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Rendering of nanomaterials

From Nebraska Today

One direction: Signature approach reveals prized property in nanoscopic material

September 22, 2021

Radish growth

From Nebraska Today

Hemp-based composite could facilitate soil-free farming

September 15, 2021

Mark Griep

Griep giving talk for Indigenous Pedagogy Virtual Academy on Sept. 9

September 8, 2021

James Checco

Checco earns NIH research award

July 27, 2021

Droplet on silicone film

From Nebraska Today

New technique acts as accelerator, brake for microscopic droplets

May 28, 2021

From Nebraska Today

Bergmeyer retirement reception is June 3

May 21, 2021

A rendering of an infrared laser striking a flame. Husker researchers have shown how a laser can modify chemical reactions taking place within a flame, allowing them to coat materials with performance-enhancing chemicals while avoiding an unwanted side effect that complicates the construction of semiconductors and other microelectronic components.

From Nebraska Today

Lasers and flames: Technique could refine performance of high-tech materials

April 23, 2021

From Nebraska Today

Lai melds magic, Harry Potter into chemistry lessons

March 12, 2021

From Nebraska Today

Deep freeze: A roundup of downright cold feats at Nebraska

February 15, 2021

Kate Shaner

From Nebraska Today

Virtual retirement reception to honor Shaner

January 27, 2021

Joseph Yesselman

Yesselman earns EPSCoR FIRST award

January 22, 2021

Catherine Eichhorn, assistant professor of chemistry at Nebraska, will use a five-year, $1 million grant from the National Science Foundation’s Faculty Early Career Development Program to develop a clearer picture of the structure-function relationship in RNA and ribonucleoproteins, or RNPs, which are RNA-protein complexes. She’s focusing her work on 7SK RNP, a key player in regulating gene expression.

From Nebraska Today

Eichhorn’s CAREER project to take in-depth look at structure, function of RNA

January 14, 2021