| 0084173 | G. S. Boebinger | Florida State University | Using Pressure to Change the Stability of Hidden Order |
| 0084173 | G. S. Boebinger | Florida State University | New World Record for Superconducting Coil Performance |
| 0084173 | G. S. Boebinger | Florida State University | Education and Diversity Programs at the Magnet Lab |
| 0084173 | G. S. Boebinger | Florida State University | Molecular Structure from Molecular Mass |
| 0084173 | G. S. Boebinger | Florida State University | Graphene at High Magnetic Fields |
| 0084173 | G. S. Boebinger | Florida State University | Spin Correlations now measured by Magnetostriction |
| 0084173 | G. S. Boebinger | Florida State University | Nanomaterials for Live Cell Tracking |
| 0084173 | G. S. Boebinger | Florida State University | Finding Unpaired Electrons in Palladium |
| 0084173 | G. S. Boebinger | Florida State University | Room-Temperature Qubits for Quantum Computing |
| 0084173 | G. S. Boebinger | Florida State University | Which Components of Crude Oil Dissolve in Water? |
| 0116585 | C. Broholm | Johns Hopkins University | Worlds brightest cold neutron spectrometer: MACS |
| 0537588 | M. T. Cadwallader | University of Wisconsin-Madison | Synchrotron Light Shed on the Complex Structure of Mother-of-Pearl |
| 0537588 | M. T. Cadwallader | University of Wisconsin-Madison | Supporting Science Teachers Learning with Light! Science Teacher Workshop |
| 0537588 | M. T. Cadwallader | University of Wisconsin-Madison | Coherent Electronic Fringe Structure in Thin Film Systems |
| 0520548 | B. T. Fultz | California Institute of Technology | IMR-MIP DANSE: Distributed Data Analysis for Neutron Scattering Experiments |
| 0520547 | B. T. Fultz | California Institute of Technology | Dynamical Diffraction Peak Splitting in Time-of-Flight Neutron Diffraction |
| 0225180 | S. M. Gruner | Cornell University | Research activity at the Cornell High Energy Synchrotron Radiation Laboratory (CHESS) |
| 0412208 | D. S. McGregor | Kansas State University | IMR-MIP/ High-Detection-Efficiency and High-Spatial-Resolution Thermal Neutron Imaging System for the Spallation Neutron Source using Pixelated Semiconductor Neutron Detectors |
| 0454672 | D.A. Neumann | National Institute of Standards and Technology | The NIST/NSF Center for High Resolution Neutron Scattering at the NIST Center for Neutron Research (NCNR) |
| 0335765 | S. Tiwari | Cornell University | Fabrication and Characterization of MnAs/GaAs Heterostructures for Studies of One-Dimensional Spin Transport |
| 0335765 | S. Tiwari | Cornell University | Membrane Folding by Ion Implantation to Form Three-Dimensional Nanostructures |
| 0335765 | S. Tiwari | Cornell University | Micromachined Artificial Cochlea For Acoustic Sensing |
| 0335765 | S. Tiwari | Cornell University | High-density Microfabricated Bed of Nails for Traction Force and Cellular Force Measurements |
| 0335765 | S. Tiwari | Cornell University | Capacitance Measurements of Single Nanotubes |
| 0335765 | S. Tiwari | Cornell University | Chemical Crosslinking and Temperature Dependant Conductivity of Ligand-Stablilized Gold Nanoparticles |
| 0335765 | S. Tiwari | Cornell University | Carbon Nanotube-Based Photovoltaic Technologies |
| 0335765 | S. Tiwari | Cornell University | Core-Shell and Segmented Polymer-Metal Composite Nanostructures |
| 0335765 | S. Tiwari | Cornell University | Hollow Spheres as Functional Containers |
