Thomas Sand Jespersen

Thomas Sand Jespersen is a Professor at the Department of Energy Conversion and Storage, Technical University of Denmark (DTU), affiliated with the Functional Oxides group. His research focuses on nanowire growth, superconductivity, oxide interfaces, and strain engineering. He leads and co-supervises multiple PhD projects, including oxide metamaterials, semiconductor lattices, and nanowire device fabrication. His work is published in journals like Physical Review Materials, Nano Letters, and Small. Projects include designing freestanding oxide films and investigating electronic properties of oxide micromembranes. Jespersen's research bridges materials science and nanotechnology, with applications in quantum devices and superconducting systems.

Education: Not explicitly stated in provided texts.

Research Interests: Nanowire growth mechanisms, superconductivity in oxide heterostructures, selective-area epitaxy, and strain engineering of perovskite oxides. His work emphasizes device integration, reproducibility in nanowire fabrication, and exploring novel material properties at interfaces.

Projects:

• Oxide metamaterials via nanoscale strain textures (2024–2027)
• Artificial mesoscopic semiconductor lattices (2024–2026)
• Large-scale nanowire lattice synthesis (2022–2026)
• Free-standing micromembrane electronic properties (2021–2025)
• Bio-magnetometer oxide films (2022–2025)

Advising Students:

• Liebe, O. (Oxide Metamaterials)
• Meucci, G. (Semiconductor Lattices)
• Petersen, C. E. N. (Nanowire Lattices)
• Kirchert, C. K. R. (Micromembrane Electronics)
• Brand, E. (Bio-Magnetometer Films)

Labs & Teams: Functional Oxides group at DTU, collaborating on advanced nanotechnology and materials characterization. His team focuses on epitaxial growth techniques and device prototyping for quantum and superconducting applications.