Rugang Geng Email & Phone Number

Canberra, Australian Capital Territory, Australia

Characterization and optimization of DQC 2.0 systemFidelity optimization of single and two-qubit gates in NV-based quantum computer

Sydney, Australia

use spin and optical spectroscopic techniques to study the excitons in advanced organic optoelectronic materials, prototype next-generation excitonic devices for quantum sensing.• use spin and optical spectroscopic techniques (e.g. EPR, EDMR, ODMR, MEL, MPL) to study the nature of excitons in organic, inorganic and hybrid materials, including the formation, transport, transformation, interaction and recombination of excitons.• develop prototype devices for quantum sensing, covering the entire process from architectural design, micro/nano-fabrication, characterisation and optimisation to patenting and publication.• develop homebuilt experimental platforms for spatially resolved (sub-micron scale) spin-based optical spectroscopies at room and cryogenic temperatures, e.g. spatially resolved ODMR.• supervise and mentor PhD students, manage research laboratories, and lead collaborations.

Sydney, Australia

• service in the Equity, Diversity and Inclusion (EDI) Committee of the Exciton Science Centre (2019-2021)• service as a mentor in the Mentoring Program in the Exciton Science Centre

Athens, Georgia Area

• Study optical excitation and energy transformations (visible-NIR) at metal and 2D material surfaces using scattering-type scanning near-field optical microscopy (s-SNOM).• Develop a 2D materials transfer and alignment system using an all-dry stamping exfoliation approach, where a variety of 2D materials (e.g. graphene, h-BN, MoS2) can be precisely aligned onto pre-patterned substrates and other 2D materials.

Athens, Georgia Area

Research in the emerging field of organic spintronics, an interdisciplinary research field at the interfaces of physics, chemistry and material science. My work focusses on studying the spin injection and transport in a variety of materials and investigating the spin physics of the related spintronic devices. • Design, fabricate and characterize thin-film electronic and spintronic devices with a variety of organic/inorganic materials, including magneto-electroluminescence (MEL) & magneto-resistance (MR) in OLEDs, GMR and TMR in spin valves, and ferroelectricity in PVDF-based device.• Design and build up various experiments within a magento-optical cryostat (4k)

Athens, Georgia Area

• Teach undergraduate-level physics lab courses, including Optics, Mechanics and Electromagnetics

Haerbin, Heilongjiang, China

• Study the subwavelength plasmonic nanolithography and imaging of metamaterial-based super lens through transformative optics (TO) theory study and Comsol simulation• Simulate and investigate the propagation of surface plasmon-polariton (SPP) at a variety of curved metal/dielectric interfaces and in metallic waveguides with various shapes (U shape, T shape, L shape, cone shape, etc.) using Comsol and Matlab

Doctor Of Philosophy (Ph.D.), Physics

Activities and Societies: Dissertation Completion Award (2016)

B.S. & M.S., Optics/Optical Sciences