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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

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

April 5, 2021

Bosley

From Nebraska Today

Bosley to help boost the impact of Nebraska research

February 3, 2021

Robert Streubel

Streubel earns EPSCoR FIRST award

January 22, 2021

Alexei Gruverman

Gruverman earns Humboldt Prize

January 5, 2021

Thilini Ekanayaka

Ekanayaka earns Sigma Xi grant

January 5, 2021

Gruverman and Lipatov

Gruverman, Lipatov earn NCESR grant

December 14, 2020

From Nebraska Today

Extreme Light Laboratory research advancing despite pandemic

November 16, 2020

Fall campus

From Nebraska Today

Achievements | Honors, appointments, publications for Oct. 30

October 30, 2020

From Nebraska Today

Nebraska part of $18M national laser network grant

October 28, 2020

Milky Way galaxy

From Nebraska Today

Ruckman Lecture to explore stars, galaxies, history of the universe

October 21, 2020

From Nebraska Today

Tipping point: After 20 years, Gay solves conundrum of football physics

October 5, 2020