chemistry

Nano-spike catalysts convert carbon dioxide directly into ethanol

Carbon Dioxide Can Easily Convert Into Industrial Fuel Using Novel Catalyst

Researchers from the University of Amsterdam (UvA) have invented a new catalyst that can efficiently convert carbon dioxide (CO2) to carbon monoxide (CO). This soon-to-be-patented invention enables the sustainable utilization of CO2, a potent greenhouse gas linked to climate change. If successful on a larger scale, this invention could provide a practical way for converting CO2 to useful chemicals.

Solvent Baths Promise Better Perovskite Crystals and Better Solar Energy

With the coming of spring, and the looming global warming ever at our odds, it’s clear that there’s enough heat already out in the world. So why would you want your “green” energy practices to contribute ever more to that heat? Current methods, for example, in the production of solar cells used to capture energy require an intense recrystallization process that comes at the price of a drastic raise in the temperature of the substance—perovskite. But now, thanks to chemists at Brown University, the green energy movement may soon be equated with a cooler movement, as well.

Intricate Organic Molecules—Yeah, We Can 3D Print That

Perhaps you’re a neurobiologist looking to isolate endocanibinoids from human brains. Any volunteers to offer their brains up for study? You’re not likely to find any takers, but now thanks to some researchers at the University of Illinois, you may just be able to print your own. That’s right, print. In what the researchers are calling the next step in 3D-printing, with a version specifically designed to tailor to researchers, University of Illinois chemists led by lead researcher Martin Burke have develop a machine that can systematically synthesize thousands of different molecules basically from scratch.

How One Innovation May Change the Solar Energy Game Forever

If you’ve ever ventured out into the middle of the desert, you’ve likely encountered a solar field of sorts. On the way to Las Vegas, for example, there exists a solar plant that leverages thousands of glass reflectors to burn hot with the power of the sun. But when it comes to more domesticate uses of the sun, researchers and consumers have been limited by the capabilities of light-absorbing perovskite films used in solar cells. Now, however, thanks to a PhD researcher at Brown University, the tides may have changed.

Intricate Organic Molecules—Yeah, We Can 3D Print That

Perhaps you’re a neurobiologist looking to isolate endocanibinoids from human brains. Any volunteers to offer their brains up for study? You’re not likely to find any takers, but now thanks to some researchers at the University of Illinois, you may just be able to print your own. That’s right, print. In what the researchers are calling the next step in 3D-printing, with a version specifically designed to tailor to researchers, University of Illinois chemists led by lead researcher Martin Burke have develop a machine that can systematically synthesize thousands of different molecules basically from scratch.
Stephan Kudlacek & Professor Weiss

The Antigastronomist—Unboiling an Egg

While gastronomists and foodies alike have searched for new methods of altering the chemical composition of foods, chemists at UC Irvine and the University of Western Australia have found a way to undo some of the changes. In fact, after being tasked with finding new methods for reducing the costs of pharmaceutical development, the researchers have found a way to deconstruct the problem and solved the puzzle of unboiling an egg.
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