CHEMISTRYA new study offers a solution to make sodium/lithium-ion batteries have greater storage capacity. Sodium-ion batteries or SIBs are among the most anticipated technologies due to the low cost and abundance of sodium.
Researchers were able to predict the behavior of troublesome ions during water processing, so they were able to develop a new ion-removal process to improve the conversion of seawater into fresh water.
A new study improved the standard spectral resolution of a microwave kinetic inductance detector by preventing photon energies from leaking the superconductors.
A new study identified how organic solar cells could match the efficiency of silicon-based cells. UC Santa Barbara collaborated with numerous institutions to research the development of organic solar cells.
Engineers from Lancaster University propose a new way of producing renewable biofuel additives using radiation derived from nuclear waste to achieve zero carbon emission targets.
University of Illinois developed a new approach involving zeolites to make water molecules and its fluidity as better catalyst for chemical reactions instead of harmful solvents.
Researchers from Purdue University created the world's whitest paint ever that works through radiative cooling that reduces the need for air conditioning and helps curb global warming.
Scientists recently learned that sunlight can also chemically transform plastics into a soup of new chemicals that no longer resemble the original product, which could be more sinister than microplastics that persist forever in the environment.
A new Tiktok trend shows people mixing a bunch of colorful chemicals to clean the toilet. But experts warn against this as people could accidentally inhale harmful chemicals, such as chlorine gas and chloroform.
Researchers used marine mussels to improve the mechanical properties of gelatin methacryloyl (GelMA) hydrogels. The mussels made hydrogels better than the original design, improving properties useful for wound healing.
Researchers recently developed a new type of catalyst that could break ammonia under lower temperatures. This catalyst will pave the way to a greener future by harvesting hydrogen fuels effortlessly without emissions.