Hold out your hands, palms up, and move them so they are on top of each other. With a little experimentation—and perhaps a ...

Chiral objects play a crucial role in nature and technology. In the realm of elementary particles, one of the most important chiral phenomena is spin, which is often compared to a self-rotation of ...

From living matter to molecules to elementary particles, the world is made of “chiral” objects that differ from their reflected forms. After her adventures in Wonderland, the fictional Alice stepped ...

Chirality of an object means that it cannot be superimposed onto its mirror image. Like our left and right hands, chiral objects exist in two distinct forms that are mirror images of each other.

This means that a chiral object looks different from its mirror image; just like you couldn’t swap your left and your right hand, chiral objects (from molecules to snail shells and more ...

Your hands are chiral objects, which means they’re asymmetric but not superimposable. This property is quite interesting when studying the physical properties of matter. A chiral molecule can ...

Such surfaces could also become the basis of new biosensor technologies. A chiral object, such as your hand, is one that cannot be superposed on its mirror image. Chirality is fundamental in ...

Chiral objects, like coils or L-shaped blocks, come in either left or right-handed forms; non-chiral ones, like circles or straight lines, do not. Many molecules and materials are naturally chiral ...

Think of the mirror image of a symmetrical object, such as a chair or a stapler. Its mirror image can be perfectly superimposed onto the original. However, the mirror image of a chiral object ...

"Chiral object refers to a three-dimensional object that cannot be superimposed onto its mirror image using only translations and rotations. Such chiral objects interact differently with left- and ...