Doctoral Positions in Planar Carbon Lattices: The Research Training Group “Planar Carbon Lattices” (RTG2861-PCL) invites applications for 14 Doctoral Researcher/PhD student positions starting October 1, 2025. This is an exceptional opportunity for those interested in advanced research on planar carbon lattices, contributing to cutting-edge developments in quantum materials and functional devices.
Doctoral Researcher Positions in Planar Carbon Lattices
Designation
14 Doctoral Researcher / PhD Student Positions
Research Areas
- Precision synthesis of planar carbon lattices
- Properties and functionalities of carbon lattices
- Experimental and theoretical analytical tools for carbon structures
Location
- Technische Universität Dresden (TUD), Dresden, Germany
- Friedrich-Alexander Universität Erlangen-Nürnberg (FAU), Erlangen, Germany
| Project Code | Thesis Topic | Principal Investigator | Specific Requirements |
|---|---|---|---|
| RTG2861-A1 | Development of 2D c-MOF monolayers with unique spin-related properties | Prof. Dr. Xinliang Feng (TUD) | Experience with synthesis of conjugated molecules and 2D MOFs. |
| RTG2861-A2 | Synthetic development of topological and chiral GNRs | Prof. Dr. Xinliang Feng (TUD) | Expertise in bottom-up organic/polymer synthesis. |
| RTG2861-A4 | Microstructured PCL-based electroadsorption devices | Prof. Dr. Stefan Kaskel (TUD) | Advanced synthesis experience; familiarity with X-ray diffraction, SEM. |
| RTG2861-B2 | Impact of surface interactions on deposited carbon lattices | Prof. Dr. Thomas Heine (TUD) | Background in theoretical chemistry/physics and electronic structure calculations. |
| RTG2861-C1 | In situ NMR of probes for surface characterization | Prof. Dr. Eike Brunner (TUD) | Interest in physical chemistry and analytical techniques. |
| RTG2861-C2 | Extension of the GW+C approach to materials | Dr. Dorothea Golze (TUD) | Theoretical background in electronic-structure theory; basic programming skills expected. |
| RTG2861-C5 | Understanding the electrochemical interface of PCL | Prof. Dr. Ines Weidinger (TUD) | Experience in electrochemistry and/or vibrational spectroscopy. |
| RTG2861-A3 | Patterned Chemical Functionalization of Planar Carbon Lattices | Prof. Dr. Andreas Hirsch (FAU) | Expertise in synthetic organic chemistry; experience with Raman spectroscopy. |
| RTG2861-A5 | Local reactivity of pre-patterned PCLs | Prof. Dr. Hans-Peter Steinrück (FAU) | Experience with UHV surface science and surface characterization techniques. |
| RTG2861-B1 | SAM-PCL heterojunctions – control of interlayer “communication” | Prof. Dr. Marcus Halik (FAU) | Experience in semiconductor processing and device characterization. |
| RTG2861-B3 | On-surface synthesis and electronic structure of 2D PCLs | Prof. Dr. Sabine Maier (FAU) | Interest in surface physics/chemistry and high-resolution scanning probe microscopy. |
| RTG2861-B4 | TBA | Prof. Dr. Heiko Weber (FAU) | TBA |
| RTG2861-C3 | Optical tools to probe PCLs | Prof. Dr. Dirk Guldi (FAU) | Experience in time-resolved spectroscopy and data analysis. |
| RTG2861-C4 | Optical signatures of moiré structures in bilayer carbon lattices | Prof. Dr. Janina Maultzsch (FAU) | Experience with optical spectroscopy and interest in numerical simulations. |
Eligibility/Qualification
- Very good university degree (M.Sc. or equivalent) in chemistry, physics, or materials sciences
- Specialization in synthetic chemistry, physical chemistry, theoretical chemistry/physics, condensed-matter physics, or nanosciences
- Excellent individual performance criteria and timely completion of higher education
- Strong motivation for independent research and interdisciplinary collaboration
- Excellent written and verbal communication skills in English
Description
The positions will involve cutting-edge research in the field of advanced nanomaterials focused on planar carbon lattices. Successful candidates will be supervised by faculty from TUD and FAU and will be required to participate in a comprehensive training program that includes virtual research environments and hands-on training.
How to Apply
Interested candidates should submit a complete application as a single PDF file, including:
- One-page motivation letter
- Curriculum vitae (CV)
- Master/diploma certificate and transcript of grades
- Names and contact details of 1-2 references
Applications should be sent to: rtg2861-pcl (at) tu-dresden.de. Please include the reference number of the project/position you are applying for in the subject line.
Last Date to Apply
March 17, 2025 (Recruitment continues until positions are filled, and late applications may also be considered).
