Ash Naser, is an independent theoretical physics researcher and aerospace engineer based in Canada. He is the developer of the Zero-Infinity Dimensional Recursion (ZIDR) framework — a novel conceptual model of a static, higher-dimensional universe.
ZIDR proposes that complex cosmic phenomena such as gravity, redshift, apparent expansion, dark matter, and dark energy can emerge naturally from recursive interactions of lower-dimensional components within a higher-dimensional manifold. By applying topological, mathematical, and systems-engineering approaches, the framework offers alternative explanations for large-scale cosmological observations without relying on traditional expanding-universe assumptions.
Drawing on his background in aerospace and mechanical engineering, Naser brings a unique system-level perspective to theoretical physics. His work bridges rigorous engineering methodologies with advanced concepts in mathematical physics, topology, and theoretical cosmology.
Naser’s research is publicly available as a preprint on Zenodo (DOI: https://doi.org/10.5281/zenodo.21175475) and is comprehensively documented on the project hub: zidrproject.org. He continues to refine the mathematical formalism of ZIDR and actively engages with the scientific community on questions surrounding static universe models and higher-dimensional topology.