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Hearables: in-ear sensing devices for recording of physiological signals

Colver Ken Howe Ne, Jameel Muzaffar and Manohar Bance discuss the potential of hearable systems to monitor physiological signals (e.g. from brain or heart, blood pressure, body temperature) unobtrusively. Such adaptations require high-quality sensors and sophisticated de-noising signal processing on...

Training in the use of medical devices
– how should it be done?

Adequate training in novel medical devices is imperative, not only to ensure patient safety, but also to give clinicians the confidence to use the device in question. In this article, Andrea Gillies explains the philosophy of one of the equipment...

Acoustic shock: definitions and clinical aspects

Acoustic shock, a previously little-known and poorly understood clinical entity, came to the public’s attention in 2019 due to a high-profile legal case of a musician at the Royal Opera House. In this fascinating article, Andrew Parker and William Parker...

The art and science of acoustic ecology

Aki Pasoulas summarises the diverse forms and approaches of the relatively new and expanding area of acoustic ecology, a discipline that studies the relationship between living beings and their sonic environment. Sound Ecology emerged in the late 1960s through the...

A new approach to workplace hearing conservation

The traditional approach to managing workplace noise has failed - how can we better protect our nation’s hearing using smart hearing protection? Occupational noise-induced hearing loss (ONIHL) is the most common occupational health condition in the world and the most...