Researchers reveal a critical flaw in widely used computational chemistry tools, systematically overestimating bond strength by nearly 40% in key molecular systems.
Showing 1 - 12 of 13 articles
Researchers reveal a critical flaw in widely used computational chemistry tools, systematically overestimating bond strength by nearly 40% in key molecular systems.
New chemistry solves the 'solvent problem' for organic solar cells, enabling 19% efficiency with eco-friendly processing and unlocking widespread commercialization.
Researchers unlock unprecedented CO2 conversion efficiency by manipulating electron spin in single-atom catalysts, widening operating windows for industrial applications.
A groundbreaking study shows three bismuth atoms mimicking carbon's π-allyl cation, redefining capabilities of heavy main-group elements and opening new chemical frontiers.
Researchers transform 'dry liquid' powder into innovative non-spherical biodegradable microcapsules, addressing key challenges in adhesion and sustainable encapsulation.
Uncover the atomic-scale flaw in nickel-rich battery cathodes causing rapid capacity degradation. Crucial for next-gen EV and consumer electronics.
Waseda researchers achieve atomic precision in nanoporous material synthesis, moving beyond chaotic self-assembly to control every molecular connection for optimized properties.
Scientists unveil a breakthrough molecule for artificial photosynthesis, mimicking nature's energy trick to efficiently generate power, even in air.
Scientists achieve a major breakthrough, discovering superconductivity in pure, undoped nickelates and challenging long-held materials science assumptions.
Beyond active sites: New catalyst design leverages hidden layered architecture and hydrogen bonds to boost activity and selectivity for H2O2 production.
New research reveals how abundant copper optimizes thermoelectric materials, enabling cost-effective waste heat conversion to electricity and accelerating clean energy.
Researchers unveil how tick saliva transforms into a super-strong biological glue, anchoring ticks for days and facilitating disease transmission. Discover the GRP protein's secret.
