tag: UC Riverside

System Bits: Oct. 9
By Jeff Dorsch - 09 Oct, 2019 - Comments: 0

Bringing plasmonic color to solid materials Researchers at the University of California, Riverside, used silver nanoparticles (AgNPs) to produce plasmonic color-switchable films for solid materials. This effect was previously achieved only in liquids. Rapid and reversible tuning of plasmonic color in solid films, a challenge until now, holds great promise for a number of applications,” sa... » read more

System Bits: Sept. 3
By Jeff Dorsch - 03 Sep, 2019 - Comments: 0

Microprocessor built with carbon nanotubes Researchers at the Massachusetts Institute of Technology were able to design a microprocessor with carbon nanotubes and fabricate the chip with traditional processes, an advance that could be used in next-generation computers. Work on producing carbon nanotube field-effect transistors has gone on for some time. Fabricated at scale, those CNFETs oft... » read more

Power/Performance Bits: Nov. 7
By Jesse Allen - 07 Nov, 2017 - Comments: 0

Speeding up MRAM Researchers at UC Berkeley and UC Riverside developed an ultrafast method for electrically controlling magnetism in certain metals, which could lead to increased performance for magnetic RAM. While the nonvolatility of MRAM is a boon, speeding up the writing of a single bit of information to less than 10 nanoseconds has been a challenge. “The development of a non-volatile... » read more

Power/Performance Bits: Jan. 5
By Jesse Allen - 05 Jan, 2016 - Comments: 0

A foggy consortium Scientists at Princeton University, ARM, Cisco, Dell, Intel, and Microsoft formed a global effort to develop architectures and tools to further "fog computing" and networks, which aim to harness connected devices' own computing, sensing and storage power to form edge networks that meet most of the demand of user devices that are at the periphery of a more centralized netwo... » read more

System Bits: Oct. 27
By Ann Mutschler - 27 Oct, 2015 - Comments: 0

Uncovering a novel phase of matter In a finding that could have implications for high-temperature superconductivity, a team of physicists led by David Hsieh, assistant professor of physics at Caltech has discovered an unusual phase of matter that is characterized by an unusual ordering of electrons. The researchers said this finding offers possibilities for new electronic device functionali... » read more

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