Current/Recent Projects:
Ⅰ. Addressable Surface-Curvature Driven Mesa Top Single Quantum Dot Based Single Photon Source Array
Integrated On-Chip with Dielectric Light Manipulating Elements (2017-2022)
AFOSR
Ⅱ. Spatially regular single photon emitters coupled via multifunctional collective Mie
resonance of all dielectric metastructsures: a new paradigm for on-chip integrated scalable
quantum optical circuits (2018-2022) ARO
Ⅲ. DURIP 2021: Measurements of Indistinguishability of Single Photons Emitted from On-Chip Integrable
Highly Spectrally Uniform Novel Semiconductor Quantum Dots in Spatially-Ordered Arrays
AFOSR
IV. DURIP 2018: High resolution studies of single photon emission from integrated semiconductor
quantum dot emitter- all dielectric multifunctional light manipulating unit arrays
AFOSR
V. DURIP 2018: Optical behavior of dielectric building block based structures for multifunctional
manipulation of light emitted by on-chip integrated quantum dot light emitters
ARO
VI.Co-Designed Dielectric Nanoparticle Optical Metamaterial - Active Device Integrated Photonic Systems (2015-2018)ray Integrated On-Chip with Dielectric Light Manipulating Elements (2017-2020) ARO
VII. DURIP 2016: Equipment for Synthesis and Optical Characterization of co-designed
integrated semiconductor quantum dot and dielectric nanoparticle based multifunctional
optical metamaterial systems
ARO
VIII. Nanotemplate-Enabled Arrays of Highly Heterogeneous Nanostructures for
Infrared Detection and Power Generation (2010-2013)
AFOSR
VIII. Nanotemplate-Enabled Arrays of Highly Heterogeneous Nanostructures for
Infrared Detection and Power Generation (2010-2013)
AFOSR
Past Major Projects/ Collaborative Efforts:
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I. DURINT Surface Modification for Advanced Hybrid Nanosystems ( DURINT ) |
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II. MURI Surface Stress Engineered Organized Quantum Dots Air Force Office of Scientific Research (AFOSR) Nanoscience Program |
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III. BMES ERC Biomimetic Coatings and in-vitro Live Cell Model for Retinal Prosthesis (BMES) |
