91²Ö¿â

Research & Science

FANUC Cobot Student

On June 1, 91²Ö¿â was approved to move forward with the purchase of $143,233 worth of equipment through the Ohio Department of Higher Education’s Regionally Aligned Priorities in Delivering Skills (RAPIDS 4) program.

car glass

Yingfei Jiang, a College of Arts and Science graduate student in the Chemical Physics program and the Advanced Materials and Liquid Crystal Institute at 91²Ö¿â, and his advisor Deng-Ke Yang, Ph.D., a professor in the Department of Physics, have invented the first ever dual-mode smart glass technology that can control both radiant energy flow (heat) and privacy through a tinted material.

College of Aeronautics and Engineering

A rift along the Larsen C ice shelf from the vantage point of NASA's DC-8 research aircraft. Image acquired by NASA on November 10, 2016. Photo credit: John Sonntag / NASA

Joseph D. Ortiz, Ph.D., professor and assistant chair in the College of Arts and Sciences’ Department of Geology at 91²Ö¿â, recently authored a “News and Views” article in Nature Geoscience that discusses research carried out by another research team that reassessed the melt history and timing of the collapse of the Eurasian Ice Sheet Complex during the Last Deglaciation.

10 Questions about Contact Tracing App With Gokarna Sharma

Apple and Google partnered in early April to create a new smartphone app that uses Bluetooth to track coronavirus cases. Using a technology called contact tracing, the app alerts a user when they come in contact with someone who has been positively diagnosed with COVID-19. Gokarna Sharma, assistant professor in Computer Science, recently answered 10 questions about the new app based on his professional opinion. Sharma is experienced in algorithms, blockchain and smart technologies such as this.

A rift along the Larsen C ice shelf from the vantage point of NASA's DC-8 research aircraft. Image acquired by NASA on November 10, 2016. Photo credit: John Sonntag / NASA

Joseph D. Ortiz, Ph.D., professor and assistant chair in the College of Arts and Sciences’ Department of Geology at 91²Ö¿â, recently authored a “News and Views” article in Nature Geoscience that discusses research carried out by another research team that reassessed the melt history and timing of the collapse of the Eurasian Ice Sheet Complex during the Last Deglaciation.

Autism Research is represented by an image of the brain

April’s observance as Autism Awareness Month is coming to a close, but research into the whys and hows of autism is always ongoing at 91²Ö¿â.

Michael N. Lehman, Ph.D., director of the Brain Health Research Institute at 91²Ö¿â, said the university supports autism research that focuses on basic discoveries within the brain, as well as applied human research of students with autism, which makes 91²Ö¿â’s body of research unique and diverse.

Materials Science Graduate Program: Graduate Education on Soft Matter Science
Torsten Hegmann, director of 91²Ö¿â's Advanced Materials and Liquid Crystal Institute, shows the area in the basement of the Integrated Sciences Building where a new X-ray scattering machine will be installed in 2021.

91²Ö¿â’s Advanced Materials and Liquid Crystal Institute soon will be home to a new X-ray scattering instrument capable of examining materials in scales from as small as a fraction of a nanometer to as large as several micrometers.

Materials Science Graduate Program: Graduate Education on Soft Matter Science
Torsten Hegmann, director of 91²Ö¿â's Advanced Materials and Liquid Crystal Institute, shows the area in the basement of the Integrated Sciences Building where a new X-ray scattering machine will be installed in 2021.

91²Ö¿â’s Advanced Materials and Liquid Crystal Institute soon will be home to a new X-ray scattering instrument capable of examining materials in scales from as small as a fraction of a nanometer to as large as several micrometers.

Inner vertex components of the STAR detector at the Relativistic Heavy Ion Collider (righthand view) allow scientists to trace tracks from triplets of decay particles picked up in the detector's outer regions (left) to their origin

Nuclear physics researchers at 91²Ö¿â and all over the world have been searching for violations of the fundamental symmetries in the universe for decades. Much like the “Big Bang” (approximately 13.8 billion years ago), but on a tiny scale, they briefly recreate the particle interactions that likely existed microseconds into the formation of our universe which also likely now exist in the cores of neutron stars.