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            <title>News: News and Views: Physical chemistry: 
			Oil on troubled waters</title>
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            <description>The nature of the boundary between water and oil is crucial to many nanometre-scale assembly processes, including protein folding. But until now, what the interface really looks like remained in dispute. (Source: Nature Materials Update)</description>
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            <title>Nanozone: News: Nanotubes at full stretch</title>
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            <description>As perfectly crystalline structures go, carbon nanotubes can be remarkably stretchy. A combination of two mechanisms makes their elongation a self-healing process. (Source: Nature Materials Update)</description>
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            <title>News: News: Hit meexcl</title>
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            <description>The response of aluminium to intense high pressures is stiffer than expected (Source: Nature Materials Update)</description>
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            <title>News: News: UK's Diamond synchrotron turns on the lights</title>
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            <title>Nanozone: Features: Science in culture</title>
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            <description>Lucia Covi uses modern microscopy to highlight the world at the nanoscale. (Source: Nature Materials Update)</description>
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            <title>News: News: Pigments help to date disputed masterpiece</title>
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            <description>Spectroscopy puts painting in the Renaissance. (Source: Nature Materials Update)</description>
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            <title>Nanozone: News and Views: Nanofluidics: 
			Silicon for the perfect membrane</title>
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            <description>Newly developed ultrathin silicon membranes can filter and separate molecules much more effectively than conventional polymer membranes. Many applications, of economic and medical significance, stand to benefit. (Source: Nature Materials Update)</description>
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            <title>News: News: Bone cells tackle nacre</title>
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            <description>Nacre is hard to digest for some bone cells (Source: Nature Materials Update)</description>
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            <title>Nanozone: News: Molecular machinery gets organized</title>
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            <description>Molecular motors are of limited use unless they are fixed in place on an immobile substrate. That has now been achieved for the first fully synthetic, fully rotating single-molecule rotors. (Source: Nature Materials Update)</description>
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            <description>Surgery opens door to prosthetics that can 'feel'. (Source: Nature Materials Update)</description>
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            <title>News: Features: Energy efficiency: 
			Super savers: Experimenting with efficiency</title>
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            <title>News: News: A demon of a device</title>
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            <description>Light makes molecular machines perform trick. (Source: Nature Materials Update)</description>
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            <title>News: News: New cavity rules</title>
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            <description>Self-assembly of dendrimers with tunable cavities (Source: Nature Materials Update)</description>
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            <title>Nanozone: News: Burning a hole in your genes</title>
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            <description>Light-absorbing nanoparticles act as tiny heaters for performing nanoscale cautery of biological structures. (Source: Nature Materials Update)</description>
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            <title>News: Features: High-density memory: 
			A switch in time</title>
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            <description>By 2020 the semiconductor industry wants a memory device that can store a trillion bits of information in an area the size of a postage stamp. As companies race towards this goal, chemists are coming up with an unusual approach. Philip Ball reports. (Source: Nature Materials Update)</description>
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            <title>News: News: Surface chemistry: 
			Repellent legs</title>
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            <title>Nanozone: News: The nanoparticle necklace</title>
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            <description>Assembling nanoparticles in a controlled manner could lead to new nanodevices and materials. But how do you control where the linkages go? (Source: Nature Materials Update)</description>
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            <title>News: News: Stable electrocatalysts</title>
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            <description>Stabilizing platinum electrocatalysts with gold clusters (Source: Nature Materials Update)</description>
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            <title>News: News and Views: Organic chemistry: 
			Catalytic gold rush</title>
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            <description>Despite gold's reputation as an inert element, chemists have mined a rich seam of catalytic reactions that use this metal. The latest example stakes out gold's claim as a versatile catalyst. (Source: Nature Materials Update)</description>
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            <description>Physicists at the University of Cambridge are leading a revolution in how data can best be displayed. Katharine Sanderson reports. (Source: Nature Materials Update)</description>
