The University of Pittsburgh's 3D-printed collagen scaffolds, known as CHIPS, mark a revolutionary advancement in tissue engineering. These platforms mimic the body's natural cellular environment, enabling the growth of functional tissues and advancing disease modeling beyond traditional methods. This innovation has the potential to replace animal testing, accelerating research and ethical advancements in biotechnology.

A groundbreaking study reports the first observation of non-reciprocal Coulomb drag in Chern insulators, enhancing our understanding of quantum materials and offering potential for advancements in quantum computing technologies.

Explore how AI is transforming crystallography by empowering researchers to study the smallest crystals, unlocking new pathways in essential domains like drug discovery and energy storage innovations.

MIT's CSAIL introduces LinOSS, a groundbreaking AI model inspired by the brain’s neural oscillations, for enhanced long-sequence data prediction. The model promises improved stability and efficiency, with potential applications across healthcare, climate science, and financial sectors.

A pioneering catalyst developed by researchers at the Ningbo Institute of Materials Technology and Engineering enhances green hydrogen production, marking a significant step toward carbon neutrality. This innovation not only improves energy efficiency but also paves the way for the sustainable production of valuable chemicals, aligning with global sustainability goals.

Recent research has elucidated the mysterious dissonance in gravitational waves emitted by black holes by employing non-Hermitian physics, unveiling resonant interactions between vibrational modes and potentially launching a novel field in gravitational studies.

The Children's Commissioner for England advocates for an urgent ban on AI-powered 'nudification' apps that generate sexual deepfake images of children. Highlighting significant risks to child safety and privacy, this call for action emphasizes the need for stronger legal measures and societal awareness.

NASA is tackling the challenge of rocket exhaust on the Moon's surface to improve safety during lunar landings. Through testing at the Marshall Space Flight Center, engineers simulate the impact of exhaust on lunar regolith to enhance the precision of future Artemis missions.

A research team from Newcastle University has developed a transformative standard for IoT devices that removes battery dependence and improves AI capabilities by leveraging a novel three-terminal photocapacitor. This advancement promises to revolutionize sustainable and intelligent IoT infrastructures.

Researchers from Shenzhen University and the University of Rennes have pioneered a novel passivation technique that significantly boosts the efficiency of kesterite solar cells. By treating Cu₂ZnSnS₄ (CZTS) materials in an oxygen-rich environment, they have reached a power conversion efficiency of 11.51%, addressing long-standing challenges associated with these materials.