Non-polar InGaN quantum dot emission with crystal-axis oriented linear polarization
Applied Physics Letters AIP Publishing 106:17 (2015) 171108
Reduced Stark shift in three-dimensionally confined GaN/AlGaN asymmetric multi-quantum disks
Optical Materials Express Optica Publishing Group 5:4 (2015) 849-857
Quantum optics, molecular spectroscopy and low-temperature spectroscopy: general discussion.
Chapter in , 184 (2015) 275-303
Towards witnessing quantum effects in complex molecules.
Faraday discussions 184 (2015) 183-191
Abstract:
Whether many-body objects like organic molecules can exhibit full quantum behaviour, including entanglement, is an open fundamental question. We present a generic theoretical protocol for entangling two organic molecules, such as dibenzoterrylene in anthracene. The availability of organic dye molecules with two-level energy structures characterised by sharp and intense emission lines are characteristics that position them favourably as candidates for quantum information processing technologies involving single-photons. Quantum entanglement can in principle be generated between several organic molecules by carefully interfering their photoluminescence spectra. Major milestones have been achieved in the last 10 years showcasing entanglement in diverse systems including ions, cold atoms, superconductors, photons, quantum dots and NV-centres in diamond, but not yet in molecules.Growth of non-polar (11-20) InGaN quantum dots by metal organic vapour phase epitaxy using a two temperature method
APL Materials AIP Publishing 2:12 (2014) 126101