Explore the revolutionary CRISPR-Cas9 gene-editing technology, its breakthrough applications, and the ethical implications of rewriting life's code.
Exploring how atmospheric pressure plasma is transforming medicine through wound healing, cancer treatment, and antimicrobial applications.
Explore how micro/nanobeam scanning diffraction techniques reveal the hidden structures of fibrous materials at atomic scales.
Exploring the cutting-edge magneto-optic surface plasmon resonance (MOSPR) technology and its revolutionary applications in biosensing.
Exploring the transformative potential of nanostructured thin films in technology, medicine, and energy applications.
Exploring how scientists predict major forthcoming events in physics, focusing on the HL-LHC upgrade and its potential discoveries
Exploring how hierarchical structures in nature inspire revolutionary AI architectures for reasoning and problem-solving.
Discover how ultrahigh numerical aperture meta-fibres are transforming optical trapping technology, enabling precise manipulation of microscopic objects with flexible, hair-thin devices.
Exploring materiomics - the science of biological protein materials from nano to macro scales, revealing nature's blueprint for strength and resilience.
Exploring how computer graphics simulate the complex light interactions with human skin to create realistic digital characters.