Videos (recent)

CBS Evening News piece on our devices for vocal dosimetery with opera singers, December 31, 2023

News piece on our devices for monitoring the health of transplanted kidneys, September 7, 2023

Video on our devices for monitoring the health of transplanted kidneys, as published in Science, September 7, 2023

Video on our devices for accelerated wound healing, as published in Science Advances, February 22, 2023

Video on our sensors for vocal dosimetry, as published in Proceedings of the National Academy of Sciences, February 20, 2023

Video on our body-area sensor and control network for closed-loop, temporary electrotherapy, as published in Science, May 27, 2022

Video on our remote-controlled, walking microrobots, as published in Science Robotics, May 25, 2022

Video on the use of gold in our epidermal electronic systems, April 21, 2022

Video of the Order of Lincoln convocation ceremony, November 6, 2021

Video on our electronic microfliers for environmental monitoring, produced by Nature, as published in Nature, September 22, 2021

Video on our electronic microfliers for environmental monitoring, produced by Northwestern University, as published in Nature, September 22, 2021

PBS Newshour feature piece on wireless, bioresorbable pacemakers, as published in Nature Biotechnology, September 2021

Video on our control of social interactions in small animal model studies through use of wirelessly programmable, LED probes, as published in Nature Neuroscience, May 2021

Video on our sweat microfluidic devices for screening for cystic fibrosis, as published in Science Translational Medicine, March 2021

NSF video on skin-like wireless sensors for vital signs monitoring in the neonatal intensive care unit, March 2019

Northwestern video on skin-like wireless sensors for vital signs monitoring in the neonatal intensive care unit, March 2019

LOreal / La Roche Posay video on My Skin Track pH -- a skin-interfaced microfluidic system for determining skin pH through measurements of sweat pH, based on Rogers Group technology, featuring Dr. Guive Balooch (LOreal) and Dr. Rooz Ghaffari (Epicore Biosystems), unveiled at the Consumer Electronics Show in Las Vegas, January 2019

Video of a skin-interfaced microfluidic system for measuring sweat loss and electrolyte loss from athletes during training and competition, with Gatorade and featuring Serena Williams and Jayson Tatum

Video of a skin-interfaced wireless sensor for non-invasive, rapid measurements of flow through ventricular shunts used in hydocephalus patients, as published in Science Translational Medicine

Video of a bioresorbable electronic medicine for accelerated neuoregeneration, as published in Nature Medicine in September, 2018

Video of the use of soft, skin-interfaced wireless sensors in stroke rehabilitation

AAAS video of the a multimodal, millimeter-scale, wireless, battery-free platform for digital light dosimetry, published in Science Translational Medicine in November 2018

LOreal / La Roche Posay video on My Skin Track UV -- a millimeter-scale, wireless, battery-free platform for digital UV dosimetry built on Rogers group technology, now commercially available at all Apple stores and through the Apple website

USA Today video highlight on the worlds smallest wearable -- a millimeter-scale, wireless, battery-free platform for digital UV dosimetry, launched at CES 2018 as a joint product (UV Sense) with LOreal

Video of the worlds smallest wearable -- a millimeter-scale, wireless, battery-free platform for digital UV dosimetry, launched at CES 2018 as a joint product (UV Sense) with LOreal

Video of 'epidermal' microfluidics as part of an invited display at the Museum of Modern Art, in New York City

Video of 'epidermal' microfluidics described and demonstrated by Dr. Whitney Bowe on the Rachael Ray television show

Video describing the operation of a soft, 'epidermal' microfluidic device for capture, storage and in-situ chemical analysis of sweat

AAAS video of methods in directed assembly of 3D mesostructures with advanced electronic materials, published in Science in January 2015

Video showing computational modeling of the mechanically directed self-assembly of a 3D umbrella structure from a 2D precursor, as a form of kirigami that is compatible with all established 2D microsystems technologies

Video of the operation of a wireless, injectable system for in vivo pharmacology, viewed at the tip end of the device as published in Cell

Video of the operation of a wireless, optofluidic, injectable system for in vivo pharmacology and optogentics, as published in Cell

Video produced by AAAS on our techniques for 3D assembly

Video showing computational and experimental results for the 3D assembly of a silicon microstructure from a planar precursor by processes of compressive buckling

Video showing overlaid computational and experimental results for the 3D assembly of a silicon microstructure from a planar precursor by processes of compressive buckling

Video showing computational results for the 3D assembly of two silicon microstructures from planar precursors by processes of compressive buckling

Video showing computational results for the 3D assembly of a complex set of silicon microstructures from a planar precursor by processes of compressive buckling

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Video showing computational results for the 3D assembly of a silicon microcoil network from a planar precursor by processes of compressive buckling

Video of a flexible electronic, active camouflage system that has a design inspired by the cephalopod skin

LOreal / La Roche Posay video on My UV Patch -- a thin, stretchable skin-interfaced device for measuring exposure to UV radiation from the sun

French television program (FutureMag) on epidermal electronics

Video on Soft, Microfluidic Systems of Circuits, Sensors and Radios for the Skin: Mounting and Mechanics

Video on Soft, Microfluidic Systems of Circuits, Sensors and Radios for the Skin: Wireless Operation

Video on Soft, Microfluidic Systems of Circuits, Sensors and Radios for the Skin: Mechanics Modeling

Video on Soft, Microfluidic Systems of Circuits, Sensors and Radios for the Skin: Mechanics Modeling

Video on Soft, Microfluidic Systems of Circuits, Sensors and Radios for the Skin: Mechanics Modeling

Video of an Instrumented, Artificial Pericardium, Constructed Using a 3D Printer and the Techniques of Stretchable Electronics

Video of Thin, Flexible Devices that Produce Electrical Power When Mounted on the Surface of the Heart

Video of a Thin, Flexible Device that Produces Electrical Power When Mounted on the Surface of the Lung

Video by University of Illinois on cellular-scale, injectable optoelectronics

Stretchy Electronics That Dissolve in Your Body, (Northwestern)

AAAS video of a transient form of silicon electronics, published in Science in 2012

University Aims to Build Vanishing Electronics, (Assoc. Press)

New Camera Captures Bug's Eye View, (Assoc. Press)

Science Now, Episode 14, (NSF)

Electronic Devices That Dissolve In Your Body , (InsideScience TV)

Video Profile by the Big Ten Network: Electrifying Endeavors

Video of the micro-mechanics of free-floating self-similar interconnects for stretchable batteries

Video of a stretchable, rechargeable lithium ion battery

Video by University of Illinois on transient electronics

Video of Control of a Flying Drone via Epidermal Electronics

Video Showing Robustness in Integration of Multifunctional Epidermal Electronics

Video of Epidermal Electronics For EMG Monitoring

Video of Epidermal Electronics For ECG Monitoring

Video of Direct Print Mounting of Epidermal Electronics

Science of Innovation, Electronic Tattoo (USPTO video)

Video of Nyquist Lecture at Yale University

Video of electrocorticography in a feline animal model, recorded during an epileptic seizure, with unprecedented spatial and temporal resolution using a flexible, bio-integrated electronic circuit/sensor sheet

Getting Under Your Skin (CNN)

Video by University of Illinois on epidermal electronics

Video of an 'epidermal' electronic device

Video of an 'epidermal' electronic device with a temporary transfer tattoo as a substrate