Explore how temperature affects the viscoelastic properties of nanoconfined liquid mixtures and their technological applications.
Discover how scientists have designed a molecular mediator that coordinates proton and electron transfer for sustainable fuel and chemical production.
Explore how scientists are using cellular-level research to diagnose and treat lung diseases with unprecedented precision, from IPF to lung cancer.
Explore how plant conservation genetics is helping preserve biodiversity and combat the silent crisis of genetic diversity loss in plant populations worldwide.
Explore recent breakthroughs in materials science including chiral superconductivity in graphite and p-wave magnetism in nickel iodide, and their potential applications in quantum computing and energy-efficient technologies.
Explore how evolutionary developmental biology reveals the genetic toolkit that shapes animal diversity through conserved genes and developmental processes.
Explore the fascinating world of immunology through groundbreaking research at the University of Rochester, where scientists are translating discoveries into medical solutions.
Discover how genome sequencing of a 90-year-old Newcastle disease virus revealed a previously unknown genotype with implications for vaccine development and disease control.
Exploring the critical role of Limnology & Oceanography reviewers and their impact on aquatic science research quality and integrity.
Explore how developmental neuroscience has matured to reveal how childhood experiences shape brain development across the lifespan, featuring breakthrough research and future directions.