Driverless cars in the UK are now expected by 2027, delayed from 2026. Uber is poised to lead with driverless taxis as regulations unfold. This article delves into the current status, hurdles, and the promising future of autonomous vehicles in the UK.

This article explores the challenges and advancements in using IoT technologies to create secure and efficient smart cities. It emphasizes the benefits of IoT in urban management and highlights the importance of robust data protection amidst growing security concerns.

Researchers at Georgia Tech have developed self-regulating soft electromagnetic oscillators, ushering in a new era for soft robotics by eliminating the need for rigid electronics. These innovations enable more flexible and autonomous robot designs, with potential applications ranging from medical devices to advanced automation systems.

Astrobee, NASA's free-flying robotic system on the ISS, is enhancing its capabilities with the new Pyastrobee simulator to manage soft cargo. This development, a joint effort by Stanford, Cambridge, and NASA Ames, leverages modern reinforcement learning to improve Astrobee's proficiency in logistics, heralding a future of more autonomous space operations.

Researchers at the University of Illinois have developed synthetic materials inspired by the collaborative behaviors of marine shells, opening new possibilities for advanced energy-absorbing systems, including wearable bandages and vehicle bumpers.

A groundbreaking study from Baylor College of Medicine reveals Alzheimer's disease impacts beyond the brain, urging a paradigm shift in understanding and treating the condition. Using fruit flies as models, researchers discovered that systemic interactions play a crucial role in disease progression, highlighting the need for holistic approaches in diagnostics and therapies.

Explore how a ransomware attack on Redcar and Cleveland Council in 2020 revealed alarming vulnerabilities in public sector cybersecurity, prompting questions about preparedness and response strategies.

evoCAST, a novel gene editing tool developed by Columbia University and the Broad Institute, promises to transform gene therapy through precise gene insertion capabilities. By overcoming the limitations of CRISPR and traditional methods, evoCAST enables accurate integration of large DNA segments, offering hope for treating complex genetic disorders and cancer. Despite its promise, challenges remain, particularly in delivery methods.

A groundbreaking study from the University of Central Florida reveals the potential of electro-optic sampling (EOS) in advancing quantum physics and beyond. Using ultrashort laser pulses through crystals, this technique offers unprecedented insights into quantum fields with remarkable precision. The research led by Professor Konstantin Vodopyanov opens exciting new avenues in quantum physics, molecular spectroscopy, and medical diagnostics.

The University of Central Florida's innovative 'bridge doctor' method revolutionizes bridge inspections by combining infrared thermography, high-definition imaging, and neural network analysis. This approach promises to enhance safety, efficiency, and economic management in infrastructure maintenance.