Touch is an essential sense that governs our interaction with the world. For humans and animals alike, it offers a complex tapestry of information, from texture to temperature, forming the basis of how we explore our environment. In robotics, however, replicating this nuanced sensory input has been a long-standing challenge. Robots often operate in isolation,
Technology
The advent of low-orbit satellites is poised to revolutionize global communications, promising high-speed internet access to millions. However, a significant challenge has hindered their potential reach: existing antenna technologies are confined to one user per antenna array. The implications of this limitation are profound, as it necessitates expensive satellite constellations or larger individual satellites equipped
Advancements in artificial intelligence, specifically in the field of natural language processing (NLP), have resulted in the development of sophisticated language models capable of generating human-like text. However, the complexity of certain inquiries often exposes their limitations, eliciting a need for systems that can adaptively collaborate to enhance the accuracy of responses. In a groundbreaking
The field of robotics has long sought inspiration from nature, attempting to mimic the behaviors and characteristics of living organisms. Advances in technology have allowed engineers to create machines that replicate movement, environmental sensing, and even physiological responses seen in the animal kingdom. However, a recent breakthrough at Cornell University moves beyond traditional biomimicry by
OpenAI, the revolutionary artificial intelligence company that has captivated the tech community, is considering significant changes in its structural and operational framework, including a plan to offer its Chief Executive Officer, Sam Altman, a 7% equity stake. Such a move would mark an unprecedented shift in the company’s philosophy, transitioning from a purely non-profit model
The automotive sector has long harnessed the capabilities of robotics to enhance productivity and efficiency, yet as we progress deeper into the 21st century, the potential applications for these mechanical entities are expanding. Recent developments signal a shift as robots are gradually infiltrating diverse arenas, including logistics, space exploration, and hazardous environments. However, despite the
The Sasol Solar Challenge is not merely a race; it’s a testbed for innovation and resilience, pushing the boundaries of solar technology. This year’s competition, which concluded on September 21, witnessed a remarkable feat by the Belgian team, Innoptus. Competing against 14 formidable teams from around the globe in a grueling eight-day journey, they emerged
The electric vehicle (EV) revolution is set to undergo a significant transformation, thanks to cutting-edge advancements in wireless charging technology. A research team from Ulsan National Institute of Science and Technology (UNIST), led by Professor Franklin Bien, has developed a novel wireless power supply system that could change the way we think about charging electric
In the complex landscape of China’s economic framework, the recent resurgence of Pony Ma, co-founder of Tencent Holdings, as the nation’s wealthiest individual brings forth a plethora of implications for the private sector. With a net worth soaring beyond A$65 billion, Ma now occupies the 27th position on a global scale according to the Bloomberg
The ambition for net-zero emissions in the aviation sector by 2050 has emerged as a prominent issue in climate discussions. Despite receiving extensive attention and pledges from various stakeholders, including governments, airlines, and environmental groups, current efforts appear insufficient to address the severity of the crisis. A recent report from Cambridge University outlines a five-year