AC

2 min read

Biomedical engineer will present groundbreaking mapping tool aimed at drug resistant cancers at BMES Annual Meeting
Benjamin Emerson stands with the high pressure liquid sprays combustor rig that his team uses to test novel combustor concepts.

3 min read

Lieuwen and his research group are developing a new type of all-purpose combustor that can use any type of fuel while still maintaining low emission standards. Their non-premixed, rich, relaxation, lean (NRRL) combustor works just as well as current mixed-fuel type combustors — but without instability.

Mark Prausnitz poses with arms crossed in his lab with shelves of materials and bottles in the background.

1 min read

The chemical engineer, microneedle pioneer, and entrepreneur is the fourth College of Engineering faculty member to join the Academy since 2020.
A headshot of Susan Puryear

1 min read

Susan Puryear will serve beginning November 1, 2024.
Professor Vamvoudakis

5 min read

Professor Vamvoudakis is designing frameworks and algorithms to make autonomous systems safer and smarter.
A pair of Smarticle robots from the lab of Prof. Dan Goldman. Earlier research from his group observed the arise of order in active matter from the physics of low rattling. (Photo Credit: Christa M. Ernst)

3 min read

Understanding and predicting self-organization, especially in systems that are out of equilibrium, like living things, is an enduring goal of statistical physics.
Cindy Xiong

4 min read

A study led by Georgia Tech and University of California, Berkeley researchers shows that annotations can lead people to draw different conclusions from the same visualizations.
Saman Zonouz is a Georgia Tech associate professor and lead researcher for the DerGuard project.

3 min read

Georgia Tech researchers received a $4.6 million grant from the U.S. Department of Energy to enhance cybersecurity for renewable energy technologies.
ARCollab Usability Evaluation

4 min read

A usability evaluation of ARCollab demonstrated the app’s effectiveness, finding it easy to use and understand, fosters collaboration, and improves heart surgery planning.
Closeup view of Georgia Tech's newest robotic guidewire device for surgical precision

1 min read

The Coaxially Aligned Steerable Guidewire Robot (COAST) is a groundbreaking surgical device developed at Georgia Tech that helps doctors navigate blood vessels with precision during procedures like angioplasty. Controlled remotely, it’s the world’s smallest steerable guidewire. Its innovative micro-tendon actuation system allows smooth navigation, reducing risks. Available for licensing, with support from the Georgia Research Alliance.