All Matter articles – Page 135
-
ResearchFrom beehive to bone cement
Compound used by bees inspires antimicrobial biomaterial with superior strength
-
-
Research
Watching chemical gardens grow
Researchers explore the flower-like formations of cobalt chloride in waterglass
-
ResearchHydrogen bond pictures come under close scrutiny
For atomic force microscopy images claiming to show intermolecular interactions, appearances may be deceiving
-
ResearchHomes can wrap up warm with super-insulating foam
Graphene oxide, clay and cellulose nanofibres turned into a cheap, fireproof insulator that performs better than conventional materials
-
ResearchStressed ligands switch catalysis selectivity
Switchable ligand flips between strained and relaxed forms altering reaction enantioselectivity
-
ResearchExpanding the supramolecular toolbox
Meet the biphen[n]arenes, a new family of macrocyclic arenes
-
ResearchEngineered metalloenzyme catalyses Friedel–Crafts reaction
Unnatural amino acids help expand catalytic repertoire of enzymes
-
ReviewX marks the structure
Elisabeth Jeffries discovers there’s a diffractometer for everything from crystals to proteins
-
ResearchSquare planar iron complex breaks inorganic dogma
Unusual spin state could open the door to new and exciting chemistry
-
ResearchAcid choice flips enantioselectivity
Changing proton source in asymmetric decarboxylation unexpectedly delivers opposite configuration
-
OpinionLycopodium alkaloids
Not all natural products are created equal. BRSM looks at a flexible route to some perennial favourites
-
ResearchMolecular magnet goes ultracool
Magnetic refrigeration taken to below 1K for the first time
-
Research2D arsenic allotrope predicted
Graphene-like monolayer could be made by exfoliating grey arsenic
-
ResearchSelf-cleaning surfaces from scrap silicone
Simple mechanical process converts waste silicone into a superhydrophobic material
-
FeatureThe resolution revolution
Super-resolution fluorescence microscopy earned three of its creators a Nobel prize this year. Emma Stoye focuses in on their story
-
Research
Iridium forms compound in +9 oxidation state
Iridium oxide cation made by pulsed-laser vaporisation in the gas phase
-
ResearchIsotope effect produces new type of chemical bond
Evidence emerges for vibrational bond first proposed 30 years ago
-
ResearchHelium happily shares electrons to create dianions
Fullerene dianions created in nanodroplets of helium opening up new ways of creating exotic molecular species
-
ResearchLiming Dai: Integrating nanochemistry into the macroscopic world
The director of Case4Carbon talks to Chemistry World about advanced carbon nanomaterials