The rapid advancement of neuroimaging methodology and its growing availability has
transformed neuroscience research. The answers to many questions that we ask about how …

There has been a long-standing demand for noninvasive neuroimaging methods that can
detect neuronal activity at both high temporal and high spatial resolution. We present a two …

Comprehensive analysis of brain function depends on understanding the dynamics of
diverse neural signaling processes over large tissue volumes in intact animals and humans …

Globally, the demand for improved health care delivery while managing escalating costs is a
major challenge. Measuring the biomagnetic fields that emanate from the human brain …

Magnetoelectric materials hold untapped potential to revolutionize biomedical technologies.
Sensing of biophysical processes in the brain is a particularly attractive application, with the …

Functional magnetic resonance imaging usually detects changes in blood oxygenation level
dependent (BOLD) signals from T 2*-sensitive acquisitions, and is most effective in detecting …

A new approach to measure activation-related changes in the brain by magnetic resonance
is described offering high temporal resolution of 10–100 measurements per second. This is …

This book is designed to introduce the reader to the field of NMR/MRI at very low magnetic
fields, from milli-Tesla to micro-Tesla, the ultra-low field (ULF) regime. The book is focused …

Neuronal activity generates ionic flows and thereby both magnetic fields and electric
potential differences, ie, voltages. Voltage measurements are widely used but suffer from …

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