A compound found in peanuts and coffee, and used as a common food additive, was studied spectroscopically to reveal conformational details
An in-depth look at a selected research article and its significance.
Sniffing Out Sulfur Insights
Is Graphene Really a 2D Material?
The need to make more quantitative use of the total electronic charge density distribution is demonstrated by a long unsolved problem
Reuniting Chemical Disciplines, Separated at Birth
In the 19th Century, every chemist was a polymath. What changed? And how can we reunite the different chemical disciplines?
Life on the Rocks
Did life orginiate from a comet's impact? Latest MD simulations reveal an impact synthesis mechanism for important prebiotic heterocycles
Replacing a DEAD, Middle-aged Reagent
Replacing DEAD with recyclable reagents in the Mitsunobu reaction may lead to it being used for larger-scale industrial processes
Let Those Without Syn Cast the First Post
If you are publishing the recipe for your synthesis, then you had better be precise. Why? Because the bloggers are watching!
Easing the Pressure on Gas Storage
Metal-organic framework that can hold almost as much methane as a pressurized gas cylinder holds promise for methane-powered vehicles
Twenty Years On, Still Just Saying NO
Nitrogen(II) oxide plays a key role in vasodilation, sexual arousal, and cardiac activity, but how much do we really know about NO concentrations?
Feel Your Molecule’s Reactions
Haptic quantum chemistry makes interaction and reaction of molecules touchable and could revolutionize quantum calculations
The Subtleties of Supping Red Wine
What is it about wine that gives a particular bottle its unique aroma or bouqet; analytical methods reveal new insights