Ann | Almgren | Lawrence Berkeley National Laboratory (LBNL) | Computational Modeling: From Cancer Cells to Atmospheric Flows | Computational Science |
Rick | Archibald | Oak Ridge National Laboratory (ORNL) | Data Compression of Streaming Scientific Data | Applied Mathematics and Statistics |
Kazi | Asifuzzaman | Oak Ridge National Laboratory | Extending Simulation Infrastructures to model CPU, GPU and Memory | Computer Architecture |
Prasanna | Balaprakash | Argonne National Laboratory | Automated algorithmic discovery for rigorous automated deep learning development | Computer Science, Machine Learning, High Performance Computing |
Colleen | Bertoni | Argonne National Laboratory (ANL) | Testing Framework Improvements for an exascale system | Computer Science |
Johannes P. | Blaschke | Lawrence Berkeley National Laboratory | Simulating Microorganism Motion using HPC | Computational Sciences |
Robert | Bridges | Oak Ridge National Laboratory | Privacy Preserving Optimization | Differential Privacy |
Kevin A. | Brown | Argonne National Laboratory (ANL) | Investigating and Optimizing Supercomputer Performance | high-peformance computing (supercomputing) |
Reuben D. | Budiardja | Oak Ridge National Laboratory (ORNL) | Machine Learning for Evalution of Equation of State | Astrophysics, Machine Learning |
Paolo | Calafiura | Lawrence Berkeley National Laboratory | Optimizing inference of a large scale geometric learning physics pipeline | Machine Learning, HPC, optimization |
Maria | Chan | Argonne National Laboratory | Using AI and Quantum Physics to Understand and Improve Renewable Energy Materials | Materials Science |
Tyler | Chang | Argonne National Laboratory | Algorithms and Analysis for Surrogate-based Optimization | Optimization, Machine Learning |
Emil | Constantinescu | Argonne National Laboratory | Algorithms for adaptive numerical simulations | Scientific computing, numerical analysis |
Johnny | Corbino | Lawrence Berkeley National Laboratory (LBNL) | MOLE port to UPC++ | Mathematical library |
Silvia | Crivelli | LBL | Natural Language Processing to Extract Concepts from Clinical Notes | Computational Science |
Prasanna | Date | Oak Ridge National Laboratory | Hardware Design for Energy-Efficient Artificial Intelligence | Computer Engineering |
Prasanna | Date | Oak Ridge National Laboratory | Quantum Artificial Intelligence | Quantum Computing |
Bert | de Jong | Lawrence Berkeley National Laboratory | Computational chemistry at the exascale | Quantum chemistry, HPC |
Bert | de Jong | Lawrence Berkeley National Laboratory | Designing new molecules and materials with AI | Chemistry, materials, machine learning |
Bert | de Jong | Lawrence Berkeley National Laboratory | Scientific discovery with quantum computers | quantum computing, physics |
Bert | Debusschere | Sandia National Laboratories | Surrogate Models for Improving Atmospheric Modeling | Computational Science |
Mauro | Del Ben | LBNL | Porting strategies for next generation leadership class HPC architectures | Computational Materials Science |
Anshu | Dubey | Argonne National Laboratory | Performance Characterization | Computational Science |
Christopher | Eldred | Sandia National Laboratories | Improving the Portable Atmospheric Model | Atmospheric Science and Numerical Methods |
Sam | Foreman | Argonne National Laboratory | Automated Benchmarking and Performance Analysis on HPC Systems | Machine Learning, High-Performance Computing |
Neil | Getty | Argonne National Lab | Computer Vision in Robotic Surgery | Computer Vision, Machine Learning, Robotics |
Pieter | Ghysels | Lawrence Berkeley National Laboratory (LBNL) | Fast Solvers and Preconditioners for Multiphase Flow | Computer Science |
Pieter | Ghysels | Lawrence Berkeley National Laboratory (LBNL) | Preconditioning for Implicit Runge-Kutta Time Integrators | Computer Science |
Anna | Giannakou | Lawrence Berkeley National Laboratory (LBNL) | Next Generation Infrastructure | computer science |
Brendan | Gifford | Los Alamos National Laboratory | Actinide Composition using Laser-Induced Breakdown Spectroscopy and Machine Learning | Computational Spectral Analysis |
Andrew | Gillette | Lawrence Livermore National Laboratory | Deep reinforcement learning for adaptive time stepping methods | Scientific machine learning |
Christian | Glusa | Sandia National Laboratories | Algebraic multigrid for hierarchical matrices | multigrid, hierarchical matrices, nonlocal operators, fractional equations |
