A team of researchers from Aalto University have successfully manipulated the motion of many objects on a vibrating plate with a solitary acoustic source.
Researchers at The University of Pittsburgh's Swanson School of Engineering have demonstrated for the first time that the concept of “materials that compute” can possibly be developed to detect simple patterns. This latest breakthrough brings us one step closer towards such hybrid materials.
Proven in labs around the world, the Porvair Sciences Microlute SPE sample preparation system provides a fast, trouble-free alternative to cartridges for high productivity sample clean-up
Two specific classes of calcium channel blockers, commonly prescribed for patients with heart diseases, develop separate therapeutic effects based on their actions at varied sites on the calcium channel molecule. This discovery was made through an atomic level analysis.
Researchers from Oak Ridge National Laboratory (ORNL), North Carolina State University (NC State), and the National Institute of Standards and Technology (NIST) have used Bayesian statistical methods to develop a novel approach for materials characterization and as a result, to gain new insights into material structures.
World-leading archive uses GraphDB to build a machine learning assisted knowledge management platform.
The Institution of Engineering and Technology (IET), a publisher of widely respected publications and informa...
A study, published in App. Phys. Lett. 2016, DOI:10.1063/1.4959272, highlights that only a streak of light is needed to transform a metal-free metamaterial from a state that blocks specific wavelengths of light to a state that allows such restricted wavelengths to pass through.
As custom-made prosthetics can now be easily created with 3D printing, bioengineers are exploring other methods to manufacture real cellular materials. This technology could form the origin for tissue-engineered skin, personalized biomedical devices, bone, cartilage, and even working bladders.
Soft materials possess significant amounts of damping energy, and this is the reason why rubber tires are capable of absorbing the shock of potholes and bumps. If researchers try to develop autonomous soft systems such as soft robots, they will then require a technique to transfer energy across soft materials.
A lot of nothing, or something, is what is required to strengthen or reinforce concrete. The “nothing” part can be defined as microscopic voids and the “something” part has specific particles inserted into the most frequently used construction material on Earth.
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