of artificial skin in machines. For ages, mimicking human senses has centered
Technology
In the pursuit of global high-speed internet access via low-orbit satellites, a significant hurdle has emerged: the fundamental technological limitation of these satellites, which can traditionally communicate with only one user at a time. This constraint demands considerable resources—either in the form of large satellite constellations or substantial individual satellites equipped with numerous antenna arrays.
Large Language Models (LLMs) have become increasingly important in various domains ranging from natural language processing to biomedical inquiries. In scenarios where intricacies and specialized knowledge are required, these generalist models may deliver inaccurate responses. A newly proposed method by researchers at MIT’s Computer Science and Artificial Intelligence Laboratory (CSAIL) sheds light on a collaborative
In an intriguing nexus of biology and engineering, researchers at Cornell University are pioneering the use of fungal mycelia in the development of innovative robotic systems. This groundbreaking approach diverges significantly from traditional robotics, aiming to create “biohybrid” machines that are not only more adaptable to their surroundings but also capable of real-time environmental interaction.
The landscape surrounding OpenAI is undergoing seismic shifts, as the organization grapples with leadership changes and discussions about its corporate structure. Recent conversations have surfaced regarding a potential move towards granting Chief Executive Officer Sam Altman an equity stake in the company and transitioning OpenAI into a for-profit business model. This represents a substantial change
The automotive industry has long been a pioneer in the integration of robotics, but recent strides show a wave of technology entering diverse areas such as logistics, emergency response, and even space exploration. Despite these advancements, existing robots remain limited, primarily performing pre-defined tasks in a repetitive manner. To unlock new possibilities and enhance efficiency,
The annual Sasol Solar Challenge in South Africa has garnered a reputation for pushing the boundaries of solar-powered vehicle technology. This year’s competition, which took place from September 13 to 21, saw a diverse group of talented teams from around the globe come together to test their innovative designs against one another in an intense,
Recent advancements in electric vehicle (EV) technology are transforming how we perceive charging infrastructures. In particular, a groundbreaking research initiative from UNIST presents an innovative approach to power delivery for moving vehicles, eliminating the need for conventional charging stations. Under the guidance of Professor Franklin Bien from the Department of Electrical and Electronic Engineering, the
Pony Ma, the co-founder of Tencent Holdings, has recently regained his position as China’s wealthiest individual, boasting a net worth exceeding A$65 billion, according to the Bloomberg Billionaires Index. His rise to the top of the financial echelon is a significant marker of the shifting tides within the Chinese economy, particularly in the wake of
The aviation industry finds itself at a crossroads, grappling with the imperatives of sustainability as global warmth escalates and climate challenges intensify. Recent research from Cambridge University illuminates a pressing predicament; the sector is significantly off-course in achieving its target of net-zero emissions by the halfway point of the century. The newly released report offers