How music’s tempo and loudness interact with baseline blood pressure in Nature Scientific Reports and on Classic FM’s website
Research
New CardioPulse article: Seeing music’s effect on the heart
CosmoNote and HeartFM enabled visualising, playing, and annotating of music and heart data highlighted in European Heart Journal
Predicting ensemble musicians’ heart rates with interpretation map and expressiveness
Computational model captures up to 60% of variability in musicians’ heartbeat intervals with map of musicians’ jointly decided actions
Automatic Extraction of Phrase Boundary Credences and Interpretation Comparisons
Finding plausible phrase boundaries from tempo and/or loudness data applied to analysis of Mazurka interpretations now out on Music & Science
Falling Walls Breakthrough Day : Breaking the Wall to Musical Medicine
Four thrilling days at the Radialsystem in Berlin for the Falling Walls Science Summit Breakthroughs of the Year
Deniz Suer awarded Golding Bird Prize Fund
Deniz Suer awarded Golding Bird Prize Fund for highest Scholarly Project mark (tied with one other student) at GKT School of Medical Education
Best Poster Award at Computing in Cardiology 2023
Mateusz Soliñski wins Best Poster Award at Computing in Cardiology for posters and papers by Soliński, Courtney Reed, Elaine Chew
ECG and EEG Decoding of Music Amplitude in Baroque and Contemporary Classical Music
Emily Graber compares music amplitude decoding from EEG alone, ECG (RR) alone, and EEG+ECG for baroque and contemporary classical music
Understanding Music’s Effect on the Heart shortlisted for Falling Walls Science Breakthrough of the Year award
Among >1,000 high-quality projects, understanding music’s effect on the heart is one of the 10 winners in the Art & Science category!
Open Position: Postdoctoral Research Associate in Cardiovascular Music Optimisation
Position for postdoctoral researcher to optimise expressive music parameters to achieve cardiovascular aims for individuals