Skip to main content

2015 Fellows' Poster Session & Abstracts

Fellows present their research at the annual poster session.Tuesday, June 30 — 5:00-6:30 p.m.

Penn Quarter B

The annual Fellows’ Poster Session affords attendees a unique opportunity to learn more about the research supported by the DOE NNSA SSGF program. Each session is divided into two presentation groups and each fellow is provided space to highlight his or her latest findings. This format allows all attendees – including fellow presenters – to ask questions of and engage in discussion with one another.

Group I — Presenting 5:00-5:45 p.m.

Poster Presenters & Abstracts
Poster Number Name Title
1 Charles Epstein The DarkLight Experiment
3 Cole Holcomb Helium Detonation Conditions in Head-on Collisions of White Dwarfs
5 Io Kleiser Stripped Massive Progenitors of Supernovae
7 Cameron Meyers An Experimental Study of the Relationship Between CPO and the Anisotropic Viscosity of Polycrystalline Olivine
9 Sarah Palaich Structure, Compressiblity and Thermal Behavior of CO2-IV to 24 GPa and 300-625 K
11 Hong Sio The MagPTOF Diagnostic for Bang-time Measurements and Charged-particle Spectroscopy at the NIF
13 Sabrina Strauss Random Probability Analysis for Superheavy Elements
15 Christopher Young Time-synchronized Ion Velocity Measurements in Oscillating Plasma Discharges

Group II — Presenting 5:45-6:30 p.m.

Poster Presenters & Abstracts
Poster Number Name Title
2 Benjamin Galloway Exploring the Self-modulated Regime of Laser Wakefield Acceleration on the Titan Laser
4 Fabio Sanches The Black Hole Interior
6 Juan Manfredi Extracting Neutron Spectroscopic Factors From 34Ar(p,d)33Ar and 46Ar(p,d)45Ar
8 Scott Moreland Model to Data Analysis of the Nuclear Equation of State at Extreme Temperature and Density
10 Mareena Robinson Passive Template-Based Measurement of High Explosives for Future Warhead Dismantlement Verification Regime
12 Collin Stillman Experimental Validation of Opacity Models in High Energy Density Plasmas
14 Richard Vega Discrete Ordinates Solution of the Neutron Transport Equation Using a Graphics Processing Unit