Emily Graber compares music amplitude decoding from EEG alone, ECG (RR) alone, and EEG+ECG for baroque and contemporary classical music
Events
Barts900 : The Musical Heart, Cardiac health and pathology through a musical lens
Lecture-performance on synergies between music and cardiology speckled with musical examples and a HeartFM technology demonstration
Tachy-tiles “Soft” Launch, Interacting with and Understanding Arrhythmias
We celebrated the success of the (literally) soft lauch of Tachy-tiles (TACHYcardia TactTILE Feedback), our soft haptic platform for experiencing irregular heartbeats through touch.
22 May 2023: Katherine Kinnaird speaks on Data Science Intersections with Music, Humanities, Cultural Analytics
Katherine Kinnaird’s talk on Data Science+ (Intersections with Music, Humanities, Cultural Analytics) 22 May 2pm, Nash Lecture Theatre
Elaine Chew Keynotes and Demos HeartFM at Danish OR Society’s Applications Of Optimization
Elaine Chew gave a keynote with a live demo of HeartFM visualisation at the Danish Operations Research annual meeting in Copenhagen
Elaine Chew gives TAU MET Seminar and is “opponent” for Jiyeong Kim’s PhD on heart cell beat-to-beat dynamics
Esa Räsänen invites Elaine to TAU as a MET International Seminar Series speaker and Jiyeong Kim’s thesis “opponent” on heart cell beating dynamics
Citizen Science and Frontier Research at the ERC Executive Agency
ERC grantees share research involving citizen science at annual event: topics included music, fruitflies, women’s health, and air pollution
CosmoNote at ERC Annual Event : Citizen Science and Frontier Research
Elaine Chew is panelist and CosmoNote part of exhibition at ERC Annual Event: Citizen Science and Frontier Research
Elaine Chew gives PRiSM / RNCM Sir John Manduell Research Forum
Elaine Chew speaks on Music & the Heart: A Math-Tech Perspective, RNCM Sir John Manduell Research Forum hosted by PRiSM Director Emily Howard
Emily Graber: Viva Contemporary! Mobile Music Lab an Interactive Artwork at ACM Multimedia
Mobile Music Lab offers users real-time tempo control of contemporary music, while wearable heart and brain sensors capture physiological effects.