Aurora Tsai, Skanda Vivek, Mohammad Mofidfar, Abouzar Kaboudian, Jacqueline Palmer, Harish Ravichandar, Katalin Dosa, and Seung Yup “Paul” Lee show the awards they earned for their presentations at the 5th Annual Georgia Tech Postdoctoral Research Symposium on Sept. 20, 2018.
Postdocs@Tech and the Office of Postdoctoral Services are proud to recognize the winning presenters from the 5th Annual Georgia Tech Postdoctoral Research Symposium held on Sept. 20, 2018.
In a vile three watery solutions phase separate into three layers. In membraneless organelles, chemical reactions occur at the interfaces of such layers, processing a reactant step-by-step and moving the reaction product from one layer to the next. Credit: Georgia Tech / Rob Felt
Just tiny puddles. That's what some of our cells' organelles are, and this synthetic organelle, engineered in the lab, shows how they can work.
Image is a simulated UV false-color image showing heated gas spiraling into the black hole in the center. (Credit: Georgia Tech)
A new simulation may help astronomers watch for signals indicating the formation of black holes in early galaxies.
Mark your calendars for the Sept. 20 Postdoctoral Research Symposium.
Nastassia Patin brings attention to the tiniest residents of Georgia Aquarium.
Brian Horslen
Coulter Department researcher receives prestigious award from Canadian government
Screen capture shows a chemical processing plant in which critical parameters are rising due to false process data and control commands injected by an attacker. 
A control system simulator for a chemical processing plant could help train operators on security measures.
15-Minute stories of curiosity-driven discoveries and achievements, of “Wow” and “Aha” moments, from the College of Sciences
To understand their strategies for working effectively without clogging traffic jams, researchers studied how fire ants dug tunnels in glass particles that simulated soil. (Credit: Rob Felt, Georgia Tech)
A new study shows that ants have a lot to teach robots about working in confined spaces.
 

Hydrogel delivered stem cells called muscle satellite cells integrate to form new muscle strands, in green, along with existing muscle tissue, in red. Yellow strands may descend from existing muscle cells and from delivered MuSCs.
Elderly accident victims and Duchene muscular dystrophy sufferers could someday benefit from this stem cell hydrogel successfully tested in mice.