Discover how cutting-edge research on the International Space Station reveals unexpected effects of space travel on brain development. This study by the Scripps Research Institute and the New York Stem Cell Foundation demonstrates how microgravity accelerates neuronal maturation and decreases inflammation, with far-reaching implications for neuroscience.

Korean researchers have developed the first self-charging energy storage device by combining supercapacitors with solar cells. This innovative system uses advanced electrode materials to significantly enhance energy storage, paving the way for high-performance sustainable energy options.

Explore the pros and cons of passkeys as a modern alternative to traditional passwords. While they promise enhanced security through cryptographic methods, current usability issues and integration challenges hinder their widespread adoption.

Recent findings suggest that intelligence emerges from brain-wide connectivity rather than specific regions, recommending a shift from traditional intelligence theories. The study emphasizes the role of comprehensive brain networks in predicting intelligence more effectively than previously thought.

A groundbreaking, non-invasive tool in neurology—the 'molecular flashlight'—could transform the way we diagnose brain diseases. Utilizing vibrational spectroscopy to illuminate molecular compositions, it presents an innovative method for studying brain health without causing damage. As this technology develops, combining it with AI might facilitate accurate diagnostics and personalized treatments for neurological conditions.

Recent advancements in gravitational wave detection through optical spring tracking are significantly enhancing the sensitivity of detectors like aLIGO. This breakthrough reduces quantum noise and improves signal clarity, potentially revolutionizing our understanding of cosmic events such as black hole mergers. Through innovative experimental methods, researchers are paving the way for future space-based detectors, expanding our comprehension of the universe's most profound mysteries.

This article explores how the graceful swimming and efficient filtering mechanisms of manta rays have inspired advancements in robotics and water filtration. Researchers have developed a fast, energy-efficient soft robot mimicking manta ray swimming and a new water filtration design patterned after their gill structures.

Researchers from the Hong Kong University of Science and Technology (HKUST) have developed groundbreaking deep-ultraviolet microLED display chips that could transform semiconductor manufacturing. By enabling maskless photolithography, these innovative chips are set to enhance efficiency, reduce production costs, and increase precision in the industry.

Exploring the potential of AI robots in space travel, this article examines whether they could eventually replace human astronauts. With advancements in AI and robotics, the benefits and limitations of robotic versus human space exploration are evaluated, highlighting the successes of robotic missions and the unique advantages of human presence in space.

The US Treasury Department's recent cybersecurity breach through the third-party software provider BeyondTrust highlights vulnerabilities in supply chain security. This event underscores the critical need for robust defense strategies and international collaboration to protect essential infrastructure from state-sponsored attacks.