8+ hour, 54+ min ago   (107+ words) npj Science of Food (2026) Cite this article This work was supported by the National Science Foundation of China (32060561); The second group of Tianshan Talent Training Program (2023TSYCQNTJ0012); Bintuan Science and Technology Program (2022DB006, 2023CB007-14); The earmarked fund for XARS-07. College of Food Science…...

3+ hour, 46+ min ago   (343+ words) < The research team. From left: Professor Dong-Yeun Koh of KAIST's Department of Chemical and Biomolecular Engineering; Professor T. Alan Hatton of MIT's Department of Chemical Engineering; doctoral student Inhwan Park (KAIST); and Dr. Young Hun Lee (MIT). > The ocean is the planet's largest carbon reservoir, absorbing about 30% of the carbon dioxide emitted by human activity. Just as water naturally refills a large container when some is removed, removing carbon dioxide from seawater enables the ocean to absorb…...

9+ hour, 37+ min ago   (210+ words) CALIFORNIA/SEOUL: Scientists have just introduced a breathtaking process to turn plastic waste into clean fuel. Researchers co-led by the UCLA Samueli School of Engineering, Los Angeles and South Korea’s Ewha Womans University have developed a chemical process that transforms…...

2+ hour, 27+ min ago   (158+ words) image: Researchers showcase how microwaves interact with the catalyst during biomass conversion, shedding light on how and why these processes could outperform conventional furnace-heated reactors. view more Credit: Shuntaro Tsubaki / Kyushu University Wood, straw, and other biomass are abundant, renewable…...

4+ hour, 30+ min ago   (131+ words) Why do we need “dynamic” polymers now? The review summarizes the important advances in recent years into five interconnected levels, which together drive supramolecular polymers from “being able to assemble” to “being controllable, understandable, and applicable” (Figure 2). The real watershed…...

3+ hour, 44+ min ago   (406+ words) | Newswise Newswise Filling Polymers with Charge, Reconnecting Broken Pathways (1) Polar molecular alignment: maximizing electron density. (2) Molecular bridge design: establishing charge transport pathways. A research team led by Professor Kang Bosoek of the SKKU Advanced Institute of Nano Technology(SAINT), Department…...

3+ hour, 24+ min ago   (568+ words) Scientists in California say they may have found a cleaner way to make one of modern life's most important materials: graphite. Their process turns waste carbon dioxide into solid carbon rather than relying on material extracted from the ground, a…...

12+ hour, 52+ min ago   (138+ words) (a) The schematic illustrates the rapid fabrication of gelatin-stabilized LMPs (GMPs) and the resulting hydrogel (GMH) without the need for traditional chemical initiators. (b) This stability is achieved through strong coordination bonding between the amino/carboxyl groups of gelatin and the surface…...

13+ hour, 29+ min ago   (146+ words) Credit: Nano Research, Tsinghua University Press The team published their research in Nano Research on July 2, 2026. The findings provide a new mechanistic understanding of activation in high-capacity lithium-ion anodes and suggest practical strategies for improving battery performance. By tailoring particle…...

4+ hour, 18+ min ago   (676+ words) "Our results showed that EIP can be tuned to decide where different ions go during treatment." Industrial wastewater from electronics manufacturing, metal processing, and other sectors can be especially difficult to treat because it often contains both high salt levels…...