Diamond Quantum Nanoemitters: Cross Discipline Research on Hyperbolic Optical Systems for Control of Quantum Nanoemitters
Abstract
As final results of this project there are: (1) the investigation of the effect of phonons on the optical properties of solid state emitters. A microscopic model was developed to calculate the phononic spectral density function responsible for the optical line shape of colour centres in diamond and alike impurities in large-bandgap materials (PHYS REV B 94, 134305 (2016)); (2) the exploration of the coupling between strain and electronic charge in mechanical resonators using a single quantum emitter in diamond. The work was a collaboration with the Department of Physics at University of California, Santa Barbara. The work was published in PHYS. REV. APPL. 6, 0340055 (2016). (3) the investigation of several noise sources, magnetic and electric, on the relaxation time of electronic spins associate to colour centers in diamond. It was found that the relative sensitivity to magnetic and electric noise can be adjusted by external magnetic fields (PHYS REV B 93, 024305(2016); (4) the use of electronic spins as sensors of the local nuclear spin polarisation in diamond. Novel spectroscopical techniques were developed in order to obtain useful information about the nuclear bath (PHYS REV B 92, 241117R (2015).
Document Details
- Document Type
- Technical Report
- Publication Date
- May 05, 2017
- Accession Number
- AD1036351
Entities
People
- Jeronimo R. Maze
Organizations
- Pontifical Catholic University of Chile