Post by BrianSpace

2,335 followers

< šŽš§šž š°šžšžš¤ š­š¢š„š„ ššžšššš„š¢š§šž: šŸ‡§šŸ‡Ŗ šš”šƒ šŽš©š©šØš«š­š®š§š¢š­š²: š’šØš„ššš« š„š§šžš«š šžš­š¢šœ šššš«š­š¢šœš„šž šŒšØššžš„š¢š§š  ššš­ šŠš” š‹šžš®šÆšžš§ The Science & Technology Group at KU Leuven (Campus Kulak) in Kortrijk, Belgium, is seeking a motivated PhD candidate to join their multidisciplinary research environment. This 4-year project focuses on the numerical modeling of Solar Energetic Particles (SEPs), which are critical drivers of hazardous space weather and key indicators of solar eruptive processes. šŸ”¬ The Research Project Solar energetic particles are accelerated during massive solar eruptions and pose significant risks to technology and astronauts. In this role, you will: Simulate Acceleration: Use state-of-the-art numerical models to understand how SEPs are accelerated near the Sun. Model Transport: Analyze how these particles propagate through complex coronal magnetic structures and the heliosphere. Integrate Data: Combine advanced plasma physics simulations with observational constraints from modern spacecraft missions. HPC Utilization: Leverage high-performance computing facilities to run large-scale space-plasma models. šŸ“‹ Candidate Profile Education: An M.Sc. degree (or nearing completion) in Physics, Astrophysics, Mathematics, Engineering, or a related field. Technical Skills: Interest in computational research and programming; experience in numerical methods or plasma physics is an advantage but not strictly required. Soft Skills: A strong command of English and a drive to work in a collaborative, interdisciplinary setting. šŸ“… Key Details & Benefits Duration: 4 years (initial 1-year contract, renewable based on progress). Salary: Follows the standard Belgian PhD scholarship scale. Start Date: Preferred 1 October 2026 (with some flexibility). Deadline: 13 May 2026. šŸ“© How to Apply Submit your application through the KU Leuven Job Site (Job ID: 60638099). Your application package must include: Curriculum Vitae. Motivation Letter (max 1 page). University Transcripts (including ECTS credits/grades). Reference Contacts for two professional/academic referees. For informal inquiries, contact Prof. dr. Nicolas Wijsen at [email protected]. #SpaceWeather #PhDPosition #KULeuven #BelgiumResearch #SolarPhysics #ComputationalPhysics #PlasmaPhysics #SEPs #Heliophysics #STEMCareers

Post content