This article began when icy balls that may be a new kind of star were observed in space. They seem to have the contradictory characteristic of being cold enough to have abundant ice, but also possess infrared emission like a hot star. The contradiction could be resolved using a mathematics called vector-tensor-scalar geometry which is based on a paper published by Albert Einstein. This geometry presents new ways of looking at formation of planets, stars, and black holes as well as the Higgs boson/field and every other subatomic particle. A Cosmological Entanglement that’s based on the Holographic Principle and is not dependent on temperatures near absolute zero or any experiments in laboratories is introduced. Spacetime-exploring “topological propulsion” and totally emission-free “topological manufacturing / transportation” are proposed as later developments of quantum entanglement being a fuel for car engines, fusion reactors, and possibly in the Sun and stars. Then the alternative of describing certain phenomena with either advanced / retarded waves or Complex (Real + Imaginary) numbers is presented. Chaos theory states there is hidden order in randomness and apparent disorder. This has implications for the way Brownian motion and quantum mechanics are viewed - possibly giving rise to the concept of quantum certainty or the principle of determinacy. Penultimately, the article looks at a) dark matter and dark energy as intimately related processes divorced from the concept of universal expansion (or contraction), b) space-time travel and planet Mercury’s precession in the light of the Riemann hypothesis, and c) coding waves. