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Lund University

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PhD in Physics: Satellite Observations of Stratospheric Aerosols and Climate Projections Lund University in Sweden

Degree Level

PhD

Field of study

Computer Science

Funding

Doctoral student employment at Lund University, full-time fixed-term position for 4 years, with extension for teaching/departmental duties up to 20% of working hours. Salary is monthly salary; no stipend amount is stated.

Deadline

Expired

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Country

Sweden

University

Lund University

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Keywords

Computer Science
Environmental Science
Remote Sensing
Climatology
Climate Science
Atmospheric Science
Earth Science
Python Programming
Programming Language
Physics

About this position

PhD opportunity at Lund University in physics with a focus on satellite observations of stratospheric aerosols, satellite lidar, remote sensing, and climate science.

The position is hosted by the Division of Combustion Physics, Department of Physics, Lund University, Sweden, and is linked to the stratospheric aerosol research group led by Associate Professor Johan Friberg. The project sits within a strong research environment spanning applied physics, optical diagnostics, atmospheric science, and climate modeling, with connections to MERGE and the LTH Profile Area Aerosols.

The PhD project, titled “How much cooling are we missing? Using space lasers to improve climate projections”, focuses on how volcanic eruptions and large wildfires inject aerosols into the stratosphere and affect climate cooling. The student will analyze a 17-year CALIOP satellite lidar record and improve how lidar observations are used in multi-instrument stratospheric aerosol climatologies and climate model comparisons (CMIP). There are also opportunities to engage with ATLID/EarthCARE-related data products and broader stratospheric composition research.

Eligibility and requirements: applicants need a relevant second-cycle qualification, including an MSc in engineering physics, physics, or an associated field, or equivalent credits. Required skills include programming (Python, Matlab, or similar), knowledge of physics/meteorology/atmospheric science, strong English, independence, cooperation, initiative, structure, persistence, and numerical ability. Experience with satellite data, remote sensing, Linux, large datasets, scientific visualization, stratospheric aerosol, lidar, climate modeling, trajectory modelling, or dispersion modelling is an advantage.

Funding and employment: this is a full-time doctoral employment for 4 years at Lund University, with possible extension for teaching and departmental duties up to 20%. Salary is monthly; no stipend amount is specified.

Application window: published 30 June 2026; deadline 14 August 2026. Apply in English with CV, cover letter, degree certificates, study certificates, and any additional supporting documents through the Varbi application portal.

Funding details

Doctoral student employment at Lund University, full-time fixed-term position for 4 years, with extension for teaching/departmental duties up to 20% of working hours. Salary is monthly salary; no stipend amount is stated.

What's required

Applicants must meet general doctoral admission requirements and specific admission requirements in physics, including at least 30 second-cycle credits relevant to the subject with at least 15 credits from a second-cycle degree project, or an MSc in engineering physics, physics, or an associated field. A Master's-level background in physics, meteorology, atmospheric science, or a closely related field is required. Applicants should have programming skills (e.g. Python, Matlab, or similar) sufficient for large dataset analysis, good written and oral English, strong ability to work independently, good cooperation skills, initiative, structure, persistence, and good numerical ability. Experience with satellite data, remote sensing, Linux, large datasets, scientific visualization, stratospheric aerosol, lidar, climate modeling, trajectory modelling, or dispersion modelling is advantageous.

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