Dynamical systems and bifurcation theory
5 European H2020 organizations list this as part of their work — 4 as their primary capability.
Most active in this area
- UNIVERSITATEA DIN CRAIOVA
Romanian university combining dynamical systems mathematics, EMI research, SME innovation coaching, and citizen science outreach across Europe.
“The MSCA-RISE project Dynamics (2018-2024, EUR 360,000) focused on codimension k bifurcations, averaging theory, and systems with impacts — their largest self-funded research project.”
PrimaryRO13 projects - OBUDAI EGYETEM
Budapest technical university specializing in control systems, cognitive robotics, and AI applications for biomedical and agri-food challenges.
“Dynamics project contributed to codimension k bifurcations, averaging theory, and systems with impacts — foundational mathematics supporting their applied control work.”
HU5 projects - UNIVERSITATEA POLITEHNICA TIMISOARA
Romanian technical university combining mathematical modelling with additive manufacturing reliability and hydrogen technology research.
“Coordinated the Dynamics project (2018-2024), their largest funded effort at EUR 310,500, focused on codimension k bifurcations.”
PrimaryRO4 projects - YANKA KUPALA STATE UNIVERSITY OF GRODNO
Belarusian university contributing advanced mathematical analysis — dynamical systems, matrix factorisation, and operator theory — to EU research consortia.
“Project 'Dynamics' (2018-2024) focuses on contributions to codimension-k bifurcations in dynamical systems theory, including averaging theory and systems with impacts.”
PrimaryBY2 projects - UNIVERSITY OF NORTH CAROLINA AT CHARLOTTE
US research university with expertise in micro/nano biomedical robotics and dynamical systems mathematics; transatlantic MSCA-RISE partner.
“The Dynamics project (2018-2024) focused on codimension-k bifurcations, averaging theory, and systems with impacts — theoretical mathematics with cross-disciplinary applications.”
PrimaryUS2 projects