| 0335765 | S. Tiwari | Cornell University | Cytoskeletal Remodeling and Slow Dynamics in the Living Cell: Are We Built of Glass? |
| 0335765 | S. Tiwari | Cornell University | Nanoscale DNA Detection for Advanced Bio-NEMS Applications |
| 0335765 | S. Tiwari | Cornell University | Formation of Magnetite Nanoparticles by Thermal Decomposition of Iron Bearing Carbonates: Implications for the Evidence of Fossil Life on Mars |
| 0335765 | S. Tiwari | Cornell University | FIB Milling of Frozen Biological Specimens for 3D Electron Microscopy |
| 0335765 | S. Tiwari | Cornell University | Highly Compliant Gimbaled AFM Probes |
| 0335765 | S. Tiwari | Cornell University | Retinal Implant |
| 0335765 | S. Tiwari | Cornell University | 3-Dimensional Electronic Integration |
| 0335765 | S. Tiwari | Cornell University | Bio-templated Interconnects |
| 0335765 | S. Tiwari | Cornell University | Quantum Dot-Photonic Cavity Lasers and Optical Sources |
| 0335765 | S. Tiwari | Cornell University | Improving the Mixing Uniformity of Microfluidic Mixers |
| 0335765 | S. Tiwari | Cornell University | Nanowires and NanoRings from Microtomes |
| 0335765 | S. Tiwari | Cornell University | Multiscale Modeling of DNA Translocation through Narrow Pores |
| 0335765 | S. Tiwari | Cornell University | Identifying Novel Peptides for Binding to Semiconductor Substrates to Create Nanobiomaterials |
| 0335765 | S. Tiwari | Cornell University | GaN Photonic Crystal Nanocavity |
| 0335765 | S. Tiwari | Cornell University | Nanochannels without Nanofabrication? |
| 0335765 | S. Tiwari | Cornell University | Precision GaN Nanowire Arrays |
| 0335765 | S. Tiwari | Cornell University | Fang Development and the Origin of Venomous Snakes |
| 0335765 | S. Tiwari | Cornell University | Soft Lithographic Patterning of EMI Shields onto Concave Missile Domes |
| 0335765 | S. Tiwari | Cornell University | Self-Assembled Photonic Crystal Waveguides |
| 0335765 | S. Tiwari | Cornell University | Silicon Based Photonic Materials |
| 0335765 | S. Tiwari | Cornell University | Evolutionary Photonics |
| 0335765 | S. Tiwari | Cornell University | High Resolution, Supercritical CO2 -developable Molecular Glass Photoresists |
| 0335765 | S. Tiwari | Cornell University | Phyllotaxis as a Dynamical System |
| 0335765 | S. Tiwari | Cornell University | Plastics with Three-dimensional Nanochannels |
| 0335765 | S. Tiwari | Cornell University | Porous Silicon via Imprint Stamping and Anodic Alumina Masks |
| 0335765 | S. Tiwari | Cornell University | High Quality Factor Nanostring Resonators |
| 0335765 | S. Tiwari | Cornell University | Sensing Charge in a 1D Electron Waveguide |
| 0335765 | S. Tiwari | Cornell University | ZnO Nanowire Based Dye Sensitized Solar Cells |
| 0335765 | S. Tiwari | Cornell University | Shocks in Ion Sputtering Sharpen Steep Surface Topographic Features |
| 0335765 | S. Tiwari | Cornell University | 3-D Stacked Silicon or SiGe Nanowires |
| 0335765 | S. Tiwari | Cornell University | Measurement and Analysis of Silicon on Insulator Ring Resonators |
| 0335765 | S. Tiwari | Cornell University | Cadmium Selenide Semiconducting Nanorods for Solar Cell Application |
| 0335765 | S. Tiwari | Cornell University | Single Electron Transistors Using Chemically Synthesized Metal Nanoparticles |
| 0335765 | S. Tiwari | Cornell University | Fabrication of GMR Spin Valve Sensors |
| 0335765 | S. Tiwari | Cornell University | Quantum Dot Nanophotonic Waveguides for Sub-diffraction Limit Energy Transfer |
