Error correction and cryptography using Majorana zero modes 

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

Demonstration of error suppression and algorithmic quantum speedup on noisy-intermediate scale quantum computers 

Explorations in semi-classical and quantum gravity 

Biological applications of nanoscale materials 

Disordered quantum spin chains with long-range antiferromagnetic interactions 

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

Advancing the state of the art in quantum many-body physics simulations: Permutation Matrix Representation Quantum Monte Carlo and its Applications 

Quantum computation by transport: development and potential implementations 

Diamond surface chemistry for NV quantum sensing 

Development of hybrid microsensors for environmental monitoring and biodetection 

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

Theoretical modeling of nanoscale systems: applications and method development 

Destructive decomposition of quantum measurements and continuous error detection and suppression using two-body local interactions 

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

Multipartite entanglement sharing and characterization of many-body systems using entanglement 

Biophotonic studies of mammalian cells with nanosecond pulsed power and fluorescent quantum dots 

A fluorescence microscopy study of quantum dots as fluorescent probes for brain tumor diagnosis 

Sencil project: design and fabrication of a disposable, percutaneous sensor platform 

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

Materials development and characterization of optically-active core-shell nanomaterials 

Noise benefits in Markov chain Monte Carlo computation 

Development of an electron paramagnetic resonance system for a single nitrogen-vacancy center in diamond 

Quantum molecular dynamics simulations of hydrogen production and solar cells 

Expanding the library of surface ligands for semiconductor nanocrystal synthesis and photovoltaic applications