graduate students

First place for video among graduate students and postdocs goes to Tyler Allen, a Ph.D. student in NC State’s Comparative Biomedical Sciences program, for the glowing video he titled “Heart of Gold,” showing how researchers study zebrafish hearts for their potential to help humans with heart diseases. (The video can be seen at the top of this post.)

Aug 4, 2017

Fish hearts and air flow: Video winners of the 2017 NC State Research Image Contest

Videos that highlight the beauty of NC State research.

Rich Spontak's “The Fingerprint of Molecules” won first place for faculty in the microscopy category.

Aug 4, 2017

Leaf hairs and molecules: Microscopy winners of the 2017 NC State Research Image Contest

Microscopy images that grabbed our attention this year.

This image of a taxonomic network of bacterial diversity on bedbugs comes from Michael Fisher, who won first place for graduate students and postdocs in the graphics category.

Aug 4, 2017

Bedbugs and Mars: Graphics winners of the 2017 NC State Research Image Contest

The research graphics that captured our imaginations this year.

Andy Wade's photo, “July 12, 2015,” won first place for graduate students and postdoctoral researchers in the photography category.

Aug 4, 2017

Beetles and lightning: Photography winners of the 2017 NC State Research Image Contest

Research photos that wowed us.

This topographic map of Mars, submitted by Paul Byrne, won first place for faculty in the graphics category.

Aug 4, 2017

From planetary to microscopic: Winners of the 2017 NC State Research Image Contest

From a map of Mars to the microscopic surface of a leaf that only looks like an alien landscape, see the NC State Research Image Contest winners.

Brianna Hess Massie

Jul 12, 2017

Brianna Hess Massie

Brianna Massie Hess is looking for simple solutions to help hog producers deal with lagoon waste.

Jul 11, 2017

Andrea Brandt

PhD student Andrea Brandt is seeking a prosthesis that can adapt to an amputee’s movement, rather than amputees having to adapt to their prostheses.