Applied Mathematics and Plasma Physics
Maintaining mathematic, theory, modeling, and simulation capabilities in a broad set of areas
Electron density from an orbital-free quantum molecular dynamics simulation for a warm dense plasma of deuterium at density 10 g/cc and temperature 10 eV.
Mathematical, theory, modeling, and simulation
People
Staff
- Wes Even, Group Leader
- Vitaliy Gyrya, Deputy Group Leader
- Kim Chacon, Adminstrator
- Russel Bent
- Luis Chacon
- Guangye Chen
- Deepjyoti Deka
- Gianluca Delzanno
- Rao Garimella
- Humbert Vazquez Godinez
- Hassan Hijazi
- Chengkun Huang
- Marc Klasky
- Oleksandr Koshkarov
- Nathan Lemons
- Shengtai Li
- Konstantin Lipnikov
- Andrey Lokhov
- Gianmarco Manzini
- Yury Maximov
- Michael McCann
- Sidhant Misra
- David Moulton
- Harsha Nagarajan
- Dean Sanzo
- James P. Smith
- Shiriram Srinivasan
- Adam Stanier
- Daniil Svyatsky
- Pieter Swart
- Qi Tang
- Xianzhu Tang
- Svetlana Tokareva
- Brendt Wohlberg
- Anatoly Zlotnik
Postdocs
- Jesus Bonilla de Toro
- Joshua Burby
- Shihang Feng
- Smitha Gopinath
- Sigharth GS
- Sai Krishna Kanth Hari
- Justin Holmes
- Zakariae Jorti
- Rohit Kannan
- Saif Kazi
- Ioannis Keramidas
- Wenting Li
- Soumendu Majee
- Truong Nguyen
- Hoby Racotoarivelo
- Pedro Resendiz Lira
- Prashant Sharma
- Benjamin Southworth
- Mateusz Wilinski
- Golo Wimmer
- Yanzeng Zhang
Students
- Apollo Albright
- Angelic Roig Arzola
- Thilo Balke
- Paprapee Buason
- Muhammet Fatih Cengil
- Fernando Rivera Davis
- Theodore Gonzales
- Joseph Gorka
- Samuel Greess
- Sarthak Gupta
- Giselle Gutierrez
- Rick Hewitt
- Maliha Hossain
- Peng Jin
- Platon Karpov
- Jiaming Liu
- Yanhua Liu
- Neelima Prasad
- Benjamin Reichelt
- Jingwen Shi
- Cristian Vega
- Tiantong Wang
- Qili Zeng
Guests/Affiliates
- Audun Botterud
- Patrick Colestock
- Joel Dendy
- Elena Fini
- Cecilia Pagliantini
- Line Roald
- William Taitano
Research
- Applied Scientific Computing Research
- Numerical analysis
- Algorithm development
- Nonlinear partial differential equations
- Integrated plasma simulation
- Theoretical modeling applied to magnetic fusion
- Inertial confinement fusion
- Astrophysical and space plasmas
- Dense, strongly coupled and quantum plasma
Applications
- Mathematics and physics analysis of large data sets
- Problems in the information, science, and technology portfolio
- Computational neuroscience
- Computational biology and biophysics
- Network analysis
- Mathematical modeling applied to emergent Threat Reduction and Energy Security problems
- Plasma physics applied to emergent Energy Security problems
- Software engineering
- Algorithm development for scalable scientific computing on novel parallel architecture
Projects
