Department of Mechanical Engineering and Materials Science and Department of Physics, Duke University 
A17.00005 Assessing the thermoelectric properties of sintered compounds via highthroughput ab initio calculations

Department of Physics, Duke University, Durham, North Carolina 27708 
A28.00002 Highly Efficient Defect Emission from ZnO and ZnO:S

Duke University 
A7.00006 Handsfree thermodynamic alloy modeling of $\sim$700 binary alloys using a Bayesian approach: Part I

Duke University 
A7.00007 Handsfree thermodynamic alloy modeling of $\sim$700 binary alloys using a Bayesian approach: Part II

Duke University 
B18.00012 Reconfigurable Gradient Index using VO$_2$ Memory Metamaterials

Duke University 
B29.00001 CavityFree Photon Blockade Induced by ManyBody Bound States

Duke University 
B41.00008 Interactions between HIV1 Neutralizing Antibodies and Model Lipid Membranes imaged with AFM

Duke University 
B52.00007 2D Granular Impact Dynamics with Photoelasic Particles

Duke University 
C1.00082 Connecting the Nanodots: Programmable Nanofabrication of Fused Metal Shapes on DNA Templates

Duke University 
C1.00144 Accoustic Force Microscopy in Aqueous Environments to Determine Protein Folding Dynamics

Soft Active Materials Laboratory, Duke University 
C1.00200 Transformative Skin: From Antibiofouling to Reliable Power Cable

Duke University 
D52.00012 Dynamics near shearjamming for a dense granular system

Duke University 
D53.00011 Jamming of soft spheres at finite temperature : a granular experiment

Department of Physics, Duke University 
D54.00003 Quantifying the complexity of random Boolean networks

Duke University 
H18.00010 Stochastic current switching in semiconductor superlattices: observation of nonexponential kinetics

Department of Mechanical Engineering and Materials Science, Duke University 
H31.00008 Search and Design of Topological Insulators by Highthroughput Method

Department of Mechanical Engineering and Materials Science, Duke University 
J28.00003 Highthroughput discovering halfmetals from materials magnetic properties database

Soft Active Materials Laboratory, Duke University 
J52.00015 Mechanics of Graphene Electronics

Duke University 
J53.00014 Dynamics near shearjamming for a dense granular system

Duke University 
L34.00006 CoherenceModulated Third Harmonic Generation for Second HyperRaman Spectroscopy of Molecules at an Interface

Duke University 
L35.00001 Progress in fractional perspectives of density functional theory

Department of Chemistry, Biochemistry \& Physics, Duke University 
P34.00003 Structural and electronic properties of bare and capped CdnSen/CdnTen nanoparticles (n = 6, 9)

Duke University 
P53.00007 Glass Transition and Random Close Packing above Three Dimensions

Duke University 
P53.00011 Hierarchical freezing in a lattice model with a nonperiodic ground state

Duke University, US Army Aviation and Missile RD\&E Center 
P6.00012 Substrate effects and photon energy dependence of ultrafast carrier relaxation in graphene

Duke University, Microsoft Station Q 
Q26.00002 Scaling of entanglement entropy in the 2D Heisenberg ground state

Duke University, Microsoft Station Q 
Q26.00003 Entanglement scaling of the 2D RVB wavefunction

Duke University 
Q29.00010 Detecting a MajoranaFermion Zero Mode Using a Quantum Dot

Duke University 
Q5.00009 DissipationInduced Quantum Phase Transition in a Resonant Level

Duke University 
S1.00154 Tunable Quantum Phase Transition in a Dissipative Resonant Level

Duke University 
T17.00013 Dependence of Conductance Resonanoces and Modulations on Channel Length in Asymmetric Quantum Point Contacts (QPCs)

Duke University 
T42.00005 Coping with stress in a synthetic world

Duke University 
V53.00003 Three dimensional imaging of soft sphere packings under shear

Duke University 
W17.00014 Quantum Zigzag Phase Transition in Quantum Wires

Duke University 
W44.00006 Electrical Conductivity in Transparent Silver Nanowire Networks: Simulations and Experiments

Duke University 
W48.00009 An [N]PT Ensemble for Studying the Intricate Thermodynamics of Cluster Crystals

Soft Active Materials Laboratory, Duke University 
W52.00014 Separating Viscoelasticity and Poroelasticity of Gels with Different Length and Time Scales

Duke University 
X45.00007 Voltage Bursting Drops in Solids

Department of Chemistry, Duke University 
X46.00004 Selfhealing polymers and mechanochemistry

Duke University 
X53.00002 Fluctuations and Avalanche Statistics in Sheared Systems of Elliptical Particles

Duke University 
X53.00007 Fluctuations for Hopper Flow with Circular and Elliptical Particles

Duke University 
Y40.00001 Forces driving threedimensional tissue patterning during morphogenesis

Physics Dept, Duke University 
Z18.00008 An effective medium formulation to estimate the plasmonic
dispersion of a randomly distributed gallium nanoparticle ensemble
