These are just a few of the hundreds of Georgia Tech researchers conducting cutting-edge research with applications beyond the bench.
Learn more about their work below. Contact us to discuss how you can benefit from their expertise via technology licensing.
Dr. Lieberman’s research group studies the molecular aspects of protein misfolding to understand its impact on human disease and develop research tools that can lead to new discoveries, therapeutics, and diagnostic tools.
Dr. Kippelen’s work focuses on developing functional optoelectronic devices based on organic semiconductors using his hallmark interdisciplinary scientific approach, advancing the understanding of their optical and electrical properties to create novel optoelectronic device geometries with improved performance.
Dr. Yomi Oyelere’s research seeks to understand the molecular basis of human disease conditions, particularly cancer and bacterial infections, to develop new therapeutic solutions based on small-molecule drugs.
Dr. Cola focuses on understanding and designing thermal transport and energy conversion in nanostructures and devices, particularly those based on carbon nanotubes or polymers.
Dr. Graber is focused on dielectric and cryogenic research to improve power systems in the energy, aerospace, and naval sectors.
Dr. Keskinocak's research focuses on operations research and management science with societal impact, particularly in health and humanitarian applications, supply chain management, and logistics/transportation.
Dr. Fatih Sarioglu focuses on the interface of nano/micro-engineering and biomedicine, with a particular interest in developing technologies for unmet clinical needs.
Label-Free Linear and Nonlinear Optical Methods, Advanced Signal Processing Methods, Novel Forms of Functional and Molecular Contrast
Dr. Francisco E. Robles and his lab focus on developing optical technologies and signal processing methods to improve biological imaging and enhance the ability to identify diseases.
Dr. Julie Champion’s lab focuses on designing proteins that enable the delivery of large molecules into cells for human therapeutics.
Dr. Kyriaki Kalaitzidou focuses on manufacturing multifunctional polymer nanocomposites (PNCs) to develop energy-efficient products and processes using sustainable and environmentally friendly methods.
Dr. Peralta-Yahya’s group is discovering, advancing, and applying principles from biochemistry and chemical engineering to address challenges in chemical bioproduction and chemical detection.
Biomedical Engineering, Cardiovascular Fluid Mechanics, Cardiac Structure Computational Modeling
Dr. Dasi’s research is focused on heart valve pre-surgical planning using artificial intelligence (AI) software that predicts the heart’s physical interaction with implanted devices and its implications on complications, outcomes, and lifetime management.
Dr. Yeo's group conducts research in soft, flexible electronics, nanomaterials, and biosensors and applies discoveries to develop biomedical devices and other human-machine interfacing solutions.