William | Godoy | Oak Ridge National Laboratory | Introduction to workflow orchestration in HPC using high-level languages Python and Julia | Computer Science |
James | Goff | Sandia National Laboratories | Automated modeling and materials science | Computer Science/Physics/Materials Science |
Ashlyn | Grinevich | Sandia National Laboratories | Determining and Mitigating Solar-induced Qubit Frequency Error on a Trapped Ion Testbed | Quantum Computing |
Paul H. | Hargrove | Lawrence Berkeley National Laboratory | Pagoda: UPC++/GASNet for lightweight communication and global address space support | programming models, languages and libraries for high-performance computing |
Graham | Harper | Sandia National Laboratories | Matrix-free linear solvers for large-scale systems | Mathematics, linear algebra, multigrid |
Steven | Hofmeyr | LBL | Extreme-scale Metagenome Assembly | bioinformatics |
John | Holmen | Oak Ridge National Laboratory | AI/ML-Focused Regression Testing for Leadership-Class HPC Systems | High Performance Computing |
Paul | Hovland | Argonne National Laboratory | Randomized Derivative Computation | Differentiable Programming |
Jan | Hueckelheim | Argonne National Laboratory | Combinatorial problems in back-propagation | Computer Science, Machine Learning, Algebra |
Joseph | Insley | Argonne National Laboratory | Bi-Directional In Situ Analysis and Visualization | Application of In Situ frameworks in HPC |
Hans | Johansen | Lawrence Berkeley National Laboratory (LBNL) | Biomolecular Architect Supercomputing Workflow | Computational Biology |
Murat | Keceli | Argonne National Laboratory | Interactive High-Performance Computing with Jupyter | Computational Chemistry |
Christopher | Kelly | Brookhaven National Laboratory | ECP CODAR - Analysis of the Chimbuko Performance Data Provenance Database | High Performance Computing, Performance Analysis |
Jeffrey | Larson | Argonne National Laboratory | Running ensembles of computational simulations with libEnsemble | Numerical Simulations, Computer Science, High-Performance Computing |
Boyan | Lazarov | LLNL | Large Scale Gradient-Based Optimization and Design | computational science, modeling and optimization |
Sherry | Li | LBNL | Exploiting Structured Random Matrices in Randomized Sketching | Linear algebra, randomization, scalable solvers |
Chunhua | Liao | Lawrence Livermore National Laboratory | HPC-FAIR: A Framework Managing Data and AI Models for Analyzing and Optimizing Scientific Applications | Computer science |
Meifeng | Lin | Brookhaven National Laboratory | Performance Evaluation and Optimization for Exascale Lattice QCD Simulations | High Performance Computing |
Yang | Liu | Lawrence Berkeley National Lab | Advanced performance autotuning with surrogate models | autotuning |
Vanessa | Lopez-Marrero | Brookhaven National Laboratory | Accelerating Large-Scale Simulations for a Particle-Resolved Direct Numerical Simulation Model | Scientific computing; partial differential equations (PDE) solvers; Krylov subspace methods for linear systems |
Ryan | Ly | Lawrence Berkeley National Laboratory | Machine learning methods to process neuronal spiking data | Machine learning, neuroscience |
Sandeep | Madireddy | Argonne National Laboratory | Probabilistic Machine Learning for Scientific Data | Scientific Machine Learning |
Tanwi | Mallick | Argonne National Laboratory | Spatiotemporal forecasting using machine learning techniques | Machine learning |
Dan | Martin | Lawrence Berkeley National Laboratory | Ice Sheet Modeling with BISICLES | Scientific computing, climate |
Victor | Mateevitsi | Argonne National Laboratory | Virtual Reality Digital Twins | Robotics, Virtual Reality |
Romit | Maulik | Argonne National Laboratory | Studying deep learning forecast techniques for nonlinear dynamical systems | Deep learning |
Kathryn | Maupin | Sandia National Laboratories | Enhancing model predictivity through model form error quantification | Computational modeling, model form error |
Verónica G. | Melesse Vergara | Oak Ridge National Laboratory (ORNL) | Understanding software utilization patterns on OLCF systems | Build systems, software environments |
Mark | Miller | LLNL | Blood vessel network modeling, simulation and analysis with MFEM and VisIt | modeling and simulation |
Arvind | Mohan | Los Alamos National Lab | Deep Learning Based Sparse Sensing for Earth System Monitoring | Applied Mathematics and Machine Learning |