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			Synergy in a superlattice</title>
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            <description>Put two types of crystal together in one lattice, and the resulting material can have properties greater than the sum of those of its individual components. Until now, that's been a difficult trick to pull off on a large scale. (Source: Nature Materials Update)</description>
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            <description>Light causes a drop in surfactant-solution viscosity (Source: Nature Materials Update)</description>
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            <title>News: News: Touchy feely sensors</title>
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            <description>Wearable haptic sensors for reproduction of global and local motor functions. (Source: Nature Materials Update)</description>
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            <title>Nanozone: News: Nanocomposites get hairy</title>
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            <description>Composite nanostructured materials are common in nature, but are tricky to mimic. A new approach provides switchable properties that can be controlled at the microscopic scale. (Source: Nature Materials Update)</description>
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			Sacrificial synthesis</title>
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            <description>The size and uniformity of polymer molecules makes it difficult to modify them at just one selected site. But a single chemical group can be attached at the end of a polymer if part of the starting material is forfeited. (Source: Nature Materials Update)</description>
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            <description>Estimates of radiation damage to materials have been too low. (Source: Nature Materials Update)</description>
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			Trapped fast at the gate</title>
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            <description>The speed record for programming organic transistor memory has been shattered. Work is needed on the stability of the memory storage, but it's a promising step towards some novel technological applications. (Source: Nature Materials Update)</description>
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            <description>Corrosion inhibition on demand (Source: Nature Materials Update)</description>
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            <description>An ability to separate small particles is needed in many new technologies. They can be sifted simply by scattering them on a surface and shaking it. (Source: Nature Materials Update)</description>
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            <title>News: News: Materials Science: 
			Displaced by radiation</title>
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            <description>The mineral zircon suffers more structural damage from the alpha-decay of plutonium present in its crystal than was thought. That could have a knock-on effect on strategies for managing nuclear waste. (Source: Nature Materials Update)</description>
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            <description>There are several ways to join up carbon nanotubes into complex structures and lsquocircuit patternsrsquo for nanoelectronics and nanomechanical systems. But a new metal spot-welding method has several advantages. (Source: Nature Materials Update)</description>
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            <description>Fabricating large-scale semiconducting surfaces for the flexible screens of the future is a bothersome business. A simple technique for growing single-crystal organic semiconductors brings new vision to the field. (Source: Nature Materials Update)</description>
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            <description>A honeycomb array of micropores acts as a light insulator mdash but fill some with water, and you open up channels for light to pass. (Source: Nature Materials Update)</description>
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            <description>Tiny metal resonators can be used to create a material with tunable responses to an applied voltage. Combined with a semiconductor substrate, they can be used to control technologically promising terahertz radiation. (Source: Nature Materials Update)</description>
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            <description>Microlens arrays can be made by inducing buckles in polymer films (Source: Nature Materials Update)</description>
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            <description>The job of cleaning up Britain's nuclear plants is up for auction mdash so who might profit from the newly privatized industry? Andrea Chipman reports. (Source: Nature Materials Update)</description>
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            <description>Silicon is the archetypal semiconductor, and base material of the microelectronic age. But it turns out that, treated the right way, silicon the semiconductor can become silicon the superconductor. (Source: Nature Materials Update)</description>
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            <description>Carbon nanotech may have given swords of Damascus their edge. (Source: Nature Materials Update)</description>
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            <description>Superatoms ndash clusters of atoms that mimic individual atoms of other elements ndash now come in valence-changing forms. (Source: Nature Materials Update)</description>
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            <description>The pursuit of responsible nanotechnologies can be tackled through a series of grand challenges, argue Andrew D. Maynard and his co-authors. (Source: Nature Materials Update)</description>
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            <description>Close ally of Tony Blair unexpectedly leaves post (Source: Nature Materials Update)</description>
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            <description>Boundary lubrication layer moves location in water (Source: Nature Materials Update)</description>
