Professor Ozin asks the question; do we want war or peace with CO2?
Paper-Based electrocatalysts for enhanced oxygen evolution reactions
A novel electrocatalyst system with long-term stability, based on cellulose paper and graphene, has been developed by for the oxygen reduction reaction.
A supramolecular method to tune the LCST behavior of a thermoresponsive polymer
Researchers from Hangzhou, China present a supramolecular method to tune the LCST behavior of a thermoresponsive polymer using pillar[n]arenes.
A New Review of Nanocellulose for Biomedical Applications
Dr. Mehdi Jorfi and Prof. E. Johan Foster review the applications of nanocellulose in various biomedical applications.
Charge of the Sunlight Brigade
Professor Ozin pays tribute to the materials scientists and engineers working to counteract the effects of fossil fuel induced climate change.
Better insulin-cell producing transplants
Researchers develop a nanothin anti-inflammatory polymer material capable of decreasing immune responses involved in insulin-cell transplantation rejection.
Particles for Healthcare Applications
Researchers highlight the potential and current biological and biomedical applications of micro- and nanoparticle research.
Carbon dioxide: from pollution to solution
Researchers show that nanoparticles sputtered onto black silicon nanowire supports activate conversion in a hydrogen atmosphere under solar-simulated light.
Reducing the energy consumption of ironmaking
Utah researchers are leading an investigation on the chemistry of slag under the conditions of a transformational ironmaking technology being developed.
New class of industrial polymers discovered
New experimental polymers delivers cheaper, lighter, stronger and recyclable materials ideal for electronics, aerospace, airline and automotive industries.