Jose M. | Monsalve Diaz | Argonne National Laboratory | LLVM in High Performance Computing | Compiler technology, High Performance Computing |
Pablo | Moriano | Oak Ridge National Laboratory | Next-Generation Security for Interconnected Systems | Data science, machine learning, cybersecurity |
Hai Ah | Nam | Lawrence Berkeley National Laboratory (LBNL) | HPC at NERSC | HPC, Workflows, AI/ML, RSE |
Sri Hari Krishna | Narayanan | Argonne National Laboratory | Quantum differentiation | Quantum Computing |
Phan | Nguyen | Lawrence Livemore National Laboratory | Carbon Capture Simulation for Industry Impact | Machine Learning/Applied Mathematics |
Andy | Nonaka | Lawrence Berkeley National Laboratory | Multiphysics Algorithm and Code Development | PDE Modeling and Simulation |
Andy | Nonaka | Lawrence Berkeley National Laboratory | Superconducting Electromagnetic Models and Simulation | Computational Electromagnetics |
Dossay | Oryspayev | Brookhaven National Laboratory | Location Privacy in WSN | Wireless Sensor Networks, Computer Science, Computer Engineering |
Suzanne | Parete-Koon | Oak Ridge National Laboratory | HPC Crash Course Tutorial Development | High Performance Computing |
Slaven | Peles | ORNL | GridKit | Computations for power systems |
Talita | Perciano | Lawrence Berkeley National Laboratory | Probabilistic Graphical Deep Learning | Computer science, applied mathematics, applied statistics |
Mauro | Perego | Sandia National Laboratories | Computational Modeling and Analysis of Ice Sheets | scientific computing and machine learning |
Adrian | Perez Dieguez | Lawrence Berkeley National Laboratory (LBNL) | Using Machine Learning to tune large scale applications on HPC systems | Performance and Algorithms Tuning |
Tom | Peterka | Argonne National Laboratory | Triple Convergence of HPC, BD, and AI Through In Situ Workflow Tools | Computer Science |
Peter | Pirkelbauer | Lawrence Livermore National Laboratory | Source-to-Source Translator-Based Code Optimization | Computer Science |
Doru Thom | Popovici | Lawrence Berkeley National Lab | Better GPU-based Solvers | Performance Modeling and Applied Mathematics |
Doru Thom | Popovici | Lawrence Berkeley National Lab | Which tool to use for hardware design? | Computer architecture |
Line | Pouchard | Brookhaven National Laboratory | ECP CODAR - Chimbuko - enhanced real time performance anomaly analysis | performance analysis |
Line | Pouchard | Brookhaven National Laboratory | FAIR metadata for Chimbuko and RECUP | FAIR data management services for HPC workflows |
Benjamin | Priest | Lawrence Livermore National Laboratory | HPC-scale statistical models with astronomy applications | statistics, scientific computing, machine learning |
Krishnan | Raghavan | Argonne National Laboratory | Graph Continual Learning | Machine Learning; Graph Theory |
Lavanya | Ramakrishnan | Lawrence Berkeley National Laboratory (LBNL) | Capturing Provenance for Scientific Workflows | workflow management |
Lavanya | Ramakrishnan | Lawrence Berkeley National Laboratory (LBNL) | Data Technologies and Interfaces | Data management |
Lavanya | Ramakrishnan | Lawrence Berkeley National Laboratory (LBNL) | Develop a typology and design framework for scientific software | user research |
Lavanya | Ramakrishnan | Lawrence Berkeley National Laboratory (LBNL) | Next Generation User Interfaces for HPC | User research |
Lavanya | Ramakrishnan | Lawrence Berkeley National Lab | Towards Self-Guiding Field Laboratories | Automation/Self-driving |
Jorge | Ramirez Osorio | Oak Ridge National Lab | Stress in plants: from data to models | Mathematical ecology |
Siddhisanket | Raskar | Argonne National Lab | Explore AI/ML Architectures to accelerate Science | Computer Architectures, Machine Learning, Optimizations |
Katherine | Rasmussen | Lawrence Berkeley National Laboratory (LBNL) | Flang compiler testing | parallel programming language compilers and runtime libraries |
Ryan | Richard | Ames National Laboratory | NWChemEx Development | Software Development |
Silvio | Rizzi | Argonne National Laboratory (ANL) | Aconcagua | Computer Science |
Paul | Romano | Argonne National Laboratory | OpenMC Development | Nuclear science and engineering |
Robert B. | Ross | Argonne National Laboratory (ANL) | Efficient data management for scientific computing | High performance computing (HPC), data management |
