The University Materials Council (UMC) is a group of 33 universities who have pledged to pursue innovative new methods to train future materials scientists and engineers.
While there are only a handful of types of crystals that can be used for lasers, materials scientists can bake any manner of ceramic that can produce lasers of different wavelengths, power and efficiency.
In a May 10 interview, CEO Frank Bobe explained how the technology to enable this major boost in patient convenience and medical efficiency came from a technology developed by a pair of MIT materials scientists.
With graphene as a component instead of traditional materials, scientists could develop a laser as small as a pencil that's immune to thermal damage typically caused by intense beams.
Over in Germany, researchers unveiled a technique that harnesses the power of lightning to break up concrete into usable building materials and scientists at MIT built a tiny, caterpillar-size robot that can transform into almost any shape.
Most usefully, the ability to make stuff with atomic precision will allow scientists to produce materials with improved, or new, optical, magnetic, thermal or electrical properties.
That project will seek to return samples of organic materials from an asteroid to help scientists understand how the building blocks for life may have been seeded on the early Earth.
Scientists have known that other materials can hold more lithium ions and increase the amount of energy that can be packed into a cell.
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For decades, scientists at IBM Research have studied materials at the nanoscale to explore the limits of data storage, among other things.
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The scientists turned lithium-ion battery materials, such as copper, into a sprayable liquid form, which can be applied to any surface and turn it into an energy storage device.
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Nanometer-size materials occur all around us in nature, but it was only 20 years ago, thanks to IBM's introduction of the scanning tunneling microscope, that scientists began to observe and manipulate materials at the atomic level.
Engineers and scientists are developing many new types of materials such as carbon nanotubes, ceramic-matrix nanocomposites (and their metal-matrix and polymer-matrix equivalents), and new carbon fibers.
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The research, which was completed in conjunction with scientists from the Swiss Federal Laboratories for Materials Science and Technology ( Empa) is published in the journal Nature.
Scientists can thus create new building blocks that produce materials with the exact properties they desire, which are smaller, stronger and lighter than the current technologies.
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Once they can manipulate atoms--which combine to form molecules, the building blocks of our natural world--scientists can create new building blocks that produce new materials with the exact properties they desire: smaller, stronger, tougher, lighter and more resilient than what has come before.
There simply is not enough spare land in America to grow adequate feedstock for such an amount, unless scientists find a way to make ethanol cheaply from abundant materials such as wood or grass.
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Just as high-speed technology transformed the way scientists discover drugs, Symyx is poised to do the same for materials.
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He and his team of scientists and management staff forensically inspect every aspect of a product from materials, to transport right through to potential end of life impacts.
To duplicate that process in a laboratory, scientists uses a device called a bioreactor, which has various tubes ferrying materials to the heart and whisking away waste products.
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Scientists have known for some time that nanowires can trap more light, and using certain materials, such as gallium arsenide, can make use of a certain section of the light spectrum that significantly increases energy production.
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