News Archive - Page 14 of 46 - Michigan Materials Science and Engineering

Quantum tech: Semiconductor “flipped” to insulator above room temperature

January 30, 2022

This discovery, led the Hovden lab, could pave the way to high speed, low-energy quantum computing

Richardson receives 2022 MLK Spirit Award

January 20, 2022

MSE department administrator Todd Richardson received the award for innovative approaches to recruiting underrepresented minority students.

McIntyre and Vogel receive 2021 CoE Staff Incentive Awards

January 20, 2022

Keith McIntyre and Patti Vogel were both recognized with Staff Incentive Awards for above-and-beyond service during the pandemic.

Misra recognized as Edward DeMille Campbell Professor of Materials Science & Engineering

January 19, 2022

Delayed almost two years because of the pandemic, the in-person recognition ceremony was finally held on January 14, 2022.

Five earn 2021 Staff Service Awards

January 3, 2022

The annual awards were presented at the Faculty/Staff Holiday Luncheon on Dec. 13

Spray-on coating could make solar panels snow-resistant

January 3, 2022

A cold-weather-friendly formula developed by a team led by Anish Tuteja foils snow/ice accumulation in Alaska test.

Seven earn best poster honors at inaugural MMRI Symposium

November 24, 2021

More than 50 students took part in the first MMRI Symposium poster presentation session, held Nov. 9 at NCRC.

Successful MMRI Symposium takes on 21st century challenges

November 15, 2021

The inaugural MMRI Symposium, which took place November 9 & 10 at NCRC, featured posters and presentations that addressed pressing materials challenges.

Materials tour created by MSE students now running at UMMA

October 25, 2021

A GSC outreach team led by Brian Iezzi and Paul Chao researched and created a self-guided materials tour that explains the science behind select art objects.

How Pearls Achieve Nanoscale Precision

October 25, 2021

The Hovden group is leading an international team analyzing how mullusks coax order from unpredictable layers -- findings that could help inform next-gen materials.