Damian | Rouson | Lawrence Berkeley National Laboratory | Caffeine | Parallel Runtime Libraries |
Robert Cameron | Rutherford | PNNL | Exascale Grid Optimization - Increasing the resiliency of the power grid | Power Systems, Sparse/Dense Linear Algebra, Performance Optimization, Software Engineering |
Rajesh | Sankaran | Argonne National Laboratory | Edge to All Triggers in Edge Computing | Computer Science and Engineering |
David I. | Santiago | LBNL/AMCR | Quantum Computing Experimentation | Quantum Information Science |
Mohan | Sarovar | Sandia National Laboratories | Quantum manifold learning | Data science |
Sudip | Seal | Oak Ridge National Laboratory (ORNL) | High-Performance Spatial Data Analysis Methods | High-Performance Computing |
Pablo | Seleson | Oak Ridge National Laboratory | Peridynamics Modeling and Simulation for Exascale Fracture Computations | Applied and Computational Mathematics |
John | Shalf | LBNL | HPC Beyond Moore's Law | Computer Architecture |
SHAHZEB | SIDDIQUI | Lawrence Berkeley National Laboratory (LBNL) | Spack Infrastructure at NERSC | CI, Spack |
Christopher | Siefert | Sandia National Laboratories | Machine Learning Applied to High-Performance Computing in Trilinos/MueLu | Machine Learning |
Ember | Sikorski | Sandia National Laboratories | Machine learning materials models for nuclear fusion materials | Atomistic materials modeling, machine learning |
Elliott | Slaughter | SLAC National Accelerator Laboratory | Legion Programming System | Computer Sciene |
Thomas | Smith | Sandia National Laboratories | Verification and High-Fidelity Physics Modeling of Multi-Fluid Plasma Codes | Computational Plasma Science |
David | Trebotich | Lawrence Berkeley National Laboratory | Performance portability of Chombo-Crunch on accelerator-based machines | computational science |
Ray | Tuminaro | Sandia National Laboratories | Quasi-geometric algebraic multigrid linear solvers for complex PDE systems | scientific math libraries and computational linear algebra |
Bruno | Turcksin | Oak Ridge National Laboratory | The Kokkos ecosystem | Computer Science |
Pedro | Valero-Lara | ORNL | Portal HPC | HPC programming |
Roel | Van Beeumen | Lawrence Berkeley National Laboratory | Simulation of quantum algorithms | Quantum Computing |
Hubertus | van Dam | Brookhaven National Laboratory | Exploring catalytic reactions in zeolites for NWChemEx science challenge | Computational Chemistry |
Jay | Van Der Wall | Sandia National Laboratories | Improved Modeling of Trapped Ion Quantum Computers | Computational Geometry |
Michael | Wehner | LBNL | Climate Change impacts on California Agriculture | Climate change |
Rebekah | White | Sandia National Labs | Sensitivity analysis for complex systems in national security | Scientific computing |
Theresa | Windus | Ames National Laboratory | Extreme-scale computational chemistry with NWChemEx | computational chemistry |
Mitchell | Wood | Sandia National Labs | Pushing the Limits of Representation for Machine Learned Atomistic Models | Computational Material Science |
Justin | Wozniak | Argonne National Laboratory (ANL) | HPC Workflow Performance | Computer Science |
John | Wu | LBNL | High-performance Scientific Data Management | data management, memory management |
John | Wu | LBNL | High-performance Scientific Data Management | data management, memory management |
Wei | Xu | Brookhaven National Lab | Practical Explainable Artificial Intelligence Solutions for Scientific Problems | computer science, artificial intelligence, visualization, human computer interaction |
Zhi (Jackie) | Yao | Lawrence Berkeley National Laboratory | AI Empowered Codesign of Beyond Moore’s Law Microelectronics | Artificial Intellegence |
Shinjae | Yoo | Brookhaven National Laboratory | Multi-modal Genomics -- GeneBERT | AI/ML |
Guannan | Zhang | Oak Ridge National Laboratory | Foundational Research on AI and Machine Learning for Scientific Applications | AI and Machine Learning |
Hong | Zhang | Argonne National Laboratory, USA | Traffic flow modeling and simulation on exascale machine | Mathematics, computational and data science, high-performance computing |
Junchao | Zhang | Argonne National Laboratory | A VScode Extension to Debug MPI Programs | Computer science; High performance computing |
Hui | Zhou | Argonne National Laboratory (ANL) | Message Passing Interface (MPI) for Multithreading | Runtime System |