These are the BSc/MSc projects currently available. For detailed description of the projects, contact me via email.
BSc Projects
1. Building ultra-low noise electronics for quantum tunnel junctions
2. Developing machine vision to identify exfoliated 2D materials
3. Fabrication and characterization of 2D moire systems (with the group of Assoc. Prof. Kees Flipse)
4. Optimizing 3D deposition of nano pyramids
5. Designing and building strain engineering platforms for 2D materials
and more
MSc Projects
1. Development of Cryogenic self-sensing MEMS sensors
2. Quantum Transport of Twisted Graphene
3. Quantum Transport of moiré TMDs
4. Investigating the sliding ferroelectricity in twisted hBN superlattices
5. Ultrafast charge carrier dynamics in multilayer graphene (with the group of Assoc. Prof. Klaas-Jan Tielrooij)
6. Probing the electron interactions in multilayer moiré crystals (with the group of Assoc. Prof. Kees Flipse)
7. Strain engineering 2D quantum materials
and more
Editorial Projects
Special Issue for Submission: Micro/Nanofabrication of 2D Materials and Devices
Dear Colleagues,
Since graphene’s discovery two decades ago, the field of 2D materials has expanded rapidly in both material diversity and fabrication methodologies. Many significant advancements in 2D research stem directly from remarkable progress in nanofabrication techniques. These methods now enable unprecedented precision in manipulating atomically thin layers, offering exceptional control over parameters like strain, twist-angle, cleanliness, and stacking order.
A symbolic example of these enabling techniques is the evolution of exfoliation and transfer methods, culminating in the “tear-and-stack” approach. This innovation directly led to the discovery of emergent flat bands in twisted heterostructures. While this was predicted theoretically, their experimental realization was previously hindered by stringent precision requirements for twist-angle engineering. The “tear-and-stack” technique thus paved the way for unlocking novel phases of matter in 2D materials, underscoring how innovative nanofabrication can facilitate groundbreaking discoveries.
This special issue will highlight recent developments in the nanofabrication of 2D materials and related systems, including but not limited to the following:
- Synthesis methods (deposition, growth, exfoliation, etc.)
- Transfer and assembly techniques
- Patterning techniques (etching, milling, ablation, lithography, etc.)
- Characterization techniques
- Contact engineering.
Dr. Martin Lee
Guest Editor
MDPI Micromachines
2D Transport Lab @TU/e 