PhD Nanoscience
Course Overview
This PhD program offers a premier research opportunity in experimental and theoretical nanoscience, conducted within Lancaster's world-class Quantum Technology Centre and Centre for Nanoscale Dynamics. Students will engage in cutting-edge projects ranging from quantum computing and two-dimensional materials to advanced microscopy and nanoelectronics. The program is distinguished by its strong industrial collaborations and comprehensive training in both specialized research techniques and transferable skills.
Key Program Highlights
- Research at the forefront of quantum technologies, including superconductor qubits and quantum metrology.
- Pioneering work on novel two-dimensional atomic materials like graphene and their heterostructures.
- World-record low-temperature experimental conditions, reaching the sub-millikelvin range.
- Strong industrial partnerships with global leaders such as Bruker, Fiat, and Oxford Instruments.
- Comprehensive training in advanced research methodologies, theoretical modelling, and transferable skills.
Course Overview
This PhD program offers a premier research opportunity in experimental and theoretical nanoscience, conducted within Lancaster's world-class Quantum Technology Centre and Centre for Nanoscale Dynamics. Students will engage in cutting-edge projects ranging from quantum computing and two-dimensional materials to advanced microscopy and nanoelectronics. The program is distinguished by its strong industrial collaborations and comprehensive training in both specialized research techniques and transferable skills.
Key Program Highlights
- Research at the forefront of quantum technologies, including superconductor qubits and quantum metrology.
- Pioneering work on novel two-dimensional atomic materials like graphene and their heterostructures.
- World-record low-temperature experimental conditions, reaching the sub-millikelvin range.
- Strong industrial partnerships with global leaders such as Bruker, Fiat, and Oxford Instruments.
- Comprehensive training in advanced research methodologies, theoretical modelling, and transferable skills.
