Discover how Leonhard Euler's mathematical innovations power the thermodynamic hierarchical theory of biological evolution and explain life's drive toward complexity.
Explore the pivotal 1982 Workshop on Molecular Genetics of the Mouse that revolutionized biomedical research and launched the era of genetic engineering.
Discover how electric fields are enabling precise control of material microstructures through grain boundary engineering, creating continuously graded materials with optimized properties.
Explore how comparative genomics and advanced sequencing technologies are revolutionizing cereal crop improvement for food security and climate resilience.
Explore how everyday materials like strawberries, onion skins, and eggs unlock the profound mysteries of biology through hands-on problem-solving.
Discover the fundamental tools evolution uses to create new genes, traits, and species through gene duplication, structural mutations, co-option, and regulatory changes.
Discover how biological networks are transforming medicine by mapping the intricate connections between genes, proteins, and molecules.
Discover how scientists cloned the PtoDWF4 gene from Populus tomentosa and its implications for sustainable forestry and agriculture.
Explore the fascinating history and evolution of quantum chemistry, the discipline that bridges physics and chemistry through quantum mechanics.
Exploring the surprising similarities and differences in reactivity between albite glass and crystalline albite, and their implications for geology and materials science.