How positronium, a fleeting particle duo, reveals the hidden architecture of materials powering clean water and air through advanced polymer membrane technology.
Exploring the fascinating world of lipid phases and their role in biological systems, drug delivery, and the origins of life.
Discover how scientists are transforming ancient clay minerals into advanced materials for cosmetics, environmental cleanup, and even space exploration through organo-clay chemistry.
Exploring the revolutionary medical applications of pharmaceutical hydrogels from drug delivery to tissue engineering.
Explore how Satoru Masamune revolutionized organic chemistry through his work with natural products and strained ring systems, developing tools that transformed chemical synthesis into a precise science.
Exploring how autocatalytic enzyme reactions enable precise temporal control in materials science for biomedical and industrial applications.
Exploring the thermodynamics and chemical microenvironments of bio-inspired all-aqueous emulsions and their revolutionary applications in biotechnology.
Explore how dendrimers are transforming cardiovascular medicine through precise drug delivery, reduced toxicity, and innovative therapeutic approaches.
Explore how molecular simulations are revolutionizing polyimide research, enabling the design of high-performance materials for aerospace, electronics, and energy applications.
Discover how next-generation polymers are revolutionizing material science by combining unprecedented performance with processability through AI-driven design and sustainable chemistry.