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Magnetoelectric miniature stimulators published in Neuron
Congratulations to Amanda Singer! Her work on wireless magnetoelectric stimulators is published in Neuron.
Improving surgical mask fit to address shortage of COVID-19 protective gear
The lab is working in collaboration with the Kemere Lab and doctors at MD Anderson to create harnesses that give surgical masks a better...
‘Smart’ wound-healing patch: DARPA awards $22 million grant
The Robinson lab joins colleagues at Rice, CMU, Northwestern, and Pitt to create a bioelectronic patch that will accelerate the wound...
Miniature magnetic neural stimulators
Collaborative work with Kaiyuan Yang's lab at Rice shows the first programmable millimeter-sized bioelectronic device based on the...
Voice of America covers the lab's DARPA-funded work to create minutely invasive brain interfaces
DARPA, the main research and development arm of the U.S. Department of Defense, is funding researchers to develop wearable devices that...
Daniel's article about C. elegans sleep states featured in The Scientist
Microfluidic Chambers Trigger Sleep in C. elegans This newly described behavior occurs spontaneously, but can be modulated by food...
KHOU visits lab to discuss minutely invasive brain interfaces
Rice researchers given $18M grant to develop mind-reading helmet
Jacob and colleagues discuss wireless bioelectronic treatment for pain on Fox26
Collaborative research to develop wirelessly powered nerve stimulators may help reduce pain and opioid addiction.
NIH funds wireless bioelectronics as alternative to opioids
Rice neuroengineers developing implantable nerve stimulators for NIH-funded project
Houston chronicle covers lab's work on magnetic neural interfaces
In 4 years, humans could don magnetic helmets developed at Rice and communicate using only their minds
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