1. 被引频次： 144 刘伟 吴天 丁家琦 林本川

2. one shouldn’t work on semiconductors, that is a filthy mess; who knows whether any semiconductors exist. reproducible

3. Introduction 1 um Single dopant semiconductor

4. MOSFET

6. Ordered Random reproducible

7. Modelling of impurity states Shallow level deep level Effective mass theory Green function theory Density function theory(100 atoms) Tight binding theory

8. a.STM b.Tight-binding model c.Effective mass model d.Density function model the charge distribution around a single Mn acceptor in GaAs

9. Observing single impurities Scanning confocal microscopy STM

10. Confocal microscopy

11. Creation of single-impurity structures Single ion implantation STM-induced

12. STM-based device fabrication in silicon

14. STM-induced incorporation

15. Interaction with single impurities Host Electrical field Magnetic field Optical excitation Strain Impurity-impurity

16. Contour-plot of QD PL

17. Parallel Vertical

18. nonmagnetic Mn-doped

19. Impurity-impurity interaction

20. Single-impurity devices Optical devices Electronic devices NV centers in diamond manipulation Spin charge nuclear electron realization Single ion implantation STM-controlled placement

21. Fluorescence microscopy confocal microscopy

22. Nano-FET with locally implanted single P atoms electron states and transport properties of a single P

23. Schematic of a scanning decoherence microscopy set-up

24. The future of solotronics Full electronic spectrum Entangled impurity state: 10~100nm Device miniaturization Self-assembled

25. Thank you! 刘伟 吴天 丁家琦 林本川