Mateusz Soliński presents paper on change point associations for music-based micro interventions and wins Best Poster Award for OpenPPG app
Research
Now in PLOS One ! Science of music-based citizen science : How seeing influences hearing
Published in PLOS One : How seeing and hearing affects citizen science annotation tasks, critical for reliable algorithmic analysis of music
Poulomi Pal gives two moderated presentations at ESC2025 Research Gateway
Poulomi Pal highlights the differences in response between males and females and how music can be used as a tool for hypertension diagnosis.
Natalia Cotic on the Digital Health Stage at the European Society of Cardiology ESC Congress
Natalia Cotic and Poulomi Pal present at the ESC Congress and highlight the role of music in cardiovascular medicine.
Natalia Cotic and Mateusz Soliński present at IEEE Engineering in Medicine and Biology Conference
Natalia Cotic and Mateusz Soliński represented the COSMOS project at the 47th Annual International Conference of the IEEE Engineering in Medicine and Biology Society (EMBC) that took place in Copenhagen, on 14th-17th July 2025.
The Unexpected Symphony Within: How Music Reveals the Resilience of Your Body by Mr. Wells on Medium
Medium article sums up Scientific Reports paper “High blood pressure inhibits cardiovascular responsiveness to expressive classical music
New Finding: High blood pressure alters body’s reactivity to music
How music’s tempo and loudness interact with baseline blood pressure in Nature Scientific Reports and on Classic FM’s website
ESGCO: Poulomi Pal shows music boosts GCNN hypertension diagnosis
Poulomi Pal shows hypertension diagnosis with physiological signals during music listening outperforms silence baseline
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