PhD Opportunity (M/F): Theoretical Studies of the Dynamics of Nanomagnets Coupled to Photoactive Ligands
Core
Developing multiscale theoretical models to study the reciprocal coupling between magnetic nanoparticles and photoactive ligands, focusing on magnetoelectric, exchange, dipolar, and thermal interactions.
Role type
Research PhD candidate (theoretical physics)
Builds
Multiscale theoretical models and coupled magnetic–thermal simulations for hybrid nanosystems
Domain
Solid-state physics, magnetism, statistical physics
Deliverable
research
Required skills
Statistical physics, Magnetism theory, Multiscale Hamiltonian approaches, Analytical Green's function techniques, Numerical solution of differential equations, Heat transport modeling
Preferred skills
Python, C++, Ultrafast magnetization dynamics, Theory–experiment interactions
Technologies
Python, C++
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