More Than Just a Pretty Gem: The Many Uses of Diamond While diamonds might be among the most coveted minerals in jewelry ...

A team of chemists has shown that a single, carefully designed organic molecule can be coaxed into forming seven entirely ...

While lithium-ion batteries (LIBs) remain the most widely used rechargeable batteries worldwide, energy engineers have been testing various alternatives with different underlying chemistries. These ...

Geography Lecturer & Columnist Shusaku MiyajiThe Fuel Map Changed by the Oil ShocksAs we saw in Lecture 17, the two oil shocks that occurred in the 1970s caused crude oil prices to skyrocket. However, ...

A new carbon-to-nitrogen skeletal-editing reaction works on complex molecules, such as vinpocetine. C-to-N cut-and-paste ...

Researchers from the University of Chicago have reported a reaction to replace carbon with nitrogen in types of molecules ...

Johns Hopkins APL researchers are developing a quantum sensor that could detect chemical and biological threats using tiny ...

Chemists in Iraq have designed and synthesized a new family of biphenyl-based heterocyclic compounds that display striking ...

More and more details about 3I/ATLAS are filtering through the scientific process as time goes on. Our third known interstellar visitor attracted the attention of some of the world's most powerful ...

The lab-grown diamond market, by volume, is pegged to become 50 times the current market size. Shah calls it a "monumental opportunity" that India must seize ...

Electrochemical carbon capture is a promising low-energy-cost solution for direct air capture (DAC) by using renewable electricity and avoiding traditional, energy intensive thermal swing sorption.

The global transition toward carbon-free, clean and sustainable energy has accelerated the search for new hydrogen-producing technologies. However, making clean hydrogen by splitting water into ...