CHEMISTRY

Monitoring air pollution through honey

CHEMISTRY Honey can be an indicator on the level of air pollution The University of British Columbia and the nonprofit Hives for Humanity conducted a study that showed how honey from urban beehives is a biomonitor on the level of pollution a city has.

Male mice with nice smell attract Female mice better

Pheromones in male mice attract Female mice Lead researcher Dustin Penn from Vetmeduni Vienna discovered that male house mice attract female house mice better because the former excretes higher pheromone levels compared to other male mice.

How hair dye works

Whether you need a disguise to run from the law or are just trying to emulate *NSYNC-era frosted tips, you may need some chemical assistance to put the hue in your do. To understand how these "shade-y" changes happen, you have to dive back into the history of chemistry.

Chemistry breakhrough: capturing carbon dioxide for keeps

Carbon dioxide has a new process of converting it into coal Scientists from RMIT University have discovered an economically viable process of converting carbon dioxide into solid coal through liquid metals.

Nematode odors offer possible advantage in the battle against insect pests

Gardeners commonly use nematodes to naturally get rid of harmful soil-dwelling insects. A new study published today in the journal Functional Ecology revealed that these insect-killing nematodes also produce distinctive chemical cues, which deter Colorado potato beetles and make potato leaves less palatable to them.

Producing biofuels from Escherichia coli

E. coli used to produce bioproducts including biofuels A new method in producing bioproducts by optimizing and genetically engineering E. coli bacteria has been proposed.

Oxalic acid from captured carbon dioxide: a new process

Scientists discover the process in converting captured carbon dioxide into oxalic acid Michigan Technological University scientists discovered a method in capturing carbon dioxide and converting it to oxalic acid.

Physicists discovers planet-like spinning electrons

Electrons are found to spin like planets Rutgers University-New Brunswick researchers discovered planet-like spinning electrons that could innovate solar cells, electronic displays, lasers, and in lighting.
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