Discover how laser fields alter chemisorption energy for Na₂ molecules on tungsten surfaces, enabling unprecedented control over chemical bonding processes.
Discover how metal-support interactions enable low-temperature methane activation, revolutionizing dry reforming for sustainable fuel production.
Explore how universities use Gap Analysis and EMS to transform labs into sustainable hubs of innovation, reducing waste and energy consumption.
Explore how J-STAGE's advance publication system is transforming biomechanics research sharing through faster dissemination, rigorous peer review, and innovative digital publishing.
Explore the revolutionary field of bioprinting and how scientists are using 3D printing technology to manufacture human tissues and organs.
A comprehensive analysis of the physico-chemical properties of soil in Jhunjhunu district, Rajasthan, revealing insights for sustainable agriculture.
Explore the groundbreaking high-resolution multimodal flexible miniaturized endoscope technology that's revolutionizing medical imaging through nonlinear optics.
Explore how Directional Education programs are preparing the next generation for nanotechnology careers through hands-on learning and global initiatives.
Discover the revolutionary non-invasive glucose detection platform using pH-responsive superwetting surfaces that could transform diabetes management.
Discover how hydroxyapatite, a mineral found in bones, is revolutionizing VOC decomposition as a sustainable, noble-metal-free catalyst for air pollution control.