Videos of Our Research Results

IoT Remote Control of Wireless Optogenetic Devices, as published in Nature Biomedical Engineering

 

Bluetooth Piconet Control of Wireless Optogenetic Devices, as published in Nature Biomedical Engineering

 

Wirelessly Charging and Control of Soft Brain Implant in a Freely Moving Rat, as published in Nature Communications

 

Smartphone-controlled Neural Implant for Optogenetic Manipulation of Brain Circuit, as published in Nature Communications

 

Transformative Neural Probe that Softens upon Contact with Biological Tissue

 

Transformative Pressure Sensor with Tunable Sensitivity and Bandwidth, as published in Science Advances

 

Transformative Electronics Converting Between Rigid Tabletop Clock and Wearable Sensor, as published in Science Advances

 

Selective Wireless Control of Mice Within a Group Using a Smartphone, as published in Nature Biomedical Engineering

Wireless activation of VTA dopamine neuron in the brain at different timepoints within the same session rapidly increased both contraversive rotations and distance traveled, in comparison to mice that received wireless activation of intra-VTA vehicle.
 

Smartphone App User Interface for Wireless Optofluidic Neural Devices, as published in Nature Biomedical Engineering

Smartphone-controlled neural implants that can provide wireless drug delivery and photostimulation to manipulate target neural circuits in the brain.
 

Chronic Wireless Pharmacology and Photostimulation with Replaceable Plug-n-Play Drug Cartridges

Wireless optofluidic device with Lego-like drug cartridges allows unlimited on-demand supply of drug and light for control of target neural circuits.
 

Application of Wearable Mechano-Acoustic Sensor for Speech Recognition and Classification for Haman-Machine Interfaces: Voice-activated Pac-Man Control

Demonstration of speech recognition and classification in a Pac-Man game with left, right, up, and down instruction.
 

Untethered Delivery of Drug Into the Brain Using Wireless Microfluidic Neural Probe for Behavior Control

Uploaded by Jae-Woong Jeong on 2015-07-19.
 

Wireless Optofluidic Systems in Freely Moving Animals 

Uploaded by Jae-Woong Jeong on 2015-07-19.
 

Wireless Delivery of Multiple, Distinct Fluids

Uploaded by Jae-Woong Jeong on 2015-07-19.
 

Wireless Fluid Delivery and Photostimulation For the Brain

Uploaded by Jae-Woong Jeong on 2015-07-19.
 

Brain-Computer Interface via Epidermal Electronics Integrated on the Auricle For Text Spelling

Uploaded by Jae-Woong Jeong on 2015-04-01.
 

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

Artificial, instrumented pericardium demonstrated on a beating heart. This stretchable electronic system can monitor and pace the heart, in sophisticated ways that lie beyond anything possible with other technologies.
 

Control of a Flying Drone via Epidermal Electronics

Uploaded by Woon-Hong Yeo on 2013-10-20.
 

Video Showing Robustness in Integration of Multifunctional Epidermal Electronics

Uploaded by Woon-Hong Yeo on 2013-10-20.
 

Epidermal Electronics For ECG Monitoring

Uploaded by Woon-Hong Yeo on 2013-10-20.
 

Epidermal Electronics For EMG Monitoring

Uploaded by Woon-Hong Yeo on 2013-10-20.