Explore how X-ray Diffraction and Electron Crystallography work together to solve complex atomic structures in materials science and biology.
Discover how scientists create perfectly uniform quantum-sized zinc oxide crystals using alkylzinc phosphinate compounds, revolutionizing nanotechnology applications.
Discover how hydroxyapatite-based composite materials are revolutionizing bone and dental regeneration through bio-inspired engineering.
Discover how the tiny marine copepod Calanus pacificus dynamically adjusts its digestive system to survive in patchy ocean environments, with profound implications for marine food webs and global carbon cycles.
How scientists built a revolutionary ring that bridges chemistry's great divide between organic and inorganic chemistry.
Discover how high school students are using colorful chemistry experiments with everyday materials to conduct socially relevant research on environmental issues.
Explore how scientists use chemical mass closure to analyze aerosol chemistry and identify pollution sources in Tanzania's atmosphere.
Discover how Principal Component Analysis (PCA) simplifies complex data, revealing hidden patterns in genetics, astronomy, and more through dimensionality reduction.
Exploring how AI-enhanced reconstruction is revolutionizing particle physics at the CEPC and beyond, transforming our ability to decode the universe's deepest secrets.
Explore how ontology-based knowledge platforms are transforming equipment health management in industrial plants through AI, semantic technology, and predictive maintenance.