Fully funded Paul Scherrer Institute (PSI) doctoral scholarships for 2025! Discover an excellent PhD opportunity at Switzerland’s Paul Scherrer Institute (PSI), a top public research university. Explore fully financed PhD and doctoral fellowships across fields to strengthen your academic path in 2025.
Free Visa Sponsorship Fully Funded Phd Scholarships at Paul Scherrer Institute Switzerland 2025
Fully Funded Phd Scholarships at Paul Scherrer Institute (PSI) Switzerland 2025
Paul Scherrer Institute (PSI) Graduate Research Jobs and Academic Positions Opportunity: If you are an eligible candidate, we would like to encourage you to apply immediately.Â
| Phd Fund | PhD topic | Research Topic Details | Application |
| Fully Funded | PhD Student in AI-boost multimodality imaging for upright radiotherapy | AI-boost multimodality imaging, upright radiotherapy, treatment planning, robustness, margin guidelines, numerical phantom. | Apply Now CLICK HERE |
| Fully Funded | PhD Student for particle physics research in detector instrumentation | R&D for silicon pixel detector technology, ASIC design, testing and characterization of prototype devices, graduate school and teaching activities. | Apply Now CLICK HERE |
| Fully Funded | PhD Student for particle physics research on future FCC-ee experiments | Simulation studies of physics processes in e+e- collisions, reconstruction and analysis methods for FCC-ee detectors, laboratory and beam tests with silicon pixel detectors, graduate school and teaching activities. | Apply Now CLICK HERE |
| Fully Funded | PhD student on theoretical and computational prediction of pump-induced dynamics in materials | Quantum geometric principles of strong light-matter interaction, first-principle simulations of light-induced dynamics, high-throughput calculations for Floquet engineering, investigation of driving protocols, collaboration with experimental groups, teaching support. | Apply Now CLICK HERE |
| Fully Funded | PhD Student (Condensed Matter Physics – Lattice Dynamics) | Investigation of lattice dynamical properties of beta-pyrochlores, phonon dispersion relations and lifetimes, thermal transport properties, density functional simulation, inelastic neutron scattering measurements, thermal conductivity measurements. | Apply Now CLICK HERE |
| Fully Funded | PhD Student (Condensed Matter Physics – Charge Ice) | Investigation of ‘charge ice’ correlated disorder in beta-pyrochlores, characterization of novel states and phase transitions, synthesis and crystal growth, characterization by neutron and x-ray diffraction, diffuse scattering, total scattering, magnetic and lattice properties by bulk measurements and neutron scattering, data interpretation and modelling. | Apply Now CLICK HERE |
| Fully Funded | PhD Student in implementation of autonomous epitaxy combining experiments, simulations and machine learning | Autonomous optimization of epitaxial oxide thin film growth, hardware-software interface development, machine learning for optimization algorithms, control of structural and chemical properties, autonomous platform integration, validation through autonomous growth. | Apply Now CLICK HERE |
Paul Scherrer Institute Switzerland Official Website
Switzerland’s Paul Scherrer Institute Official Website Link: CLICK HERE
Wishing you the Best Of Luck.
