Wriggling Microtubules Help Explain Coupling of “Active” Defects and Curvature
Atlanta, GA
Scientists have examined an active nematic built with components borrowed from living cells.
Scientists Make First Detection of Neutron Star Collision
Atlanta, GA
Historic detection allows astrophysicists to observe the universe in new ways.
Fight Against Top Killer, Clogged Arteries, Garners Acclaimed NIH Award
Atlanta, GA
The fight to discover HDL cocktails that actually work against atherosclerosis, the #1 killer of our times, receives major funding.
Gravitational Wave Confirmations Earn 2017 Nobel Prize in Physics
Atlanta, GA
The discovery of gravitaitonal waves earns three scientists the Nobel Prize in physics.
Tackling Cybersecurity: White Hats, Black Hats, and Grey Matter
Atlanta, GA
In the realm of cybersecurity, white hats are good-guy defenders and black hats are the adversary. Yet it takes a combination of both to really put grey matter to work and solve the most vexing challenge of our time: protecting connected data.
As 'Flesh-Eating' Leishmania Come Closer, a Vaccine Against Them Does, Too
Atlanta, GA
A potentially deadly parasite that can ulcerate skin, nose, mouth and organs could someday meet its match in an experimental vaccine that has now worked in lab tests on humanized mice.
Eclipse Reflections from the Experts
Atlanta, GA
Faculty members provide their thoughts on witnessing the solar eclipse.
Searching for Science in the Solar Darkness
Atlanta, GA
Scientists have long used eclipses to learn more about the sun and the Earth.
Climbing Stairs Just Got Easier with Energy-Recycling Steps
Atlanta, GA
Energy-recycling stairs developed to store a user’s energy during descent and return energy to the climber during ascent.
Unique 3-D Printed Models Could Improve Patient Outcomes in Heart Valve Replacements
Atlanta, GA
Researchers at Georgia Institute of Technology and the Piedmont Heart Institute are using standard medical imaging and new 3-D printing technologies to create patient-specific heart valve models that mimic the physiological qualities of the real valves.