Does your sleep tracker get it right? A Pittsburgh neuroscientist weighs in
Can a sensor on your wrist really tell how your brain slept? Here’s what happens when sleep trackers go up against polysomnography, the clinical gold standard.
Can a sensor on your wrist really tell how your brain slept? Here’s what happens when sleep trackers go up against polysomnography, the clinical gold standard.
Smartwatch users should be wary of relying too heavily on these devices’ algorithmic measurements.
Scientists are creating additional robotic arms, legs and thumbs to push the boundaries of what can be achieved by the human body.
We can already track plenty of body data, but to really make a difference, wearables need to consistently collect clinically valuable information that can be used to improve health.
Fitness information like resting heart rate collected by wearable devices can’t diagnose diseases, but it can signal when something is wrong. That can be enough to prompt a COVID-19 test.
Wearables can be helpful in understanding whether the lifestyle changes you’ve made are having a measurable effect on your heart health.
Research shows smartwatches can provide useful information for people with heart conditions – but they can also cause anxiety.
A new study reveals strengths and weaknesses of the gadgets we use to monitor our lives.
Powered robotic devices designed to enhance the wearer’s physical capabilities are being developed for an increasing range of uses.
About one in five Aussies currently own a wearable fitness tracker of some kind. Yet many people doubt their effectiveness. Let’s see what the research suggests.