Chemistry - Page 19 of 66

University of Wisconsin-Madison chemical engineers have created a model of how catalytic reactions work at the atomic scale, a development they consider a breakthrough in computational chemistry research. Given that

Chemistry

Peroxide is used by scientists to study metal oxide reactions.

Chemistry Article

In collaboration with the Center for Functional Nanomaterials (CFN), a U.S. organization, researchers at Binghamton University conducted research. S. Brookhaven National Laboratory's Office of Science

Chemistry

Creating tunable molecular switches out of organic chemicals

Chemistry Article

Organic molecules that have just been created can be tuned to emit specific colors based on their crystallized molecular structures. Chemicals with molecular structures known

Chemistry

The paper emphasizes the crucial need of a collaborative approach to green chemistry research.

Chemistry Article

Tom Stavert is a co-Ph.D. In the journal RSC Sustainability, a researcher from Sheffield and Strathclyde examines how combining computational modeling with green chemical principles can promote sustainable manufacturing. A

Chemistry

The addition of a conductive copolymer boosts the efficiency of commercial polypeptide synthesis by bacteria.

Chemistry Article

A method for significantly enhancing the effectiveness of bacterial production of a commercial polypeptide has been developed by a group of chemists at the Institute

Chemistry

Computational modeling is used by scientists to create ‘ultrastable’ materials.

Chemistry Article

Materials with a rigid, cage-like structure are known as metal-organic frameworks (MOFs), and they can be used for a variety of purposes, such as drug

Chemistry

Watching what happens in the first picosecond after a proton detaches from a dye after being exposed to light

Chemistry Article

A proton can be released locally by excitation with light in certain molecules, the so-called photoacids. The pH of the solution abruptly changes—a quick switch that is critical for numerous

Chemistry

Inorganic membranes that are both energy-efficient and adaptable for a cleaner future

Chemistry Article

A breakthrough in synthesis methodology makes it simple to create inorganic membranes that are both energy-efficient and highly customizable, potentially revolutionizing many industries' business practices

Chemistry

Using artificial photosynthesis, low concentration CO2 can be utilized in biodegradable plastic precursors.

Chemistry Article

Scientists from Osaka Metropolitan University have created a method that successfully converts more than 60% of waste acetone into 3-hydroxybutyrate, a substance used to create

Chemistry

A paper-based sensor for swiftly and cheaply detecting pesticides in food.

Chemistry Article

Brazilian researchers at the University of Sao Paulo (USP) have created an electrochemical sensor based on kraft paper that, when connected to an electronic device, can detect pesticide traces in