RT @bio_computer: Our last Nature paper shows how music changes the brain's limbic and paralimbic systems; that is, music meddles with our…
RT @SciReports: #Electroencephalography reflects the activity of sub-cortical brain regions during approach-withdrawal behaviour while list…
#Electroencephalography reflects the activity of sub-cortical brain regions during approach-withdrawal behaviour while listening to music https://t.co/lRChSlNMLq
RT @bio_computer: Our last Nature paper shows how music changes the brain's limbic and paralimbic systems; that is, music meddles with our…
RT @bio_computer: Our last Nature paper shows how music changes the brain's limbic and paralimbic systems; that is, music meddles with our…
RT @bio_computer: Our last Nature paper shows how music changes the brain's limbic and paralimbic systems; that is, music meddles with our…
@bio_computer is my hero! 🎵+🧠
RT @bio_computer: Our last Nature paper shows how music changes the brain's limbic and paralimbic systems; that is, music meddles with our…
RT @bio_computer: Our last Nature paper shows how music changes the brain's limbic and paralimbic systems; that is, music meddles with our…
Our last Nature paper shows how music changes the brain's limbic and paralimbic systems; that is, music meddles with our emotions, motivations, memories, and sense of smell. Nothing really new, but now we know a little more precisely how music does this. h
Electroencephalography reflects the activity of sub-cortical brain regions during approach-withdrawal behaviour while listening to music https://t.co/8XdaZlVXzu
RT @valenti_vitor: #electroencephalography may be used to measure the effectiveness of #music therapy. Study performed at @Uni_of_Essex pub…
#electroencephalography may be used to measure the effectiveness of #music therapy. Study performed at @Uni_of_Essex published in @SciReports #eletroencefalograma pode ser utilizado para mensurar efetividade da #musicoterapia https://t.co/xvS4oilxma
Electroencephalography reflects the activity of sub-cortical brain regions during approach-withdrawal behaviour while listening to music https://t.co/1wkEnNg4Wg https://t.co/ppHIjEFEYw
RT @duncancipher: That'll be your humble narrator & friends in Nature, then... https://t.co/ecFwhiT77g
RT @duncancipher: That'll be your humble narrator & friends in Nature, then... https://t.co/ecFwhiT77g
That'll be your humble narrator & friends in Nature, then... https://t.co/ecFwhiT77g
Great to see our paper in Nature Scientific Reports "Electroencephalography reflects the activity of sub-cortical brain regions during approach-withdrawal behaviour while listening to music" - https://t.co/l71XsarkzY collaboration between @PlymUni and Uni