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Chemistry World January 24, 2010 Andy Extance	Boron cluster forms unique ring system Clusters of nineteen boron atoms gather together in a ring structure unlike any other seen, with two planar -bonded aromatic systems nestled inside one another.
Chemistry World July 7, 2014 Jennifer Newton	Buckyball boron Systematic structure-searching calculations performed by scientists in China have put forward an all-boron analogue of fullerene: B 38.
Chemistry World February 6, 2012 David Bradley	10 out of 10 for boron's coordinated effort A team in the US has created a boron compound that has the highest coordination number of any planar species, squeezing 10 spoke-like bonds from a central metal hub to 10 boron atoms equally spaced around a nanoscopic wheel.
Chemistry World December 10, 2014 Emma Stoye	Cutting edge chemistry in 2014 Highlights from last year's ground breaking chemical sciences research.
Chemistry World December 18, 2012 Caryl Richards	Boron vapor trail leads to heterofullerenes A team of scientists has developed a simple way to synthesize heterofullerenes -- fullerenes with atoms other than carbon in their structure -- by exposing fullerene to boron vapor during their growth.
Chemistry World January 28, 2009 Manisha Lalloo	Ultra-pure boron structure discovered Scientists have characterised a new form of elemental boron - a notoriously hard element to synthesise in a pure form - and found that ionic bonding helps hold the structure together.
Chemistry World October 15, 2015 Victoria Richards	C 50 breaks all the rules European scientists have found that the rules of aromaticity need to be rewritten if they are to ever discover a superaromatic fullerene.
Chemistry World May 30, 2012 Jon Cartwright	Tiny buckyball grown around metal atom An international team of researchers has observed the smallest fullerene to form spontaneously to date using metal atoms for stabilization.
Chemistry World November 12, 2015 Tim Wogan	Flat boron first looks promising for nano-electronics The super hard material, which was formed by two-stage chemical vapor deposition, has unusual properties for a two-dimensional material that could potentially make it very useful in nano-electronics.
Chemistry World July 27, 2015 Anisha Ratan	Boroles get a stability boost Scientists from Germany have reported a breakthrough in borole stability, using bulky fluoromesityl groups, which could help these anti-aromatic molecules realize their potential in optoelectronic devices.
Chemistry World May 9, 2010 Hayley Birch	Filming fullerene formation Real-time, atomic level microscopy has revealed that the round, cage-like structures of fullerenes can form directly from sheets containing large numbers of carbon atoms.
Chemistry World June 5, 2014 Jennifer Newton	Boron nitride Pringle predicted to be frequent flapper Researchers at the University of Nebraska-Lincoln, US, were so inspired after reading about the graphene Pringles reported last year that they decided to investigate equivalents made from boron and nitrogen.
Chemistry World August 29, 2014 Simon Hadlington	Rigid molecular wires make electrons fly Researchers in Germany and Japan have shown that a new type of organic molecular wire -- which is flat and rigid -- can transfer electrons at more than 800 times the speed of its conventional, flexible counterpart.
Chemistry World November 5, 2009 Lewis Brindley	Playing with 'Russian-doll' fullerenes Chinese chemists have made 'Russian-doll'-style fullerenes, containing three distinct molecules trapped within one another.
Chemistry World February 21, 2010 Lewis Brindley	Fullerenes break the rules Chinese researchers have made an exotic new family of fullerenes that contain three pentagons fused sequentially in their structure.
Chemistry World May 28, 2012 Hayley Birch	Buckyballs grow by gobbling up carbon New insights into the formation of some of chemistry's most iconic molecules - the fullerenes - suggest they grow by 'eating' carbon atoms.
Chemistry World June 14, 2012 David Bradley	Tripling up on boron bonds Carbon and nitrogen are well known for their triple bonds, but making stable compounds with a triple bond between two boron atoms hadn't been achieved despite the computational possibilities. Until now.
Chemistry World July 22, 2010 Andy Extance	Buckyballs give clue to space mystery The C60 molecule Buckminsterfullerene has been clearly identified in space for the first time, providing a possible solution to a 90-year old extraterrestrial enigma.
Chemistry World October 16, 2014 Simon Hadlington	Helium happily shares electrons to create dianions Helium invariably sits with its arms tightly folded and refuses to participate in chemistry, but turns out to be surprisingly generous when it is in the right environment, willing to donate not just one but two electrons to neighboring species.
Chemistry World December 7, 2009 Simon Hadlington	Metal atoms in carbon nanotubes caught on film An international team of researchers has filmed individual metal atoms as they move around and react within the confines of a carbon nanotube.
Technology Research News June 2, 2004	Buckyballs Gain Smaller Kin Researchers from Xiamen University and the Chinese Academy of Sciences have constructed a smaller version of the buckyball or C60 fullerene molecule, a spherical cage of carbon atoms.
Chemistry World November 24, 2014 Jennifer Newton	Boron and beryllium finally shake hands Beryllium bis(diazaborolyl) features the first non-cluster bond between boron and beryllium.
Chemistry World March 16, 2010 Lewis Brindley	Making 'armoured' T-shirts Boron carbide - the third hardest material on earth - has been built into the fabric of cotton T-shirts, dramatically increasing its toughness.
Chemistry World October 5, 2006 Mark Peplow	Boron Shows Its Negative Side A molecule that hosts a negatively-charged boron atom could prove to be an exciting addition to the chemist's toolbox, according to researchers who have isolated the anion as its lithium salt.
Chemistry World July 29, 2011 Simon Hadlington	Archetypal Lewis Acid Borane Turned Into a Base Chemists in the US and Germany have achieved the remarkable feat of transforming a borane, an archetypal electron-accepting Lewis acid, into an electron-donating Lewis base.
Chemistry World February 26, 2007 Lionel Milgrom	Nanotubes Sprout Fullerene Buds A new carbon-based hybrid material is set to make an impact on the microelectronics industry. Christened 'nanobuds', the material consists of single-walled carbon nanotubes with football-shaped fullerenes stuck on their outer surfaces.
Chemistry World January 19, 2007 Richard Van Noorden	Happy Families for Aluminium Chemists have discovered that aluminium - a notoriously anti-social element compared with its sister boron - may in fact form an unexpected family of hydride clusters.
Chemistry World January 29, 2015 Jennifer Newton	Graphene looks to doped superbenzene to overcome electronic hurdles Building graphene from carefully-modified superbenzene segments has been proposed as a way to help graphene overcome a major stumbling block limiting its application in electronic devices.
Chemistry World July 3, 2014 Tami Spector	Of atoms and aesthetics Molecular aesthetics means many things to a few people. For some it means tangible aspects of compounds; for others yet, the ways that chemists represent molecules.
Chemistry World July 7, 2015 Matthew Gunther	Football-sized fullerene gets an electric response A football-sized resonator that can simulate the properties of a carbon fullerene has been created by scientists in Germany.
Chemistry World July 29, 2013 Jennifer Newton	240 boron atoms in a single molecular species The unique supramolecular cuboctahedron contains 240 boron atoms and was synthesized by Chad Mirkin and colleagues at Northwestern University in Evanston, Illinois, via coordination-driven assembly.
Chemistry World August 13, 2008 Fred Campbell	Buckyball synthesis under control Researchers in Spain have developed a highly efficient, surface-catalysed route to fullerenes.
AskMen.com Shannon Clark	Vitamin B 101 Everything you need to know about vitamin B.
Chemistry World August 29, 2012 James Urquhart	Graphene--boron nitride stitching to sew up electronics The race to create ultrathin, transparent and flexible electronic devices using graphene -- the most conductive material known to exist -- has a promising new contender.