June 2025: Delivered foundational Tensor Field Core and initial GPU acceleration for tensor field operations in ammarhakim/gkeyll, with strong emphasis on safety, performance, and test coverage. The work targets safer data representations, scalable tensor algebra, and GPU-enabled run-times to enable larger simulations with higher throughput.

March 2025 monthly summary for ammarhakim/gkeyll: Delivered a regression-testing suite for the can-pb Vlasov-Maxwell solver with general relativistic (GR) extensions. The tests cover hyperbolic, spherical, and distorted mesh configurations, as well as Kelvin-Helmholtz Instability (KHI) and Newtonian orbit scenarios, to verify initial moment projections and cross-check against GK benchmarks. This work strengthens regression safeguards, enabling safer GR-enabled feature evolution and more reliable physics results.

February 2025 monthly summary focusing on delivering GR-ready canonical phase-space momentum capabilities, improving numerical stability, memory safety, and regression coverage across two repos (ammarhakim/gkeyll and ammarhakim/gkylcas).

January 2025 monthly summary for ammarhakim/gkeyll: Focused on stabilizing builds and code quality. Implemented a critical cross-file fix to ensure proper compilation across multiple modules by including limits.h where needed, mitigating compile-time errors and ensuring access to system-defined integer limits. This work reduces build friction for downstream features and improves maintainability.

November 2024 monthly summary: Delivered expanded can-pb dimensionality support and robust pressure kernel handling, introduced canonical projection basis kernels for 2x3v tensor and surfy configurations, enhanced can-pb kernel and boundary capabilities with phase-basis switching and zero-flux surfaces, and increased theta-direction resolution for 2x3vp toroidal simulations. These updates broaden configuration support, improve physical fidelity, enhance boundary condition modeling, and raise analysis accuracy, contributing to more reliable and scalable simulations in Gkeyll-based workflows.

October 2024 monthly summary focusing on delivering correctness improvements in velocity-space kernels, GPU build stability, and expanded test coverage across GKYL repositories. Key work included fixes to velocity-space indexing for 2x2v p1 Hybrid, component-count handling in hybrid velocity spaces, cleanup of the continuity test suite for 1x1v/2x2v/3x3v, GPU build/signature fixes for canonical pseudo-pressure and basis kernels, and introduction of a toroidal Sod shock regression test in 3x3v. These changes reduce defect risk, improve numerical stability, and enhance validation coverage, supporting more reliable simulations and faster onboarding for new contributors.