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News
Sep 26, 2024 | Dartmouth News
Dartmouth Co-Hosts Arctic Event at Climate Week NYC
"Climate Tipping Points and the Arctic" drew international leaders to discussions including a panel on technology and finance led by Dartmouth Engineering professor Geoffrey Parker.News
Sep 11, 2024 | DH-Geisel Giving
Tissue Engineers Work to Improve Quality of Life for Cancer Patients
In the News
MIT IDE
How GenAI Could Boost Product Development
Professor Geoffrey Parker co-authored this opinion piece that proposes a four-stage framework using GenAI to improve the process over today’s human-intensive practices.
Sep 17, 2024
MIT IDE
What's the Future of Platform Ecosystems? Look Back for Trends
Professor Geoff Parker is quoted in an article about a new curation project that tracks four stages of platform growth over the past two decades. "Ecosystems and platforms were clearly getting more important," Parker said, "so [researchers] began to ask… 'What's under the hood?'"
Sep 12, 2024
The New York Times
Biden Awards $150 Million in Research Grants as Part of Cancer 'Moonshot'
"The awards are to be made through the Advanced Research Projects Agency for Health, or ARPA-H, which is aimed at driving biomedical innovation ... award recipients were Dartmouth; Johns Hopkins University; Rice University; the University of California, San Francisco; the University of Illinois Urbana-Champaign; the University of Washington; and Cision Vision in Mountain View, Calif," reports the NYTimes.
Aug 14, 2024
WMUR
Dartmouth awarded more than $30 million for cancer research
"The US Department of Health and Human Services has awarded Dartmouth more than $30 million over seven years as part of President Joe Biden's 'Moonshot' project to reduce cancer deaths...The team will use the funds to create a real-time imaging tool capable of identifying and locating nerves, vessels, ducts, and glands during prostate surgeries," reports WMUR.
Aug 13, 2024
Research Quick Takes
INFORMS AAS Best Paper Award
Professor Vikrant Vaze received the INFORMS AAS Best Paper Award as co-author of, " Vertiport Planning for Urban Aerial Mobility: An Adaptive Discretization Approach " published in Manufacturing & Service Operations Management . The paper optimizes the number, locations, and capacities of vertiports for electric vertical-takeoff-and-landing (eVTOL) vehicles in urban aerial mobility (UAM) systems while capturing interdependencies between vertiport deployment, tactical operations, and passenger demand.
Metamaterial Designs for Better Energy Harvesting
PhD students Ya Tang, Huan Zhao,and Xiangbei Liu, alum Jace Henry '24, and Professor Yan Li co-authored " Design of metamaterial thermoelectric generators for efficient energy harvesting ," published in Energy Conversion and Management: X . The team demonstrated that thermoelectric generators (TEGs) incorporating metamaterial designs offer significant potential to enhance energy harvesting efficiency and broaden application possibilities. "By capturing waste heat from industrial processes, vehicles, and electronic devices, these metamaterial-based TEGs can contribute to energy conservation and promote environmental sustainability," says Li.
NSF Quantum Information Science Award
Professor Mattias Fitzpatrickreceived a $600,000 award from the National Science Foundation (NSF) titled, " Explorations in Non-Hermitian Physics: From Fundamentals to Quantum Information Science Applications ." The award is part of NSF's investment in quantum technologies with applications that include powerful computers, secure communications, and new industrial materials, sensors, and imaging tools.
Machine Learning Leads to Novel Metamaterials
PhD students Xiangbei Liu, Huan Zhao, Ya Tang, and Professor Yan Li are co-authors of " Few-shot learning-based generative design of metamaterials with zero Poisson’s ratio " published in Materials & Design . The team used their novel approach to "identify a non-periodic metamaterial that does not experience lateral deformation when stretched or compressed—constructed by strategically arranging 64 common unit cells, each having either positive or negative Poisson’s ratios. This unique property is highly desirable for applications such as space actuators, tissue scaffolds, and gaskets," said Li.
