Discover how plants communicate with microbes through root exudates and how hydroponic systems reveal these underground conversations for sustainable agriculture.
Discover how hyperbolic metamaterials are breaking the diffraction limit to enable nanoscale imaging and ultra-sensitive sensing applications.
Exploring how photochemistry revolutionizes drug discovery by enabling precise synthesis of bioactive molecules and revealing their photophysical properties.
Exploring how building biomaterials age aesthetically and the scientific methods used to monitor their appearance over time.
Explore how biophotonics is transforming medicine through light-based technologies for diagnosis, treatment, and research.
Exploring how dual-threshold voltage SRAM designs are revolutionizing power efficiency and performance in modern electronics.
Exploring the groundbreaking field of Optical Neural Engineering and how light-based technologies are transforming neuroscience research and treatments.
Explore how the Vera Rubin Observatory's LSST will revolutionize our understanding of dark matter, dark energy, and the dynamic universe through its decade-long survey of the southern sky.
Exploring how aberration-free electromagnetic waves in thin dielectric slabs are transforming optical focusing technology.
Exploring how Journal of Biomedical Optics' transition to bimonthly publication in 2004 accelerated biomedical discovery and innovation.