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            <description>A new method shows how to make carbon nanotubes to order with any specified diameter. It is made possible by the self-healing nature of these nanostructures. (Source: Nature Materials Update)</description>
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            <description>Spyropyran confers light- and pH-responsiveness to a thermosensitive microgel (Source: Nature Materials Update)</description>
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            <description>Correction to 1993 paper gets physicists talking. (Source: Nature Materials Update)</description>
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            <description>Errors reported in this issue by authors of a Nature paper pose a dilemma about trust. (Source: Nature Materials Update)</description>
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            <description>A combination of high-temperature anneal and electromigration treatment allows individual nanotubes to be shrunk to any desired diameter. (Source: Nature Materials Update)</description>
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            <description>An artificial landscape constructed using micro- and nanoengineering has been used to explore the way organisms mdash in this case bacteria mdash occupy diverse evolutionary niches. (Source: Nature Materials Update)</description>
            <author>Nature Materials Update</author>
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            <description>Tailored propagation of light (Source: Nature Materials Update)</description>
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			Porous solids get organized</title>
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            <description>A powerful combination of analytical techniques is used to shed light on the complex crystallizations of porous solids. Molecular recognition creates the seeds of order from which complex lattices grow. (Source: Nature Materials Update)</description>
            <author>Nature Materials Update</author>
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            <title>News: News: A 'metallic' smell is just body odour</title>
            <link>http://www.medworm.com/index.php?rid=261461&amp;cid=s_32082_173_f&amp;fid=32082&amp;url=http%3A%2F%2Fwww.nature.com%2Fmaterials%2Fnews%2Fnews%2F061102%2Fjournal%2F061023-7.html</link>
            <description>The pong from handling iron or copper comes from your own skin. (Source: Nature Materials Update)</description>
            <author>Nature Materials Update</author>
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            <description>Physicists help a US basketball team get to grips with its new ball. (Source: Nature Materials Update)</description>
            <author>Nature Materials Update</author>
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            <description>One US nanotechnology start-up has hit the jackpot mdash but for others the prospect of such overnight success seems remote. Colin Macilwain reports. (Source: Nature Materials Update)</description>
            <author>Nature Materials Update</author>
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            <description>Electricity from microbes could shield ships and rigs. (Source: Nature Materials Update)</description>
            <author>Nature Materials Update</author>
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            <link>http://www.medworm.com/index.php?rid=261457&amp;cid=s_32082_173_f&amp;fid=32082&amp;url=http%3A%2F%2Fwww.nature.com%2Fmaterials%2Fnanozone%2Fnews%2F061102%2Fportal%2Fm061102-2.html</link>
            <description>Ultrathin organic films called self-assembled monolayers have a variety of uses in nanotechnology. But our understanding of how they form may have to be revised. (Source: Nature Materials Update)</description>
            <author>Nature Materials Update</author>
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            <description>Just like architects, chemists use unusual building blocks to build new structures. (Source: Nature Materials Update)</description>
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            <link>http://www.medworm.com/index.php?rid=258085&amp;cid=s_32082_173_f&amp;fid=32082&amp;url=http%3A%2F%2Fwww.nature.com%2Fmaterials%2Fnews%2Ffeatures%2F061026%2Fjournal%2F4431017a.html</link>
            <description>Light microscopy is undergoing a renaissance, with a huge range of tools and techniques for gathering biological data with unprecedented speed and resolution. Michael Eisenstein takes a closer look. (Source: Nature Materials Update)</description>
            <author>Nature Materials Update</author>
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            <description>(Source: Nature Materials Update)</description>
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            <description>Can North Korea's nuclear advances be contained? (Source: Nature Materials Update)</description>
            <author>Nature Materials Update</author>
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            <link>http://www.medworm.com/index.php?rid=252181&amp;cid=s_32082_173_f&amp;fid=32082&amp;url=http%3A%2F%2Fwww.nature.com%2Fmaterials%2Fnews%2Fnews%2F061026%2Fjournal%2F443886a.html</link>
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            <title>News: News: Rich in plutonium</title>
            <link>http://www.medworm.com/index.php?rid=252180&amp;cid=s_32082_173_f&amp;fid=32082&amp;url=http%3A%2F%2Fwww.nature.com%2Fmaterials%2Fnews%2Fnews%2F061026%2Fjournal%2F443883b.html</link>
            <description>The US nuclear-weapons complex is too large mdash 
and is likely to remain so. (Source: Nature Materials Update)</description>
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            <description>Encouraging statistics on industrial RampD don't tell the whole story. (Source: Nature Materials Update)</description>
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            <description>An international data bank of nuclear explosives is needed to determine the source of nuclear materials following an explosion, argue Michael May, Jay Davis and Raymond Jeanloz. (Source: Nature Materials Update)</description>
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            <description>Russian-US team claims to have created element 118 (Source: Nature Materials Update)</description>
            <author>Nature Materials Update</author>
