University of Latvia
4 months ago
Magnetotactic bacteria and magnetosomes University of Latvia (Riga) & Spintec / PFNC Minatec (Grenoble, France) in Latvia
Degree Level
Master's
Field of study
Chemistry
Funding
The position is for a master's thesis/internship of 5–6 months. While funding details for the master's project are not specified, the post states that the internship naturally leads to a fully funded PhD continuing the project.
Deadline
Aug 1, 2026
Country
Latvia
University
University of Latvia
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Where to contact
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About this position
Funding details
The position is for a master's thesis/internship of 5–6 months. While funding details for the master's project are not specified, the post states that the internship naturally leads to a fully funded PhD continuing the project.
What's required
Applicants must be current master's students in Physics, Materials Science, Physical Chemistry, or Biophysics. Candidates should be curious, motivated, and eager to explore experimental nanoscience and bio-inspired magnetism. Experience or interest in advanced microscopy, microbiological techniques, and quantitative data analysis is beneficial. No specific GPA or language test requirements are mentioned.
How to apply
Send your CV, academic transcript, and a short motivation letter to [email protected]. Applications are open for a start in Spring/Summer 2025. Contact the supervisor for further details.
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?? Unraveling the Magnetism of Life
?? Riga (Latvia) & Grenoble (France)
?? The Project
Magnetotactic bacteria are tiny living compasses.
Inside their cells, they produce magnetosomes – nanosized crystals of magnetite (Fe3O4) perfectly aligned like a compass needle.
?? Your challenge: understand how these biological nanomagnets organize, interact, and behave, using advanced microscopy techniques such as:
Off-axis electron holography
High-resolution transmission electron microscopy (TEM)
?? Goal: build a magnetic phase diagram linking magnetosome size, shape, and spacing to their magnetic state.
?? What You’ll Learn
?? Microbiological techniques & electron microscopy sample preparation
?? High-resolution and magnetic imaging (electron holography)
?? Quantitative data analysis at the nanoscale
?? A deep understanding of nanobiomagnetism — where physics meets biology
? This internship naturally leads to a fully funded PhD continuing this project.
?? Work Environment
?? Living Materials Group, University of Latvia (Riga) — Dr. Damien Faivre
?? Spin-Textures Team, Spintec / PFNC Minatec (Grenoble, France) — Dr. Arnaud Masseboeuf
?? An international, interdisciplinary collaboration at the crossroads of physics, biology, and materials science.
?? Who We’re Looking For
?? Master’s student in:
? Physics
? Materials Science
? Physical Chemistry
? Biophysics
?? Curious, motivated, and eager to explore experimental nanoscience and bio-inspired magnetism.
?? Practical Information
?? Duration: 5–6 months
?? Start: Spring / Summer 2025
?? Locations: Riga ???? & Grenoble ????
?? How to Apply
Send your CV, academic transcript, and a short motivation letter to:
?? [email protected]