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Chemistry World August 13, 2010 James Urquhart	Zooming in on intermolecular bonds German researchers have captured clear images of intermolecular bonds for the first time using a modified form of scanning tunnelling microscopy.
Chemistry World July 30, 2007 Lewis Brindley	AFM Tip Feels Nano-Surfaces Scientists in the US have developed an artificial fingertip that boosts the resolution of atomic force microscopy, a technique that opens a window onto the nanoscale world.
Chemistry World September 20, 2013 James Urquhart	Microscopy and spectroscopy combined US researchers have developed a new imaging technique which combines the spatial resolution of scanning tunneling microscopy with vibrational information obtained from infrared spectroscopy.
Chemistry World February 28, 2007 Simon Hadlington	Individual Atoms' Chemical ID Revealed Researchers have demonstrated for the first time that atomic force microscopy can be used to reveal the chemical identity of individual atoms on a surface at room temperature.
Chemistry World July 5, 2011 Mike Brown	Metallic Pick and Mix with Complexes Scientists in Germany have plucked a metal ion from the middle of a phthalocyanine molecule on a silver surface. The simple method of removal, which employs a scanning tunnelling microscope, could be used to make cheaper molecular storage devices.
Chemistry World May 27, 2014 Simon Hadlington	Unusual H-bond patterns revealed in single molecule image Researchers in the US have used a scanning tunnelling microscope to produce the latest images of structure and bonding in a single molecule, by sensing the molecule's local potential energy landscape.
Chemistry World September 18, 2007 Simon Hadlington	Researchers See Electrons in a Spin Scientists in the US have successfully measured the spin polarisation state of single atoms adsorbed to a surface, bringing the prospect of quantum computing and spin-based electronics (spintronics) a step closer.
Chemistry World November 11, 2012 Simon Hadlington	'Nano-welding' taken to the limits as specific bonds are cut and formed In a remarkable demonstration of the extreme limits of nanoscale engineering, researchers from the US and China have used the tip of a scanning tunnelling microscope to cleave and form selected chemical bonds on a complex molecule.
Chemistry World March 25, 2013 David Bradley	Hydrogen bond under the microscope Scientists in Japan have designed a scanning tunnelling microscope tip that allowed them to measure electron transfer across a single hydrogen bond.
Chemistry World September 18, 2008 James Mitchell Crow	Atomic pinball Scientists in the Netherlands have made platinum nanostructures that act like a pair of pinball flippers when triggered by electric current.
Chemistry World June 5, 2013 Simon Hadlington	Raman scattering reaches sub-nm resolution Researchers have achieved the highest resolution yet with Raman spectroscopy, allowing the chemical mapping of molecules to a resolution of less than 1nm. The technique could allow unprecedented chemical identification of single molecules.
Chemistry World July 1, 2013 Laura Howes	Quantum tunnelling in space Interstellar dust clouds might be host to more chemistry than previously imagined.
Chemistry World January 14, 2009 Hayley Birch	MRI at the nanoscale US scientists have demonstrated the remarkable power of magnetic resonance imaging (MRI) by adapting it to create 3D nanoscale pictures of a tobacco mosaic virus.
Chemistry World June 28, 2012 Laura Howes	Stretching graphene gives quantum dots Graphene's electronic structure is the subject of much study but it seems that this can be altered by the very scanning tunnelling microscopy tips used to probe it.
IEEE Spectrum March 2008 Prachi Patel-Predd	A Nanometer-Scale Etch A Sketch Scientists use a microscope to write and erase nanowires.
Chemistry World September 23, 2014 Katrina Kramer	One-shot tomography gives atomic-scale 3D images Researchers from Germany and China have developed a method to obtain a 3D image of a nanocrystal, with atomic resolution, using just a single 1D snapshot.
Chemistry World December 7, 2012 Simon Hadlington	Striped nanoparticle controversy blows up A prickly controversy has erupted in the rarefied world of nanoscience revolving around the strength of the evidence that molecules can assemble themselves into discrete stripes around gold nanoparticles. The issue highlights the difficulty of interpreting images of nanoscale objects.
Chemistry World December 13, 2011 Jon Cartwright	Scientists unveil tiniest switch Researchers in Germany claim to have created the world's smallest molecular switch, relying on the movement of just a single proton.
Chemistry World November 1, 2007 Simon Hadlington	Shaking up Nanofriction US scientists have performed the equivalent of the school-lab experiment of dragging a mass across different surfaces to measure frictional forces - but at the atomic scale.
Chemistry World November 24, 2014 Simon Hadlington	Nanostripe controversy in new twist A new paper claims striped structures seen on certain nanoparticles are electron microscope artifacts.
Chemistry World July 4, 2010 Hayley Birch	DNA sticks at flick of switch A new technique that sticks individual DNA molecules to a gold surface works at the flick of an electrochemical switch.
Chemistry World April 24, 2007 Simon Hadlington	Researchers 'See' Catalyst Molecules at Work Researchers have for the first time 'watched' in real time single molecules of catalyst participating in a reaction at a solid-liquid interface.
Chemistry World March 10, 2009 Alexander Hellemans	Making pentagonal ice An international group of researchers have discovered that pentagonal structures of ice can be formed on copper surfaces consisting of Cu (110) substrates.
Chemistry World May 30, 2013 Laura Howes	Catching a reaction in the act A Berkeley team used an atomic force microscopy needle with a carbon monoxide molecule adsorbed onto the tip to actually watch a reaction taking place and capture these snapshots of it.
