ERC 10k Grantees Celebration : 15 Ways the ERC Transformed Science : #12 Unlocking the therapeutic power of music through mathematics (Chew) (+PODCAST)

  • Anne L’Huillier (Interviewee)
  • Stefania Milan (Interviewee)
  • Uğur Şahin (Interviewee)
  • Michael Grätzel (Interviewee)
  • Anna Akhmanova (Interviewee)
  • Marileen Dogterom (Interviewee)
  • Tracy Kivell (Interviewee)
  • Roberto Navigli (Interviewee)
  • Philippe Ciais (Interviewee)
  • Ivan Janssens (Interviewee)
  • Michael Obersteiner (Interviewee)
  • Josep Peñuelas (Interviewee)
  • Sonia Seneviratne (Interviewee)
  • Katerina Douka (Interviewee)
  • John Diffley (Interviewee)
  • Chew, E. (Interviewee)
  • Maya Schuldiner (Interviewee)
  • Ülo Niinemets (Interviewee)
  • Vernesa Smolčić (Interviewee)

Activity: OtherTypes of Public engagement and outreach - Media article or participation

Description

#12 Unlocking the therapeutic power of music through mathematics (Chew)
Developing mathematical models to describe the role of musical performance could open the door to new applications, including treating cardiac arrhythmia. ERC grantee Elaine Chew has brought together radically different disciplines in order to drive and expand our understanding of this complex and elusive concept.

#1 Discovering the secrets of the interaction between light and matter (L’Huillier)
#2 Bursting the social media bubble with open-source software (Milan)
#3 Optimising the transformative potential of mRNA for human health (Şahin)
#4 Enabling the green transition with high-performing solar cells (Grätzel)
#5 Charting the blueprints for future disease treatments through cell self-organisation (Akhmanova, Dogterom)
#6 Unearthing the secrets of human evolution through research into fossilised hands (Kivell)
#7 Applying artificial intelligence to transform language learning (Navigli)
#8 Bringing the impact of nutrient imbalance to global attention (Ciais, Janssens, Obersteiner, Peñuelas)
#9 Tracking extreme heat to improve climate change forecasts (Seneviratne)
#10 Revealing our shared past through archaeological findings (Douka)
#11 Unravelling the intricacies of DNA replication (Diffley)
#12 Unlocking the therapeutic power of music through mathematics (Chew)
#13 Unveiling the mysteries of basic cellular structures (Schuldiner)
#14 Evaluating how plant stress impacts our climate (Niinemets)
#15 Understanding the universe by stargazing through cosmic time (Smolčić)
Period6 May 2021 → …
Degree of RecognitionInternational

Keywords

  • music-based therapeutics
  • computational modeling
  • music and mathematics
  • cardiac arrhythmias