Now showing items 6611-6620 of 6633
Nonlinear Optical Enhancement from Aggregate and Ensemble Effects in Organic Systems.
(2011)
Organic optoelectronics provide several advantages over traditional Si based systems. These advantages are typically cost, ease of manufacturing, and environmental impact. One area of particular interest in the field of ...
Global Hall Magnetohydrodynamics and Coupled Fluid-Kinetic Simulations of Mercury's Dayside Magnetopause Dynamics
(2023)
Mercury possesses a miniature yet dynamic magnetosphere driven primarily by the solar wind through magnetic reconnection. Because Mercury is 60% closer to the Sun than Earth, its magnetosphere routinely experiences stronger ...
Coherence Recovery in Random Environments Using the Autoproduct
(2023)
The study of wave propagation is a mature field of research with numerous avenues of theoretical, numerical, and experimental investigation. A prominent application is remote sensing, where recorded acoustic or electromagnetic ...
Modeling Anomalous Electron Transport in a Fluid Hall Thruster Code
(2023)
Hall thrusters are the most widely-used type of in-space electric propulsion device. However, aspects of the physics of their operation remain poorly-understood. Notably, the problem of enhanced cross-field electron transport ...
Mechanobiology of Jamming: From Collective Migration to Mechanically Tunable Hydrogels
(2023)
Cellular unjamming refers to the coordinated fluid-like motion of cells and has significant implications in various biological processes such as development, wound healing, and tumor progression. One of the contexts in ...
Binary Mixtures in Linear Convection Arrays
(Wiley Periodicals, Inc.(Springer Netherlands, 2023-01-03)
We numerically investigated the dynamics of a mixture of finite-size active and passive disks in a linear array of two-dimensional convection rolls. The interplay of advection and steric interactions produces a number of ...
Theory of Lightwave-Driven Quantum Electronics in Solids
(2023)
Lightwave electronics is based on the idea of using the instantaneous field of strong optical waves to drive and sculpt electronic states on ultrafast time scales. By utilizing the oscillation cycle of light, electronic ...
Improving Barotropic Tide Modeling in MPAS-Ocean and Estimating Changes in Future Tides
(2023)
Modeling the ocean is critical for understanding both present and future risks posed by climate change on coastal communities. Ocean tides in these regions will continue to change over the following decades, yet tides are ...
Ultrafast Dynamic Probing of Matter Under Extreme Conditions Using High-Repetition-Rate Laser Wakefield Accelerators
(2023)
This dissertation demonstrates the potential of laser wakefield acceleration (LWFA)-generated relativistic electron beams and X-rays as advanced diagnostics in the realm of high-energy-density physics (HEDP) interactions. ...