Wristband that simulates heartbeats can fight stress, says study | fitness | Hindustan Times
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Wristband that simulates heartbeats can fight stress, says study

A new study shows that a wearable device that delivers heartbeat-like vibrations to the inside of your wrist can help you destress.

fitness Updated: Jul 03, 2017 15:55 IST
A new wristband calms you by reproducing heartbeat-like vibrations.
A new wristband calms you by reproducing heartbeat-like vibrations.(Shutterstock)

Have you ever felt that a slower tempo rhythm makes you feel calm, while fast rhythms arouse excitement, fear or anger? As humans, we have an instinctive response to rhythm, and the tempo of a song can naturally alter our breathing and heart rates.

Researchers from University of London in the UK assessed the calming effects of the device called doppel — a wristband designed to actively reduce stress by using the intuitive responses that we all have to rhythm, and especially to heartbeats.

Beyond music, several studies report similar effects in responses to biological rhythms, and the heartbeat is perhaps the most ubiquitous biological rhythm in nature. “High arousal is correlated with increased heart rate, whereas calmness is physiologically correlated with lower heart rate,” said Manos Tsakiris from University of London.

As humans, we have an instinctive response to rhythm. (Shutterstock)

“We also intuitively associate higher and lower heart rate with anxiety or high arousal, and calmness. The design of doppel, the device that we used in our study, was inspired by these insights,” said Tsakiris.To test the efficacy of doppel, the researchers exposed volunteers to a socially stressful situation and measured their physiological arousal and their reported anxiety levels.

Two groups of participants were asked to prepare a public speech, a widely used psychological task that consistently increases stress. All participants wore the device on their wrist and a cover story was used to suggest to participants that the device was measuring blood pressure during the anticipation of the task.

For one of the two groups, the device was turned on and delivered a heartbeat-like vibration at a slower frequency than the participants’ resting heart rate, while they were preparing their speech. The researchers measured both physiological arousal and subjective reports of anxiety.

The use of doppel had a tangible and measurable calming effect across both physiological and psychological levels. Only the participants who felt the heartbeat-like vibration displayed lower increases in skin conductance responses and lower anxiety levels. “Wearable devices are becoming ubiquitous in everyday life, but across the board their primary aim is to quantify our activity,” said Tsakiris.

“The results we got suggest that, rather than measuring ourselves, we can instead harvest our natural responses to heartbeat like rhythms in ways that can assist people in their everyday life,” he said. The research was published in the journal Scientific Reports.

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