Tensorium_lang: compiler-visible tensor calculus for numerical relativity
A web version of the Tensorium_lang paper: an experimental MLIR-based DSL for preserving tensor structure through compiler lowering and generated numerical kernels.
Articles
Technical notes and implementation logs. The current queue is focused on Tensorium_lib, MLIR, compiler infrastructure, high-performance C++, and numerical relativity.
incoming: Tensorium / MLIR / numerical relativity format: notes, experiments, implementation logs
Building Tensorium_lib
Planned notes on the design of a high-performance C++ tensor and numerical relativity library.
MLIR notes
Planned notes on MLIR dialect design, lowering pipelines, vectorization, and backend experiments.
Numerical relativity from scratch
Planned notes on tensor calculus, discretization, elliptic systems, and black hole simulation infrastructure.
Compiler infrastructure for tensor calculus
Planned notes on compiler and DSL infrastructure for symbolic tensor expressions and high-performance kernels.