SRI 'Advancing Mathematical Methods for Wave Phenomena'

SRI 'Advancing Mathematical Methods for Wave Phenomena'

Abstract/description

The SRI 'Advancing Mathematical Methods for Wave Phenomena' aims to establish a collaborative research initiative within the Netherlands. Our focus is on developing and refining mathematical models, numerical methods, and fast algorithms for simulating wave phenomena across various disciplines, including electromagnetics, acoustics, geophysics, and biomedical imaging. By leveraging the expertise of diverse research groups in the Netherlands, we aim to foster innovation and address pressing challenges in wave propagation analysis and its applications.

This SRI started on 01-07-2024 and aims to reach its goals before 01-07-2026.

Goals

1. Establish a Collaborative Research Network:
   • Bring together experts from various Dutch universities to explore wave phenomena.
   • Facilitate knowledge exchange and identify synergies among research groups.
     
     
2. Develop Advanced Mathematical Methods:
   • Create efficient numerical methods for simulating wave scattering phenomena.
   • Explore radiative transfer equations and wave propagation through complex media.
   • Investigate free-surface wave models for tsunamis and river floodings.
   • Implement uncertainty quantification for wave phenomena.
   • Study nonlinear wave phenomena and time-fractional attenuation in biomedical imaging.
   • Design absorbing/transparent boundary conditions and perfectly matched layers.
   • Innovate inverse design and surrogate models for nanophotonics and plasmonics.
     
     
3. Connect with Real-Life Applications:
   • Collaborate with high-tech companies and public sector organizations.
   • Engage with networking platforms such as Photonics NL, Optics Netherlands, and Holland High Tech.
     
     
4. Educate Future Generations:
   • Organize workshops, summer schools, and symposia to transfer knowledge to students and young researchers
   • Foster interdisciplinary collaboration and training.

Timeline

Year 1

• Community-Building Workshop: Kick-off event to establish connections and identify research priorities.
• Summer School: Educational event to train students and young researchers in advanced mathematical methods for wave phenomena.

Year 2

• Interdisciplinary Workshop: Engage with representatives from high-tech industries and applied research fields.
• Symposium with International Speakers: Small-scale conference featuring global experts to enhance visibility and attract international collaboration.
• Proposal Drafting: Collaborative sessions to develop research proposals for specific themes or challenges in wave propagation analysis.

Participants

Contact persons

• Dr. Julian Koellermeier (University of Groningen)
• Dr. Vanja Nikolic (Radboud University)
• Dr. Carlos Pérez-Arancibia (University of Twente)
• Dr. Laura Scarabosio (Radboud University)
• Dr. Carolina Urzúa-Torres (Delft University of Technology)

Affiliated members

• Peter van Heijster (Wageningen University & Research)
• Prof. dr. Marcello Seri (University of Groningen)
• Dr. Matthias Schlottbom (University of Twente)
• Dr. ir. Jan ten Thije Boonkkamp (Eindhoven University of Technology)
• Prof. dr. Kees Vuik (Delft University of Technology)

By pooling our expertise and resources, we aim to advance the field of wave phenomena analysis and contribute to technological and scientific advancements in the Netherlands.