University of Bayreuth

Overview

The PhD programme in Deep Earth Volatile Cycles at the University of Bayreuth is designed to explore the movement and transformation of volatiles, such as water, carbon, and nitrogen, deep within the Earth's interior. This interdisciplinary programme is conducted in collaboration with the Bavarian Research Institute of Experimental Geochemistry and Geophysics (BGI) and includes a unique research opportunity at a partner university in Japan.

What you'll study

Research-led doctoral training

• Engage in doctoral training alongside the Department of Earth Sciences at Tohoku University in Japan.
• Receive supervision from both the Bayreuth research environment (BGI) and the international partner institution.

International research stay

• All doctoral candidates are required to complete a six-month research period at the partner university in Japan.

Doctoral milestones (typical)

• Develop a comprehensive research proposal focused on volatile cycling in the deep Earth.
• Conduct experimental or analytical research aligned with the programme's scientific themes.
• Participate in regular progress reviews with supervisors and engage in relevant seminars and workshops.
• Prepare and submit a thesis based on original research findings.

Research themes (examples)

• Investigating the incorporation and release of volatiles in mantle minerals under high-pressure conditions.
• Conducting experimental studies on mineral behavior pertinent to the Earth’s transition zone (approximately 400–660 km depth).
• Exploring processes that connect mineralogy, geochemistry, and deep Earth volatile exchange.

Entry requirements

Specific GRE/GMAT and GPA thresholds are not indicated for this programme. Applicants are expected to meet general doctoral admission criteria.

Career prospects

Graduates of the Deep Earth Volatile Cycles programme will be well-equipped for careers in academia, research institutions, and the energy sector. Their expertise in Earth sciences and volatile cycles will prepare them for roles in various scientific and applied fields, contributing to advancements in environmental understanding and resource management.