All articles tagged with #freq ness
A study published in Advanced Science reveals that listening to rhythmic sounds causes the brain to dynamically reorganize its networks in real time, with the use of a new method called FREQ-NESS that maps brain activity by isolating specific frequencies, offering new insights into neural plasticity and potential applications in mental health and brain-computer interfaces.
A new study using magnetoencephalography and the FREQ-NESS algorithm reveals how musical rhythms instantly reconfigure brain activity, showing dynamic shifts in brain networks and oscillations in response to rhythmic sounds, with potential applications in clinical and therapeutic settings.
A new neuroimaging method called FREQ-NESS reveals that the brain dynamically reorganizes its networks in real time in response to rhythmic sounds, offering high-precision mapping of brain activity across frequencies with potential applications in neuroscience, perception, and mental health diagnostics.