Reactive Reports November 2005 David Bradley	Water, Water How a strand of water just a few molecules thick could provide nanoscale clues about water's intriguing properties and why water is the dread enemy of atomic force microscopy.
Chemistry World November 20, 2006 Richard Van Noorden	Microscopy Enters the Fourth Dimension Researchers have taken electron microscopy into the fourth dimension, by recording atoms darting around on a surface in real time.
Chemistry World March 7, 2010 Simon Hadlington	Solvated electron mystery solved Researchers have answered a riddle that has been puzzling scientists for decades: why is it that electrons in an aqueous environment appear to exist in two distinct states
Chemistry World November 5, 2013	A close look at microscopy Atomic force microscopy is widely used in materials science and is beginning to be adopted in life science too.
IEEE Spectrum July 2007 Saswato R. Das	Power Tool for Making Nanoscale Objects A physics team uses a special electron microscope to carve tiny gold, silver, and aluminum structures a few nanometers across.
Chemistry World September 26, 2013 Akshat Rathi	First pictures of hydrogen bonds unveiled Researchers in China report the first visualization of a hydrogen bond using atomic force microscopy.
Chemistry World March 29, 2006 Jon Evans	Buckyballs Enter the Fast Lane A team of US chemists has developed a practical use for buckyballs: as wheels on a nanoscale car. The nanocar's development has revealed that nanoscale objects can move about in the same way as normal sized objects.
Chemistry World July 2, 2012 Philip Ball	Imaging icons To celebrate the London 2012 Olympics, David Fox and Anish Mistry at the University of Warwick, UK, synthesised olympicene -- a polyaromatic hydrocarbon of five fused rings.
IEEE Spectrum September 2007 Joshua J. Romero	Magnetic Storage Taken to the Atomic Scale International team of scientists learns to read and write data on islands of atoms.
Chemistry World February 9, 2006 Katharine Sanderson	Silicon Conducts an Electrical Surprise Silicon can conduct electricity when experts assumed it couldn't, sparking a surprising direction in silicon electronics.
Chemistry World February 28, 2012 Nina Notman	Observing Charge Distribution in Molecules The distribution of charge across a single molecule has been imaged for the first time by Swiss scientists. It is hoped that this work may eventually lead to electronic devices consisting of organic molecules.
Chemistry World May 2012	Column: The crucible Philip Ball is perplexed by the Engineering and Physical Sciences Research Council 's decision to cut surface science funding
Chemistry World October 11, 2009 Simon Hadlington	Diode breakthrough in molecular electronics Researchers from the US and Russia have shown how it is possible to measure the diode properties of a single molecule and how the orientation of the molecule between two electrodes can be controlled.
Chemistry World September 17, 2012 Jennifer Newton	Seeing cells under stress An analytical platform that imposes controlled mechanical strain onto live cells while monitoring changes in cell morphology and molecular signalling has been developed by scientists in Germany.
Industrial Physicist Aug/Sep 2004 Eric J. Lerner	News: Plasmon microscopy A new technique allows far-field optical microscopy with resolutions well below the wavelength of light.
Chemistry World February 27, 2014 Simon Hadlington	Quantum tunnelling sparks chemistry on cold surfaces Chemistry in deep space could be more diverse than thought after the discovery that larger atoms can quantum tunnel.
Chemistry World July 17, 2008 Ruth Tunnell	Uncovering the Hidden Nanoworld A new type of x-ray microscope allows scientists to peer inside nanodevices without opening them up.
Chemistry World September 24, 2014 Hayley Simon	Water provides new angle on single molecule imaging Small variations in a molecule's conformation can have a large effect on chemical reactivity. Being able to identify these differences is one of the aims of high resolution spectroscopy.
Chemistry World October 8, 2014	Super-resolution light microscopy wins chemistry Nobel The 2014 chemistry Nobel prize has been given to three pioneers of biomedical imaging, whose work has enabled nanoscale features within cells to be captured in exquisite detail.
Chemistry World August 11, 2015 Simon Hadlington	AFM takes first step to unravel asphaltene make-up Researchers have taken a major step towards identifying the individual molecular components of asphaltene -- a highly complex, dense mixture of hydrocarbons contained in crude oil
Chemistry World May 13, 2014 Jennifer Newton	Blurred bonds rationalized by heavy atom tunnelling A new theoretical study of anti-aromatic systems has attributed the unusual way that their I -bonds shift to quantum tunnelling.
Chemistry World April 14, 2006 Simon Hadlington	Deciphering Hydrogen Tunnelling in Enzymes Researchers have thrown important new light on the phenomenon of hydrogen tunnelling in biological catalysts. The finding is likely to spark a debate among biochemists about the fundamental nature of enzymes.
Chemistry World January 15, 2015 Emma Stoye	Blowing up brain tissue with swelling polymer delivers sharper images A new microscopic technique that magnifies specimens by blowing them up like a balloon could make it easier to produce high resolution images of cells and tissues.
Chemistry World October 23, 2014 Mark Peplow	Two for the price of one Super-resolution fluorescence microscopy gives biologists some of the clearest views of the nanoscale mechanics of living organisms. Three pioneers of the technique -- Eric Betzig, Stefan Hell and W E Moerner -- won this year's Nobel prize in chemistry for their work.
The Motley Fool February 24, 2004 Wherrett & Yelovich	Profiting From Nanotechnology Can you profit from this technology? An overview of what the science is and where opportunity may lie for investors.
Chemistry World April 18, 2012 Josh Howgego	Silicene Grown for (Probably) the First Time A one atom-thick layer of silicon - a material dubbed silicene - has been created for perhaps the first time. If fully tamed, this material might match graphene's useful electrical properties.