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            <link>http://www.medworm.com/index.php?rid=252176&amp;cid=s_32082_173_f&amp;fid=32082&amp;url=http%3A%2F%2Fwww.nature.com%2Fmaterials%2Fnanozone%2Fnews%2F061026%2Fportal%2Fm061026-2.html</link>
            <description>Nanotechnology is older than we thought. The Egyptians were using it four millennia ago to darken their greying locks. (Source: Nature Materials Update)</description>
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            <description>Micromechanical tool for performing complex operations in a water environment (Source: Nature Materials Update)</description>
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            <description>News@nature.com looks at how much we know about the country's nuclear abilities. (Source: Nature Materials Update)</description>
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            <description>Zeolites are materials with widespread applications. A newly synthesized example has desirably large pores, as well as the virtue of thermal stability, and shows the value of structure-prediction programs. (Source: Nature Materials Update)</description>
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            <description>Controlling the aggregation of nanoparticles may be the key to making nanostructured materials. Now thereaposs a simple way to do it in two dimensions. (Source: Nature Materials Update)</description>
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            <description>Hybrid AlGaInAsndashSi laser (Source: Nature Materials Update)</description>
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            <description>Paper predicting demise of field is massaged after complaints from researchers. (Source: Nature Materials Update)</description>
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            <title>News: News: Polymers pull together</title>
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            <description>Charge-transfer complexes control polymer morphology (Source: Nature Materials Update)</description>
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            <description>Hard biomaterials like bone have remarkable properties that depend on their nanostructure. But how, exactly? (Source: Nature Materials Update)</description>
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            <description>Nature Nanotechnology will spearhead rapid progress in understanding the nanoscale. (Source: Nature Materials Update)</description>
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            <title>News: News: Tarantulas spin silk from their feet</title>
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            <description>Heavy spiders use a little extra glue to get around. (Source: Nature Materials Update)</description>
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            <description>Externally triggerable nanoscale reactor for encapsulation and delivery of biomolecules (Source: Nature Materials Update)</description>
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            <description>Dip-pen nanolithography is a precise but slow way of making nanostructures. But not if you do it thousands of times at once. (Source: Nature Materials Update)</description>
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			Hydrogen at the flick of a switch</title>
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            <description>Before hydrogen can be used as a transportation fuel, a safe storage system for the gas must be found. Metal clusters that release hydrogen in response to an electric current may be a step in the right direction. (Source: Nature Materials Update)</description>
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            <description>Nanoparticles are becoming widely used for labelling molecules and cell structures. Thousands of different labels can be created from hollow tubes with controlled diameters. (Source: Nature Materials Update)</description>
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            <description>How liquid metals attack polycrystalline materials (Source: Nature Materials Update)</description>
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            <description>Solid red oxygen: useless but delightful. (Source: Nature Materials Update)</description>
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            <description>Interdisciplinary research is the new buzzword, but does a grounding in different disciplines really make you better at solving problems? Amanda Haag joins an experiment to find out. (Source: Nature Materials Update)</description>
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            <description>Tungsten carbide makes an excellent anode in biological fuel cells (Source: Nature Materials Update)</description>
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            <link>http://www.medworm.com/index.php?rid=190398&amp;cid=s_32082_173_f&amp;fid=32082&amp;url=http%3A%2F%2Fwww.nature.com%2Fmaterials%2Fnews%2Fnewsandviews%2F060914%2Fjournal%2F443150a.html</link>
            <description>Oxygen crystallizes into a sequence of structures, starting as an insulator at low pressure and becoming a superconductor at high pressure. The elusive structure of an intermediate phase has now been determined. (Source: Nature Materials Update)</description>
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            <link>http://www.medworm.com/index.php?rid=190397&amp;cid=s_32082_173_f&amp;fid=32082&amp;url=http%3A%2F%2Fwww.nature.com%2Fmaterials%2Fnanozone%2Fnews%2F060914%2Fjournal%2F443137a.html</link>
            <description>Lack of regulation and risk assessment could hamper the nanotechnology sector. Virginia Gewin reports. (Source: Nature Materials Update)</description>
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            <description>Another step towards oxide interface electronics. (Source: Nature Materials Update)</description>
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			Catalysts break symmetry</title>
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            <description>The creation of asymmetric molecules from symmetrical precursors is a useful strategy for organic synthesis. A new catalyst can accomplish this task through a unique, symmetry-breaking reaction. (Source: Nature Materials Update)</description>
