Showing News articles tagged with Human-technology interface
- A group of researchers at Tufts published findings on the importance of consent as an integral part of human-robot interaction and possible avenues for improving robotic systems with consent as a foundation.
- Researchers from the Department of Electrical and Computer Engineering studied methods to support the development of GaAsBi-based devices for mid- and far-infrared applications, focusing on the increasing the fractions of the element bismuth without losing material quality.
- A group of Tufts researchers from the Departments of Computer Science and Chemical and Biological Engineering were on a team that utilized PROXIMAL, a tool that predicts putative structural modifications, to use enzyme promiscuity as basis to predict hundreds of reactions and metabolites that may exist in E. coli but have not been documented in other databases.
- Alum and former Tufts football player Sean Harrington is one of the "anonymous wizards" behind the powerhouse New England Patriots.
Assistant Professor Deborah Sunter and colleagues found that racial inequality persists in the deployment of rooftop solar panels.
- Penelope Seagrave, a master's student in Human Factors Engineering, discusses her experience in the Human-Computer Interaction certificate program at Tufts.
- With colleagues, Emir Salih Magden, E12, published findings on a new on-chip optical filter that processes a wide spectra of optical signals in Nature Communications.
- Professor Sameer Sonkusale has been named to the Vice Chancellor's Advisory Board at SRM University, AP - Amaravati, in India.
- Students in the M.S. program in Innovation & Management pitched inventive and high-tech ventures during culmination of fall Innovation Sprints.
- Tufts researchers including Associate Professor Matthew Panzer (pictured), Professor Sameer Sonkusale, and graduate students Huan Qin and Rachel Owyeung have developed highly stretchable, gelatin biopolymer-supported deep eutectic solvent (DES) gel electrolytes as a promising nonvolatile alternative to hydrogels for ionic skin applications.