This paper investigates some physical features that give rise to complexity within the self-gravitating static cylindrical structure coupled with anisotropic distribution in energy-momentum squared gravity. To accomplish this, we formulate modified field equations and explore of astronomical body. The C-energy Tolman mass are also calculated discuss matter distribution. We then obtain scalars v...

An experiment was conducted to compare the recognition accuracy for static and animated buttons. Static and animated buttons were designed for 28 computer tasks. The tasks were categorized into low, medium, and high levels of complexity. Subjects identified the correct tasks of the animated buttons (78.6%) more often than for the static buttons (64.3%). The data were also analyzed for the numbe...

Being able to analyze programs function by function, or module by module is a key ingredient to scalable static analyses. The main difficulty for modular static analysis is to be able to do so while not losing too much precision. In this paper, we present a new summarybased approach that builds on previous work of the authors, a zonotopic functional abstraction, that is economical both in space...

This article investigates the physical features of static axial sources that produce complexity within matter configuration perspective f(R, T) theory, where R is curvature invariant and T identifies trace energy tensor. In this case, contracted Bianchi identities effective as well normal are used to develop conservation equations. We split tensor compute structure scalars, involving aspects so...