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			Playing molecular tag</title>
            <link>http://www.medworm.com/index.php?rid=178864&amp;cid=s_32082_173_f&amp;fid=32082&amp;url=http%3A%2F%2Fwww.nature.com%2Fmaterials%2Fnews%2Fnewsandviews%2F060907%2Fjournal%2F443039a.html</link>
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            <title>News: Features: Solar energy: 
			Radiation nation</title>
            <link>http://www.medworm.com/index.php?rid=178863&amp;cid=s_32082_173_f&amp;fid=32082&amp;url=http%3A%2F%2Fwww.nature.com%2Fmaterials%2Fnews%2Ffeatures%2F060907%2Fjournal%2F443023a.html</link>
            <description>Sunlight is a ubiquitous form of energy, but not as yet an economic one. In the first of two features, Oliver Morton looked at how interest in photovoltaic research is heating up in California's Silicon Valley. In this, the second, Carina Dennis talks to Australian researchers hoping to harness the dawn Sun's heat. (Source: Nature Materials Update)</description>
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            <title>News: News and Views: Fluid dynamics: 
			Turbulence lost in transience</title>
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            <description>Turbulence is generally regarded as a permanent feature of many fluid flows. That assumption is challenged by the claim that shear turbulence has a limited lifetime mdash albeit sometimes a very long one. (Source: Nature Materials Update)</description>
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            <title>News: News: Speedy self-healing</title>
            <link>http://www.medworm.com/index.php?rid=178861&amp;cid=s_32082_173_f&amp;fid=32082&amp;url=http%3A%2F%2Fwww.nature.com%2Fmaterials%2Fnews%2Fnews%2F060907%2Fportal%2Fm060907-1.html</link>
            <description>The secrets of micellar coating dynamics revealed by AFM. (Source: Nature Materials Update)</description>
            <author>Nature Materials Update</author>
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            <title>Nanozone: News and Views: Nanoscience: 
			Small talk</title>
            <link>http://www.medworm.com/index.php?rid=164267&amp;cid=s_32082_173_f&amp;fid=32082&amp;url=http%3A%2F%2Fwww.nature.com%2Fmaterials%2Fnanozone%2Fnewsandviews%2F060831%2Fjournal%2F442994a.html</link>
            <description>Is rebranding research as 'nanoscience' just jumping on the bandwagon? A recent conference in Basel proves that the name does at least attract researchers from different disciplines to mingle for mutual inspiration. (Source: Nature Materials Update)</description>
            <author>Nature Materials Update</author>
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            <pubDate>Thu, 31 Aug 2006 20:40:01 +0100</pubDate>
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            <title>News: Features: Business: Mothers of invention?</title>
            <link>http://www.medworm.com/index.php?rid=164266&amp;cid=s_32082_173_f&amp;fid=32082&amp;url=http%3A%2F%2Fwww.nature.com%2Fmaterials%2Fnews%2Ffeatures%2F060831%2Fjournal%2F442973a.html</link>
            <description>Women academics are less likely than men to take out patents. Emma Marris investigates the reasons why. (Source: Nature Materials Update)</description>
            <author>Nature Materials Update</author>
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            <title>News: News and Views: Spectroscopy: 
			Shifting light with spin</title>
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            <description>NMR spectroscopy has changed enormously over the years, but signal detection has stayed the same since the technique was invented. The latest thinking literally shines a new light on things. (Source: Nature Materials Update)</description>
            <author>Nature Materials Update</author>
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            <pubDate>Thu, 31 Aug 2006 20:40:01 +0100</pubDate>
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            <description>Can everyone use technology creatively? Engineers at the Massachusetts Institute of Technology think so and have launched 'Fab Labs' around the world to prove it. Apoorva Mandavilli reports. (Source: Nature Materials Update)</description>
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            <description>With the right combination of microwave radiation and magnetic field, two-dimensional electron systems conduct electricity with zero resistance. But is this zero really zero, or is it negative resistance in disguise? (Source: Nature Materials Update)</description>
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            <description>The emergence of the closed, symmetrical carbon shells of fullerenes from a hot carbon vapour is a mysterious masterstroke of organization. A new mechanism suggests that it is a process of buildup followed by shrinkage. (Source: Nature Materials Update)</description>
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            <description>Lattice vibrations mdash phonons mdash have long been implicated in conventional low-temperature superconductivity. That they could also have a supporting role when the heat is turned up had been dismissed. (Source: Nature Materials Update)</description>
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            <description>Better electronic capacitors could come from an unlikely source. (Source: Nature Materials Update)</description>
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            <description>Chemistry is a key component in all the scientific disciplines. But does that mean it is nothing more than a handy tool mdash or are there still major chemical questions to crack? Philip Ball finds out. (Source: Nature Materials Update)</description>
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            <description>Faster, safer and easier to control mdash chemical reactions in microreactors are taking off in the lab. Now industry is being seduced by the charms of the lab on a chip. Jenny Hogan investigates. (Source: Nature Materials Update)</description>
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            <description>Detecting individual atoms in chip-based traps would provide a boost for fundamental physics and practical applications of atom-trapping. Here's a way to do it. (Source: Nature Materials Update)</description>
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