Since the discovery of liquid crystals in 1888, the Nobel Prize in Physics in 1991 was awarded for research into liquid crystals and they have become essential to our everyday lives

125 Years of Liquid Crystals

A Story of Multicomponent Systems
Mechanistic and computational analysis of a multicomponent reaction of cyclohexadiene, 2-phenyl-indol-3-one, and acetonitrile conducted

Element 115 Exists
The existence of element 115, known temporarily as ununpentium, has been claimed by researchers at Sweden’s Lund University

Stability on the Branch Line
A new explanation as to why branched alkane hydrocarbons are more stable than their unbranched isomers has been developed

Bent ML2 Complexes
Additional stabilization through strong π backdonation in bent d10-ML2 complexes

Two Routes—Two Graphene Oxides
Graphene oxide materials prepared by using different oxidants show distinct electrochemical properties

Smart Windows Become Smarter
A novel nanocrystal-in-glass composite can be used to generate smart windows that block heat but absorb light

Most Accessed Articles: July 2013
The most-accessed chemistry articles from ChemPubSoc Europe and GDCh journals for July 2013

Glowing Graphene Dots
Graphene quantum dots with the right functionalization can be used to sense copper in living cells

Angewandte Chemie 34/2013: Celebrating Liquid Crystals
Overview of the latest issue of Angewandte Chemie