News

compoMARCH 20, 2015. Melanie White, Nolan Regies and Kelly Seaborg poster presentations won awards at the UNLV-CSUN-OURS Poster Conference.


NNSA 2015 SSAP SYMPOSIUM

TWO BEST POSTER PRESENTATIONS AWARDS!

ssap2015 newUNLV-HiPSEC students presented their research at the 2015 SSAP symposium in Santa Fe (NM) on March 11-12, 2015. We are particularly proud of Patricia Kalita and Daniel Sneed for winning best poster presentation awards.


 

2015 HiPSEC ANNUAL REVIEW MEETING

HIPSEC REVIEW 2015

HIPSEC REVIEW 2015

On February 12, 2015 the review panel came to the UNLV for the annual review. We had the opportunity to showcase our results to representative of the NNSA, the National Laboratories and NSTec. HiPSEC students had the opportunity to discuss their research with senior scientist, establish connections, obtain scientific advise and career development opportunities.


 

 GRADUATION!picture_1

John Howard J graduated with his Ph.D. in physics in the Fall of 2014. His dissertation is titled “Li+ Ion Transport in Select Lithium-Rich Antiperovskites”, with Dr. Yusheng Zhao as the advisory committee chair.
John studied high pressure physics under the direction of the late Malcolm Nicol during his undergraduate and M.S. studies, but made the transition to synthesizing and characterizing solid state electrolytes for his Ph.D. project. John plans to continue to work in the field of solid state electrolytes for battery applications.

 


 

Graduation ceremony: Chris Cline  and Pamela Burnely

Graduation ceremony: Chris Cline and Pamela Burnely

GRADUATION! Chris Cline graduated with his MS degree in May 2014.  His thesis is entitled “The Effect of Single Crystal Elastic and Plastic Anisotropy on Stress and Strain Heterogeneity: Comparison of Olivine and Other Common Minerals”.  Chris got interested in high pressure research while he was an undergraduate working on HiPSEC projects in Pamela Burnley’s research group.  He is now working on a PhD with Ian Jackson at the Australian National University.  He is studying the effect of water, defects and grain boundaries on the  attenuation of seismic waves in mantle rocks.


Fellowship! A NEUP-NE fellowship worth $155,000 was award to Daniel Mast starting with the 2014-2015 academic year. Daniel is a second year Ph.D. student in the Radiochemistry program working in the Forester research group. His research is focused on the high pressure behavior of technetium metal and related technetium compounds. The NEUP-NE fellowship will support Daniel work at UNLV for the next three years. The Nuclear Energy University Program in Nuclear Engineering, NEUP-NE provided fellowships and scholarships for student studying nuclear science and engineering. More information about the Nuclear Energy University Program can be found on their website, NEUP.


Fellowship! The recipient of the Malcolm F. Nicol Graduate fellowship for the 2014-2015 academic year is Emily Siska. Emily is a first year Ph. D. student in the chemistry department working in the Forester research group. Her research is focused on the development of novel waste forms for the long term storage of nuclear waste using high pressure and temperature conditions. The MFN graduate scholars program is a research assistantship program that supports incoming Ph. D. students in HiPSEC. More information about the MFN Graduate Scholars Program can be found here.


AWARD! On February 19 2014, Daniel Sneed received the “OUTSTANDING POSTER” Outstanding Poster Award_NNSA SSAP MUEC symposiumaward  at the 2014 SSAP symposium “Materials under Extreme Conditions”. The poster presentation was titled “Molecular Diffusion at Extreme Conditions”.

 

 


PBURNLEY2013a

Dr. Pamela Burnley of the High Pressure Science and Engineering Center and Department of Geoscience has discovered a new paradigm for understanding the deformation behavior or polycrystalline materials.   Many familiar solid objects are composed of polycrystalline materials. Common examples of polycrystalline materials include metals, ceramics and rocks. Burnley’s work demonstrates that when these materials are forced to deform, their response is governed by a branch of mathematics known as percolation theory.   Familiar examples of percolation behavior include the path water takes as it moves through dry sand the tracks made by raindrops running down a windshield. Burnley used mathematical models to show that stress travels through polycrystals in much the same way, focusing in some parts of the polycrystal while leaving other parts relatively untouched. Her work provides a single theoretical framework for a surprising diversity of phenomena ranging from the formation of gneissic banding (the layering of light and dark minerals that defines the metamorphic rock referred to as gneiss) to the formation of faults deep in the Earth’s lower crust and mantle. Her work has broad applications in geoscience, solid state physics, mechanical engineering and materials science.

PBURNLEY2013