Osaka researchers built a wireless EEG system powered by body heat that worked outdoors above 89.6°F without batteries.

Over the past decades, technological advances have opened remarkable possibilities for the detection and monitoring of ...

A new smart fabric powered by your phone has the potential to quietly replace wearable health trackers as we know them.

Building Arduino projects with multiple sensors can unlock powerful environmental monitoring, automation, and IoT applications. From DHT11 temperature sensors to motion, gas, and light detectors, ...

Monitoring a constant stream of data doesn’t help people make health-related decisions and can lead to confusion and needless ...

The operational cleavage between the US public health and medical care systems contributed to the country’s difficulty in containing community spread of COVID-19 in the pandemic’s first months. We ...

The World Health Organization (WHO) wrapped up Exercise Polaris II, a 2-day high-level simulation exercise, based around an ...

A new fiber probe developed by researchers at The University of Texas at Austin delivers two major innovations in health ...

If you were to point to a single device responsible for much of Hackaday’s early success, it might be the Arduino Uno. The ...