From the earliest of days, researchers have been recording their observations, analyzing what they see to interpret and apply the facts before them. Today, however, imaging especially in biomedical communities requires more than the human eye or even incredibly accurate “cameras.” In cases such as the joint project between Notre Dame and Pennsylvania State University, it requires close collaboration between biologists and computer scientists using deep-learning methods for artificial intelligence to speed up and improve the process.
Yanliang Zhang and his team in the Advanced Manufacturing and Energy Lab are developing an innovative and highly scalable additive manufacturing process that may hold the key to transform the nanomaterials into multifunctional devices. Their work aims to fabricate high-performance and flexible energy harvesters, sensors and electronic devices.
Grocery stores. Coffee shops. Even some cities offer public WiFi. Add to those access points the number of private WiFi networks that exist and it’s easy to understand why the allocation and usage of the electromagnetic spectrum — the number of “channels” available for wireless communication — is stretched to its limits. The impending demand of machine-to-machine (M2M) and Internet-of-Things (IoT) devices will put even more of a strain on spectrum usage. Possible solutions to this problem, such as dynamic spectrum access and cognitive radios, have been proposed but their success is based upon a more efficient use of the spectrum.
Highly competitive, the annual DURIP awards process is a merit competition conducted jointly by the Army Research Office (ARO), Office of Naval Research (ONR), and Air Force Office of Scientific Research (AFOSR). This year the DoD received more than 685 proposals. Approximately 160 of the proposals have been or will be funded. To date Notre Dame faculty — David Bartels, David Go, and Scott Morris — have received two Department of Defense (DoD) Defense University Research Instrumentation Program (DURIP) grants for 2017, totaling more than $773,000.
Assistant Professor Matthew Webber,has been named one of the 35 under 35 inaugural class of professionals by the American Institute of Chemical Engineers.
Biomaterials Science has named Matthew Webber, assistant professor of chemical and biomolecular engineering and director of the Supramolecular Engineering Laboratory at the University of Notre Dame, to its 2017 Class of Emerging Investigators.
Cameras, telescopes and microscopes are optical devices that measure and manipulate electromagnetic radiation [light]. Being able to control the light in these devices provides more information through a better “picture” of what is occurring. Specifically, controlling light on small scales could lead to improved optical sources for applications that span health,
Pinar Zorlutuna and a team of University researchers have created a new type of diode, one that is made entirely of cardiac muscle cells and fibroblasts. Their recently published paper titled “Muscle-Cell-Based ‘Living Diodes’” discusses how using muscle cells as the diode components is ideal for cell-based information processing.
Tengfei Luo has been named to the 2016 Class of DuPont Young Professors, one of only eight young faculty to receive the honor this year.
On Tuesday (Dec. 13) the National Academy of Inventors (NAI) announced its 2016 NAI Fellows, including Suman Datta, Chang Family Professor of Engineering Innovation at the University of Notre Dame. Datta focuses on the physics and applications of novel nanoelectronic devices for energy efficient computing and storage systems. He also pursues demonstration of computing substrates that mimic Nature’s “natural” ways of computing.
Kenneth T. Christensen, the Collegiate Professor of Fluid Mechanics and assistant dean of faculty development in the College of Engineering at the University of Notre Dame, has been named the editor-in-chief for Measurement Science and Technology.
Kenneth T. Christensen, the Collegiate Professor of Fluid Mechanics and assistant dean of faculty development in the College of Engineering at the University of Notre Dame, has been selected to receive the 2016 Gustus L. Larson Memorial Award.
A new technology called spectral [color] computed tomography (spectral CT) is not only on the horizon, but it is also on the University of Notre Dame’s campus, where researchers are giving the phrase “in living color” a new meaning.
Patrick Fay and Xiaobo Sharon Hu, faculty in the College of Engineering at Notre Dame, have been named fellows of the Institute of Electrical and Electronics Engineers (IEEE). The grade of fellow is the highest grade of membership conferred by the IEEE Board of Directors upon an individual member.
Wolfgang Porod has been named the founding editor-in-chief of the new Open Access IEEE Nanotechnology Express (ENANO), a publication of the IEEE Nanotechnology Council.
University of Notre Dame faculty members — Timothy Beers and Prashant Kamat from the College of Science and Bertrand Hochwald and J. Nicholas Laneman from the College of Engineering and — have been named to the Thomson Reuters’ list of Highly Cited Researchers for 2015. Hochwald, Beers, and Kamat were named in the 2014 list. All four faculty members have also appeared on previous years’ lists.
A paper written by a team of researchers from the Center for Low Energy Systems Technology (LEAST) and appearing in the August 7, 2015, edition of the journal Nature Communications shows promising options for the development of novel hybrid-phase-transition field–effect transistors (hyper-FETs) that offer high performance at room temperature using very low voltages.
America Makes awarded grants to nine teams, with approximately $8 million in funding and $11 million in matching cost share for applied research and development projects in additive manufacturing. Notre Dame is heavily engaged in these efforts, with the University serving as the team lead on one of these projects and partner institution on another.