Exploring how artificial intelligence is accelerating MXene innovation from synthesis to smart applications in energy storage, sensors, and beyond.
Exploring the cutting-edge world of Metal Matrix Nanocomposites (MMNCs) and their potential to revolutionize materials engineering.
Discover how senescent cells selectively liberate genes from heterochromatic prisons, reshaping cellular identity and fueling age-related inflammation.
Breakthroughs from ICBEPS2023 reshaping medicine through biomedical engineering and pharmaceutical sciences
Breakthroughs in fluorescent nanoparticles reveal how anti-ACQ Pdots outperform AIE for precise cancer detection and treatment.
Exploring non-destructive evaluation technologies that revolutionize bone tissue engineering by enabling real-time monitoring of osteogenic differentiation.
Exploring how engineered micro and nanomotors are revolutionizing medicine, environmental science, and technology through their microscopic mobility and precision.
Exploring how clinical engineering residencies are transforming healthcare through innovation, combining technical expertise with clinical immersion.
Exploring how engineering schools shape professional identity to retain talent in the field through innovative pedagogical approaches.
Research on effective methods for teaching anatomy in English to non-native English speaking engineering students, combining 3D visualization and problem-based learning.