The development of magnetic field sensors for biomedical applications primarily focuses on
equivalent magnetic noise reduction or overall design improvement in order to make them …

The loss of a hand can significantly affect one's work and social life. For many patients, an
artificial limb can improve their mobility and ability to manage everyday activities, as well as …

Magnetomyography (MMG) with superconducting quantum interference devices (SQUIDs)
enabled the measurement of very weak magnetic fields (femto to pico Tesla) generated from …

It has long been common practice to capture the electric fields emanated by the human body
as a means of detecting and/or monitoring diverse health conditions. However, these electric …

Objective: Electroneurography has been an essential method for assessing peripheral nerve
disorders for decades. During this procedure, a nerve is briefly electrically excited, and …

Optical and magnetic sensing methods are integral to both research and clinical
applications in biological laboratories. The ongoing miniaturization of these sensors has …

Spintronic sensors, which are based on the tunneling-magnetoresistive (TMR) effect, have
been utilized in detecting low-magnetic fields. However, still no computer-based model of …

Magnetic fields produced by the body can provide information for medical diagnoses, patient
monitoring, and robotic control. Measuring biomagnetic signals locally allows for an external …

Optically pumped magnetometers (OPM) are quantum sensors that offer new possibilities to
measure biomagnetic signals. Compared to the current standard surface electromyography …

Aim This study aims to simultaneously record the magnetic and electric components of the
propagating muscular action potential. Method A single-subject study of the monosynaptic …