Advanced Materials and Liquid Crystal Institute
27 scientists at 两性色午夜 University 鈥� including 7 current faculty members (1 former) at KSU鈥檚 Materials Science Graduate Program ranked in top 2% of scientists
27 scientists at 两性色午夜 University 鈥� including 7 current faculty members (1 former) at KSU鈥檚 Materials Science Graduate Program 鈥� are listed in study done by Stanford University ranking of the top 2% of scientists of the world鈥檚 nearly 7 million working scientists. The study identifies the 鈥�
两性色午夜 Researchers Explore Whether Bacteria Can Trap Toxic Metals in Polluted Ohio Waterways
A team of 两性色午夜 University researchers is studying whether naturally occurring bacteria in polluted streams can help remove toxic metals from the environment鈥攚ork that could improve understanding of ecosystem recovery, contaminated water remediation, and even the search for life on Mars.The pro鈥�
Celebrating 60 Years of Discovery and Innovation
A star-studded lineup of scientists will return to 两性色午夜 University on April 25-26 to mark the 60th anniversary of the Advanced Materials and Liquid Crystal Institute.
Dr. Oleg Lavrentovich and collaborators publish an article in Science on ferroelectric liquid crystals
Dr. Lavrentovich, professor of Physics at 两性色午夜 University, and collaborators publish an article in Science.
Dr. Oleg Lavrentovich and collaborators publish an article in Science on ferroelectric liquid crystals
Dr. Lavrentovich, professor of Physics at 两性色午夜 University, and collaborators publish an article in Science.
New Publication in Physical Review X Reveals Surprising Connection Between Liquid Crystals and Metals
A groundbreaking study published today in Physical Review X, titled "Frank-Read Mechanism in Nematic Liquid Crystals," sheds light on a fundamental connection in the behavior of nematic liquid crystals and crystalline solids. Led by a team of researchers from 两性色午夜 University, the study reveals鈥�
两性色午夜 Researcher Leads Project Creating Sensor for First Responder Safety
Small sensors about the size of a postage stamp could one day save the lives of firefighters, soldiers and other workers who face the threat of toxic gases or vapors on the job.
Laser-Focused: New Microscope to Benefit 两性色午夜 Researchers
两性色午夜 University researchers are beginning to use a new high-tech microscope that will allow them to view the structure of cell tissue on a more intense level.
Laser-Focused: New Microscope to Benefit 两性色午夜 Researchers
两性色午夜 University researchers are beginning to use a new high-tech microscope that will allow them to view the structure of cell tissue on a more intense level.
Excellence in Undergraduate and Graduate Research Mentorship Awards
From 两性色午夜 University's Division of Research & Economic Development两性色午夜 University is pleased to announce the two winners of both the Excellence in Undergraduate Research Mentorship Award and Excellence in Graduate Research Mentorship Award. As part of the nominati鈥