Chemistry & Materials

Synthesis, batteries, catalysts, polymers, and cutting‑edge materials.

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BIOENGINEER.ORG
bioengineer.org > caged-nickel-catalyst-turns-greenhouse-gases-into-syngas-and-refuses-to-quit

Caged Nickel Catalyst Turns Greenhouse Gases Into Syngas and Refuses to

18+ min ago   (660+ words) Two of the most troublesome greenhouse gases, methane and carbon dioxide, can be forced to react with one another in a process known as dry reforming of methane, a reaction that converts both pollutants into valuable synthesis gas, a mixture…...

BIOENGINEER.ORG
bioengineer.org > green-solvents-and-microwaves-unlock-antioxidant-treasures-hidden-in-eucalyptus-leaves

Green Solvents and Microwaves Unlock Antioxidant Treasures Hidden in

1+ hour ago   (55+ words) Chemists in Pakistan have shown that the secret to extracting powerful antioxidant compounds from the leaves of the lemon-scented eucalyptus tree lies in matching the polarity of the solvent to the chemistry of the target molecules. In a study published…...

BIOENGINEER.ORG
bioengineer.org > tea-grown-nickel-oxide-nanoparticles-turn-chitosan-films-into-tunable-optoelectronics

Tea-Grown Nickel Oxide Nanoparticles Turn Chitosan Films Into Tunable

1+ hour, 8+ min ago   (617+ words) A team of materials scientists has shown that ordinary green tea can do far more than steep a soothing drink: its polyphenol-rich extract can grow phase-pure nickel oxide nanoparticles that, when embedded in a biodegradable chitosan matrix, transform a humble…...

BIOENGINEER.ORG
bioengineer.org > engineered-porous-carbon-traps-cancer-causing-benzene-from-air-and-cigarette-smoke

Engineered Porous Carbon Traps Cancer-Causing Benzene From Air and

1+ hour, 11+ min ago   (72+ words) Benzene is one of the most insidious chemicals that ordinary people encounter every day. The International Agency for Research on Cancer classifies it as a Group 1 human carcinogen, meaning there is established evidence that it causes cancer in humans, with…...

BIOENGINEER.ORG
bioengineer.org > spent-coffee-grounds-turned-into-carbon-dots-that-boost-antibacterial-food-packaging

Spent Coffee Grounds Turned Into Carbon Dots That Boost Antibacterial Food

1+ hour, 11+ min ago   (524+ words) Every year, the world brews billions of cups of coffee, and almost all of the spent grounds end up in landfills, where they slowly decompose and release methane....

BIOENGINEER.ORG
bioengineer.org > machine-learning-meets-x-rays-to-reveal-the-hidden-architecture-of-pea-seeds

Machine Learning Meets X-Rays to Reveal the Hidden Architecture of Pea

1+ hour, 25+ min ago   (95+ words) Every seed is a masterpiece of biological engineering, a compact package in which molecular order and cellular design are woven together to protect and nourish a future plant. For scientists trying to understand how crops such as the yellow pea…...

BIOENGINEER.ORG
bioengineer.org > bubble-collapse-and-hydrogen-peroxide-join-forces-to-destroy-stubborn-dye-pollutants

Bubble Collapse and Hydrogen Peroxide Join Forces to Destroy Stubborn Dye

1+ hour, 25+ min ago   (672+ words) Synthetic dyes are among the most stubborn pollutants humanity releases into rivers and groundwater, and azo dyes—the largest class, defined by their characteristic nitrogen–nitrogen double bond—account for an estimated 60 to 70 percent of global colorant production....

BIOENGINEER.ORG
bioengineer.org > mxenes-emerge-as-frontier-nanomaterials-powering-supercapacitors-and-clean-hydrogen-production

MXenes Emerge as Frontier Nanomaterials Powering Supercapacitors and Clean

1+ hour, 25+ min ago   (79+ words) A sweeping review published in Discover Electrochemistry has consolidated more than a decade of progress on MXenes, a family of two-dimensional transition metal carbides, nitrides, and carbonitrides that many researchers now regard as the most versatile nanoarchitecture in modern energy…...

scitechdaily.com
scitechdaily.com > a-century-old-physics-effect-just-got-a-new-dimension

A Century-Old Physics Effect Just Got a New Dimension

6+ hour, 22+ min ago   (417+ words) Physicists have uncovered an in-plane Hall response that overturns a century-old assumption about how this famous electrical effect works. The discovery could eventually make multidirectional magnetic sensing possible with one tiny device....