New perspectives, deep questions, better solutions: How design fosters human-centered innovation
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Small scale but high powered – Princeton researchers discovered how to increase 10-fold the delivery of power to high-speed computers with a compact, efficient device. Photo by the researchers
Vertical thinking broke the bottleneck in powering high-performance computers
Researchers in Prud’homme’s lab have been working on a mixing device for 20 years. It has since enabled mRNA vaccines, stable malaria drugs, and a host of global health initiatives. Left to right: Madeleine Armstrong, Brian Wilson, Nick Caggiano, Robert K. Prud’homme. Images by Nick Donnoli
Our COVID vaccines would not exist without this unsung Princeton technology
Brangwynne’s research team has developed new tools using light to examine how liquid matter inside cells transforms into functioning cellular compartments called membraneless organelles. Photo by Brangwynne et al
In bioengineering, technology and science move forward in concert
A new project is bringing engineers, artists, and anthropologists together with local community members and leaders to design a multi-year plan to mitigate flooding in the Princeton area, while building a model for tackling complex problems through the tools of design thinking. Image courtesy Jeff Himpele, director of Princeton’s Ethnographic Data Visualization Lab
New professorship imbues humanity in design
Majora Carter works to help students expand their thinking on ways to develop Princeton’s Palmer Square. Photos by David Kelly Crow
Don’t just think outside the box, rethink the box
Designing for Societal Impact
The Minneapolis-Saint Paul skyline at twilight. Princeton’s Anu Ramaswami partnered with the Twin Cities Metropolitan Council to create a net-zero tool for the region.
What climate choices should cities make? A Princeton data tool helps planners set priorities.
Combining questions about a person’s health with data from smartwatch sensors, the CovidDeep app can predict within minutes whether someone is infected with COVID-19. Photo by Sameer A. Khan/Fotobuddy
Deep-learning diagnoses: Edge AI detects COVID-19 from smartwatch sensors
Dead lithium-ion batteries from cellphones, laptops and motorized scooters await recycling at Princeton NuEnergy’s Bordentown lab. Photo by Bumper DeJesus
Princeton startup aims to fast-track lithium battery recycling
