Engineering publications brought to you by Mark Allen

Medical & healthcare

AI-enabled device show promise for monitoring traumatic brain injury

Tokyo team adds stability to acoustic tweezer technology

Fabrication of the microchip. The device is fabricated by injecting a polymer into a micro fabricated mold and the polymer is cured under ultraviolet light to produce low-cost, single-use devices.

New chip could improve cancer treatment

AI offers answers to COVID’s effects

Adhesive hydrogel applied on skin under ultrasound probe

Bandages adhere better with ultrasound and bubbles

FundamentalVR raises $20m for surgical simulation

AI detects abnormalities that cause epileptic seizures

Magnetomyography shows potential in prosthetics and wearables

Pig collagen cornea restores vision for 20 patients

Coin-sized wearable shows potential to boost biosensing

The MIT team's device could eliminate the need for patients to constantly measure their glucose levels and inject insulin

Device could pave way for new diabetes treatment

The wearable neuromorphic chip, made of stretchy semiconductors, can implement AI to process large amounts of health information in real time. Above, Asst. Prof. Sihong Wang shows a single neuromorphic device with three electrodes

Neuromorphic chip marks advance in healthcare wearables