Topological protection of quantum coherence in a dissipative, disordered environment 

Optimization of the combinatoric closely spaced objects resolution algorithm with adiabatic quantum annealing 

Investigations of Mie resonance-mediated all dielectric functional metastructures as component-less on-chip classical and quantum optical circuits 

Explorations in semi-classical and quantum gravity 

Progress in measurement techniques for the single Cooper-pair box qubit 

Emerging Jordan forms, with applications to critical statistical models and conformal field theory 

Modeling and engineering noise in superconducting qubits 

Development of electronic design automation tools for large-scale single flux quantum circuits 

Designing efficient algorithms and developing suitable software tools to support logic synthesis of superconducting single flux quantum circuits 

Diamond surface chemistry for NV quantum sensing 

Quasiparticle tunneling and quantum coherence in the single Cooper-pair box 

Noise benefits in Markov chain Monte Carlo computation 

Theoretical modeling of nanoscale systems: applications and method development 

Optimal defect-tolerant SRAM designs in terms of yield-per-area under constraints on soft-error resilience and performance 

Development of robust ab initio methods for description of excited states and autoionizing resonances 

Applications of continuous flow reactors towards screening catalytically active nanoparticle syntheses 

Multi-phase clocking and hold time fixing for single flux quantum circuits 

Quantum molecular dynamics simulations of hydrogen production and solar cells 

Some studies of nanocrystal quantum dots on chemically functionalized substrates (semiconductors) for novel biological sensing 

Nanomaterials for bio-imaging and therapeutics 

Ab initio methodologies in studying enzymatic reactions 

Low power and reliability assessment techniques for advanced processor design 

Fabrication and application of plasmonic nanostructures: a story of nano-fingers 

Advanced cell design and reconfigurable circuits for single flux quantum technology 

Photoexcitation and nonradiative relaxation in molecular systems: methodology, optical properties, and dynamics