The dynamic embodiment of psychological processes is evident in the association of health
outcomes, behavioural traits and psychological functioning with Heart Rate Variability …

The spontaneous dynamics of the brain modulate its function from moment to moment,
shaping neural computation and cognition. Functional MRI (fMRI), while classically used as …

Contact-free vital-signs monitoring enabled by radio frequency (RF) sensing is gaining
increasing attention, thanks to its non-intrusiveness, noise-resistance, and low cost …

It is commonly believed that cerebrospinal fluid (CSF) movement is facilitated by blood
vessel wall movements (ie, hemodynamic oscillations) in the brain. A coherent pattern of low …

Recent improvements in the speed and sensitivity of fMRI acquisition techniques suggest
that fast fMRI can be used to detect and precisely localize sub-second neural dynamics. This …

Pioneering studies have shown that individual correlation measures from resting‐state
functional magnetic resonance imaging studies can identify another scan from that same …

Functional MRI signals can be heavily influenced by systemic physiological processes in
addition to local neural activity. For example, widespread hemodynamic fluctuations across …

Wakefulness levels modulate estimates of functional connectivity (FC), and, if unaccounted
for, can become a substantial confound in resting-state fMRI. Unfortunately, wakefulness is …

It is recently discovered that the glymphatic system and meningeal lymphatic system are the
primary routes for the clearance of brain waste products. The CSF flow is part of these …

Of the sources of noise affecting blood oxygen level‐dependent functional magnetic
resonance imaging (fMRI), respiration and cardiac fluctuations are responsible for the …