The interdisciplinary cooperation project PhotoKon could make a significant contribution to the regional bioeconomy by producing valuable chemicals directly from CO₂ and light, bypassing the need for ...

This study identifies a proton-gated channel in centipede antennae that conducts monovalent cations through proton ...

Scientists have found that on Titan, substances that should remain separate can actually combine under freezing conditions.

Scientists at an undisclosed research facility have achieved a groundbreaking feat by creating “warm ice,” a novel form of ...

▲ 摘要：光谱学作为判定物质结构与化学成分的关键技术，已广泛应用于众多科学领域。传统光谱技术受限于窄缝或光栅结构，必须在光谱分辨率与光学透射率之间进行权衡，因而无法同时实现高灵敏度与高效率测量。研究者提出名为RAFAEL的亚埃级超高通量瞬时光谱技术，该技术基于铌酸锂集成可重构光子器件，成功突破了上述局限。

The Gen Z protests of September 8 and 9 left a profound scar on Nepal’s built environment. Riots, vandalism and arson on ...

It's that time of year when kids get to gorge on candy and indulge in all of their dress-up dreams. Here are some ...

Researchers have created human embryos by taking nuclei from ordinary skin cells, placing them into donated eggs, and ...

Dunning, co-discoverer of the Dunning-Kruger effect, investigates the misinformation gap built into our brains: We don't know ...

Researchers developed a neural state-space model to predict plasma dynamics, optimizing rampdown trajectories and enhancing ...

Global climate action based on the Paris Agreement is progressing, but concerns have been raised that the future projections ...

Since 1991, UChicago’s Kavli Institute for Cosmological Physics has connected students from Chicago Public Schools with world ...