In labs chilled to 4 kelvins (-450 degrees!) and on expeditions to polar regions, Georgia Tech scientists are discovering how extreme cold simultaneously challenges and advances technology in computing, space exploration, and more.

Sam Lucas’ journey from a summer undergraduate research program to a Ph.D. in biomedical engineering highlights how early research experiences can shape long-term academic and career paths

Research from Georgia Tech is showing how cracks occur and spread through materials — and how best to prevent them.

Professor emeritus and founding executive director of the Institute for Materials is recognized for his computational work modeling metal alloys and designing materials.

At Georgia Tech, engineers are finding new ways to shrink transistors, make systems more efficient, and design better computers to power technologies not yet imagined.

Clinicians and researchers outlined why breakthrough devices often fall short in clinical settings and emphasized the need for interdisciplinary collaboration and practical workflow integration.

From smart textiles to brain-computer links, Georgia Tech engineers are designing wearables that connect humans and machines more closely than ever to sense, respond, and heal.

Researchers have developed an improved vacuum chamber that reduces noise for quantum ion trapping research.

Georgia Tech’s Electrochemical Manufacturing and Recycling initiative aims to revolutionize energy-intensive industries.

Spatial computing is transforming engineering education at Georgia Tech and opening new paths for entrepreneurship and technical training.

This is the Institute’s best ranking in the National Science Foundation’s annual survey.

Nuclear waste can be managed safely with proper safety protocols. Researchers at Georgia Tech and around the world are working on safer reactor designs, advanced monitoring, and innovative recycling methods to turn nuclear waste into new opportunities — f