The UC Nanoworld and Smart Materials and Devices Laboratories are an interdepartmental research laboratory group which includes faculty from Mechanical Engineering, Materials Engineering, Chemistry, Aerospace Engineering and the UC Medical School. The labs develop innovative smart materials, sensors and devices by intersecting the various disciplines of science and engineering. The main concentration of research is in the Nanotechnology, Biomimetics, Composites and Smart Structures fields.
The UC Smart Structures Bio Nanotechnology Laboratory (UCSSBNL) is an interdepartmental resesearch lab which includes faculty from Mechanical Engineering, Materials Engineering, Chemistry, Aerospace Engineering and the Medical School. The lab develops innovative smart materials, sensors and devices by intersecting the various disclipines of science and engineering.
The Center for Magnetism and Magnetic Nanostructures is dedicated to the study of magnetic phenomena, particularly in ultra-small magnetic structures. The current research of the Center is concentrated on understanding and manipulating high frequency electromagnetic waves (10-80 GHz) using structured magnetic materials. This is particularly important because there are "windows" in this frequency range where electromagnetic waves can penetrate fog and smoke. These windows could allow the landing of planes in poor weather through radar guidance, for example.
The Colorado Nanofabrication laboratory (CNL) is an open user facility at the University of Colorado on the Boulder campus. Our mission is to provide expertise, facilities, infrastructure and teaming environments to enable and facilitate interdisciplinary research in microelectronics, optoelectronics, and MEMS.
iMINT is to carry out tightly-integrated fundamental studies to establish a necessary knowledge base to facilitate the successful integration of nanoelectromechancial systems (NEMS) and microelectromechanical systems (MEMS) with repeatable, predictable, and reliable performance.
The group's research is focusing on the fabrication, design and properties of ultrathin films and nanostructures. They are developing new surface chemistries for thin film growth, measuring thin film nanostructures and characterizing thin film properties.
High performance CMOS and flash memory devices are designed for extremely high speed and high density in order to achieve large computing power and data storage in small areas at low-costs, which requires technologies enabling small-scale devices. The fabrication technology and the knowhow currently available for the electronics industry as well as many of the academic nanofabrication facilities allow reliable fabrication and characterization of electronic devices in sub-50 nm regime. The group is trying to utilize these resources to investigate the interaction of thermal processes and electronic transport at small scales.