Visualize an instrument that is transparent to different wavelengths of light for an instant and turns opaque the next, after a small alteration.
Heat treatment has shown to be an efficient approach to enhance certain valuable properties of wood. Latest technological developments have enabled the following to be attained; higher hydrophobic properties, improved elasticity, and enhanced dimensional stability, among other things.
MIT scientists are exploring new ways to make stronger and more durable concrete by studying the blueprints of nature. Concrete is considered to be the world’s most commonly used man-made material.
One of the hardest and highly heat-resistant substances on Earth is boride. However, just like many materials, this also oxidizes when exposed to high temperatures.
For the past six decades, researchers have been striving to find out how manganese oxide (MnO) attains its long-range magnetic order of alternating up and down electron spins. Currently, a group of researchers has used their newly created mathematical approach to examine the short-range magnetic interactions that they hope would drive this long-range order.
Oceans generally seem to look like a mass of water standing all alone like a separate entity. Despite this assumption, it should be noted that oceans spread all over the world are made up of layers with varied densities, referred to as stratifications, comprising complex fluid dynamics.
Diamonds are often referred to as “girl’s best friend”, and they also possess certain extraordinary properties which could make them viable as semiconductors.
Detect even the tiniest trickle of flow in powders, granules, pellets, and solids. The Flow Detect 2000 prevents cross contamination by making sure flow has stopped completely before switching over to a new material.
Researchers at the Department of Energy’s SLAC National Accelerator Laboratory have for the first time developed microscopic movies depicting the vaporization of liquids by an X-ray laser, which is considered to be the brightest in the world.
A team of Penn State researchers claim that the ring teeth of a certain type of squid species could pave the way for self-healing polymers, meticulously built for stretchability and specific toughness. This polymer may have potential for use in the cosmetics, textiles, and medicine industries.
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