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university of massachusetts
Nearly any material can be engineered with nanopores to harvest cost effective, scalable and interruption-free electricity
Revolutionizing health monitoring with biologically grown nanowires that can sniff out many conditions
Leveraging the human body to harvest energy to power wearable devices
Improved early detection and analysis of airborne bacteria and viruses with new liquid-coated air filters
DNA is the future of data storage
A new material can absorb and release very large quantities of energy and it is programmable
A new framework helps prioritize the public interest in the internet of things
The first self-powered aqueous robot that runs continuously without electricity
Creating a self-sustaining and intelligent electronic microsystems
A new nanoparticle has the potential to revolutionize disease treatment, including cancer
Biodegradable plastics that are finally truly compostable
A way to stabilize some vaccines without refrigeration
A new approach to artificial intelligence builds in uncertainty leading to much more trustworthy models
Solved: A major long-standing obstacle to increasing AI capabilities has been “catastrophic forgetting”
Injection printing combines elements of 3D printing and injection molding to print 3 times faster and make stronger parts
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