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Rendering of hafnium oxide

From Nebraska Today

Team achieves ‘significant breakthrough’ in data-encoding material

July 11, 2022

Rendering of transistor

From Nebraska Today

New transistor could cut 5% from world’s digital energy budget

April 11, 2022

Feathers

From Nebraska Today

Process improves strength, color of feather-based fibers

January 12, 2022

Evgeny Tsymbal

From Nebraska Today

New data-decoding approach could lead to faster, smaller digital tech

December 23, 2021

Rendering of silicone and liquid metal

From Nebraska Today

In the heat of the byte: Design could curb overheating, up performance of soft electronics

November 8, 2021

Abhijeet Prasad (left), a doctoral student in engineering; Ravi Saraf (center), Anderson Distinguished Professor of chemical and biomolecular engineering; and Aashish Subedi, a senior physics major, are photographed in Saraf’s Othmer Hall lab. Prasad is holding small electronic chips used to study the nanoparticle necklace network devices. Subedi is holding a suspension of nanoparticle necklaces (blue container) made from individual particles (red container).

From Nebraska Today

Saraf advances work on first-of-its-kind ‘living’ transistor chip

October 8, 2021

Photo of longtime colleagues John Woollam and David Sellmyer.

From Nebraska Today

Longtime physics professor honored with endowed chair

June 24, 2021

Droplet on silicone film

From Nebraska Today

New technique acts as accelerator, brake for microscopic droplets

May 28, 2021

The Nebraska EPSCoR-Emergent Quantum Materials and Technologies collaboration will revolutionize quantum science and create opportunities in education and through economic development. The Nebraska leaders in the effort are (from left): Abdelghani Laraoui, assistant professor of mechanical and materials engineering at Nebraska; Jonathan Wrubel, associate professor of physics at Creighton University; Xia Hong, associate professor of physics and astronomy at Nebraska; Christian Binek, Charles Bess

From Nebraska Today

NU receives $20 million grant to advance quantum research, education

May 24, 2021

From Nebraska Today

Magnetic breakthrough could lower power use, up speed of digital memory

April 5, 2021

An illustration of the magnetic vortex, known as a skyrmion, that could star in the next generation of digital memory. Each arrow indicates the direction of the magnetic axis in an individual atom.

From Nebraska Today

Husker scientists fine-tuning skyrmions in bid to improve data storage, processing

July 21, 2020

From Nebraska Today

Symposium to explore emergent quantum materials and tech

March 3, 2020