Controlling Mirror Images: Addressing Chiral Molecules Separately
New method allows for specific, independent control of right and left handed enantiomers
Molecules
Novel Molecular Imaging Technique to Examine Complex Coordination Molecules
Researchers have developed a novel imaging method to determine the structures of polynuclear coordination compounds
Characterizing RNA Molecules with FTIR
Although vibrational spectroscopy has long been used in structural analysis of DNA, the field has only recently expanded to address ribonucleic acid
Molecule Attacks Coronavirus in a Novel Way
Active ingredient inhibits infection with so-called pseudoviruses in the test tube, as shown by a study at the University of Bonn
Scientists Uncover Numerous Complex Molecules Never Before Seen in Space
Radio observations of a cold, dense cloud of molecular gas reveal more than a dozen unexpected molecules
Filming Roaming Molecular Fragments in Real Time
Researchers have succeeded in shooting the first molecular film of "roamers" (hydrogen fragments, in this case, that orbit around HCO fragments) during a chemical reaction
Optimized Microplates for Affinity Binding Assays
Ensure superb assay detection, every time
Enabling Efficient Synthesis of 'Information-Dense' Molecules
Researchers harness information theory to better understand how to make complex and compact molecules resembling those in nature
Get Ready for a New Periodic Table
Researchers at Hebrew University combine quantum dot "atoms" and create new "molecules"
Scientists Synthesize Light with New Intrinsic Chirality to Tell Mirror Molecules Apart
Researchers have now shown how to generate and characterize an entirely new type of light, synthetic chiral light, which identifies molecules' handedness exceptionally distinctly