Fall 2021
Understanding Nuclear Fuel Forms and Structures
Submission deadline: August 30, 2021
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Spring 2022
In Situ Study of Materials Transformation
Submission deadline: November 1, 2021
Spring 2022 ...
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Upcoming MRS OnDemand® Webinars
July 27 | Learn from the Early Career Faculty Webinar Series – Part I: The Application Process
July 28 | New 3D Nanoscale Research Breakthroughs via Atom Probe Tomography
Presented by CAMECA
August 04 | Sustainable...
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2021 MRS Fall Meeting & Exhibit — A Hybrid Event
In-Person | November 29-December 2, 2021, Boston, Massachusetts
Virtual Experience | December 6-8, 2021, Online
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Late News Opens August 23, 2021!
2022 MRS Spring Meeting...
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Scientists at the Indian Institute of Technology, Madras, have crossed a significant milestone in the evolution of the "solar perovskite cell" (SPC) — namely, making it both stable and reducing the downsides that come with stability.
source: The Hindu Business Line
Asus's ROG Swift PG32UQX is an unexpected revelation. This beefy 32-inch monitor, clad in gaudy plastic and odd, cyclonic swirls, packs a display technology rarely available for computers: Mini-LED. Virtually unknown a few years ago, it is set to become the new default for...
source: IEEE Spectrum
An 1851 experiment in which the French physicist Hippolyte Fizeau showed that light gets "dragged along" when it travels through a moving medium has been given a 21st-century update by researchers in the U.S., China and Japan. Working in two independent teams, the researchers...
source: Physics World
Plastic waste is such a problem that it causes flooding in some parts of the world. As plastic polymers do not easily decompose, plastic pollution can clog up entire rivers. If it reaches the sea it ends up in enormous floating garbage patches. In a bid to tackle the global...
source: Interesting Engineering
A new study demonstrated the capabilities of the first "defect microscope" that can monitor how line defects move at the subspace of macroscopic materials — promising wide applications in the fields of physics, materials science, and engineering.
source: The Science Times
Scientists in the U.S. and China have created novel optical tweezers that trap particles at lower temperatures and use weaker lasers than conventional optical tweezer techniques, reducing the risks of photodamage and thermal damage....
source: Physics World
It's the stuff of science fiction. Imagine driving down the road, and your electric car automatically charges. You don't have to stop. You don't have to get out of the car. Nothing. Well, this dream could soon be a reality.
source: Interesting Engineering
Early in its history, computing was dominated by time-sharing systems. These systems were powerful machines (for their time, at least) that multiple users connected to in order to perform computing tasks. To an extent, quantum computing has repeated this history, with companies...
source: Ars Technica
A pinch of arsenic, a dash of krypton, a soupçon of tantalum, and a whole load of copper — these are just some of the 76 chemical elements that go into making modern automobiles, according to an exhaustive analysis of the materials found in a range of cars. The...
source: Chemical & Engineering News
Using the right chemistry, says the group, it is possible to combine two different atomic arrangements (yellow and blue slabs) that provide mechanisms to slow down the motion of heat through a solid. This strategy gives the...
source: Envirotec
Australian researchers have used plasma to make a material that could replace a scarce element used in solar cells, touch screens and a number of other high-tech manufacturing areas.
source: Cosmos
