Exploring how biomimicry applies nature's 3.8 billion years of design experience to human engineering challenges.
Exploring bipolar electrochemistry-driven wireless drug loading and energy harvesting in conductive hybrid hydrogels - a breakthrough in biomedical technology.
Exploring how molecular modelling transforms scientific research and creates significant economic impact across industries
Discover how scientists transform waste polystyrene into hyper-cross-linked polymers for carbon capture, water purification, and other environmental applications.
Discover how iterative computational methods revolutionize blown film extrusion modeling, leading to better plastic products through advanced mathematics and thermal dynamics.
Explore how catalysis breakthroughs are revolutionizing sustainable chemistry, from shape-shifting single-atom catalysts to light-powered reactions.
Discover how scientists are optimizing a fungal enzyme system within reverse micelles to efficiently break down the environmental pollutant Bisphenol A (BPA) in water.
Discover how Pedro Sato guava waste is being transformed into sustainable bioplastics, offering a solution to plastic pollution through innovative science.
Explore groundbreaking dietary fiber research presented at ASN EB 2012 symposium and learn how fiber impacts your health.
Discover how polymer-based nanoscopic sensors are transforming threat detection with unprecedented sensitivity and speed for chemical and biological hazards.
Discover how digital holographic microscopy is transforming nanomedicine safety testing through a groundbreaking interlaboratory study on polymeric nanocarriers.
Explore how statistical mechanics bridges microscopic and macroscopic worlds in biology, revealing hidden rules of molecular and cellular life.
Explore how hybrid nanogels are transforming medicine through targeted drug delivery, neural regeneration, and innovativ...
Discover how the EGI Distributed Computing Infrastructure is transforming computational chemistry through powerful simul...
Exploring the transformative potential of chitin and chitosan as functional biopolymers in medicine, environmental scien...
Exploring how autocatalytic enzyme reactions enable precise temporal control in materials science for biomedical and ind...
Exploring the pervasive impact of microplastics on ecosystems and human health, and scientific solutions to address this...
Exploring how manipulating cellular scaffold dimensionality and physicochemical properties is transforming regenerative...
Exploring how ionic liquids are transforming flame retardant technology with eco-friendly solutions for batteries, polym...
Exploring how biocompatible hyperbranched polymers are revolutionizing medicine through targeted drug delivery, tissue r...
Discover how azide polymers are transforming material science through precise click chemistry, enabling breakthroughs in...
Discover the groundbreaking thorium complex that shattered coordination chemistry records with its unprecedented 15-coor...
Exploring the science of fiber solidification kinetics and how it enables durable, sustainable infrastructure through co...
Discover how abasic sites in DNA are being repurposed as protective nanocages to revolutionize DNA-templated synthesis a...
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