Recent advancements from Osaka University have developed a new technology that allows robots to mimic human emotions more realistically through facial expressions. This breakthrough uses waveform-based synthesis to create dynamic, lifelike expressions, potentially overcoming the uncanny valley effect and enhancing human-robot interactions.

A recent study reveals that dark matter was a dominant force in galaxies during the early universe, challenging previous models of dark matter distribution and galaxy evolution.

InsectNet, developed by researchers at Iowa State University, is transforming insect identification. Using a dataset of 12 million images, this AI technology identifies over 2,500 insect species with 96% accuracy, aiding farmers in pest management and offering insights for ecological studies.

Researchers have developed a method to control electric sparks using ultrasonic waves, enabling precise navigation and targeting even within non-conductive materials. This technology offers a safer and more practical alternative to previous methods and holds potential applications across various fields.

This article delves into how generative AI technologies are reshaping digital transformation strategies across various industries. It highlights the rapid adoption and integration of large language models that automate and enhance business operations. Additionally, it underscores the necessity for strategic recalibration by business leaders to fully harness the potential of AI, promoting well-defined governance and maximizing return on investment.

This article explores the revolutionary advancements and ethical implications of Neuralink's brain chip technology, highlighting its potential to transform the lives of people with neurological impairments while also raising significant ethical and privacy concerns.

This article explores a recent study on multi-modal large language models (LLMs) and their limitations in handling complex visual cognition tasks, highlighting the need for developments to achieve human-like understanding. Researchers emphasize the necessity for AI models to incorporate more intuitive processing to better mimic human intelligence.

Researchers at Incheon National University have developed a method called transformer-assisted parametric CSI feedback, which vastly improves the reliability and speed of 5G and 6G networks. This innovation addresses the challenges posed by millimeter-wave technology and massive MIMO systems, ensuring stable connectivity in high-speed and disaster-stricken scenarios. The method uses AI to focus on crucial signal parameters, offering significant improvements in error rates and enhancing applications like vehicle-to-everything communications and satellite links in remote areas.

Recent advancements in OLED microdisplays, tackling electrical crosstalk, promise to enhance AR and VR technologies by improving image quality and energy efficiency.

This article explores the groundbreaking use of 3D bioprinting technology for personalized cancer treatment. Developed by researchers at POSTECH and The Jackson Laboratory, this innovative model leverages patient-derived tissue and a specialized hydrogel to more accurately predict drug responses, potentially revolutionizing cancer therapy.