Nanoscale Structuring - Lithographic Patterning and Structure Preparation
Single module
Duration: 8 weeks
Assessment: Summative
Contact information
Dr Del Atkinson: del.atkinson@durham.ac.uk
Content
The structuring of materials with some or all dimensions down at the nanoscale is now a common feature of many systems studied in physics, chemistry, engineering and biological research work and is present in much modern technology. There are two broad approaches to producing nanoscale structures; namely the top down approach, where structures are patterned from larger scale structures using lithographic processes, and bottom-up methods that include chemical synthesis and self-assembly. This course will introduce both of these areas and focus on the more generically applicable top-down methods. Two practical sessions give hands-on introductions to ion-beam and electron beam lithography.
Course Descriptions
- Atom & Light Interactions
- BioPhysics
- Computation & Density Functional Theory
- Data Analysis & Techniques
- Defects in Crystalline Solids
- E&M Techniques
- Electron Microscopy
- Experimental Techniques
- Nanoscale Structuring
- Optical Spectroscopy
- Optical Techniques
- Spintronics
- Quantum Fields for Condensed Matter Physics
- Quantum Theory
- Quantum Theory II
- XRD & Neutron diffraction
