Innovative Computing Labs

The Innovative Computing Laboratory (ICL) is a world-leading research laboratory in Knoxville, TN, dedicated to developing enabling technologies and software for scientific computing. As a cornerstone laboratory of the Center for Information Technology Research (CITR) at the University of Tennessee, ICL aims to provide high-performance tools to tackle the most challenging problems in science and contribute to the development of standards for scientific computing. ICL's vision is to be at the forefront of scientific computing by offering innovative solutions and playing a significant role in advancing the field. With a focus on high-performance computing, artificial intelligence, and data analytics, ICL collaborates with partners and publishes cutting-edge research to address the complex computational needs of various scientific disciplines.Generated from the website

The Behavior and Learning Lab at the University of Tennessee is a research facility affiliated with the Clinical Psychology Doctoral Program in the Department of Psychology. Their mission is to use objective physiological and behavioral measures to understand Attention-Deficit Hyperactivity Disorder (ADHD) and develop impairment-specific interventions for individuals diagnosed with ADHD. With two locations in Knoxville, Tennessee, the lab offers free comprehensive research reports and testing for children aged 8 to 12 with suspected attention problems. They also conduct research studies for eligible children and work with adults on the UTK campus. The lab aims to provide valuable insights into ADHD across the lifespan through their Big Orange and Little Orange Projects.Generated from the website

The Nano-Biomaterials Lab for Energy Energetics & Environment in Knoxville, TN is dedicated to conducting experimental and theoretical research on advanced nano-biomaterials. Their focus lies in understanding the synthesis, assembly, and structure-property characteristics of these materials, as well as their integration and interactions with functional biomolecules and proteins. With a goal of developing bio-inspired and bio-mimetic systems, their work finds applications in sustainable energy, energetics, and environmental studies. The lab's research mission is to explore the potential of engineered nanomaterials in creating innovative solutions for a greener and more sustainable future. By investigating the tailored sizes and architecture of Metal-Organic Frameworks (MOFs), they aim to develop advanced LASiS (Light-Activated Switchable Surfaces) that can contribute to green energy initiatives and environmental preservation.Generated from the website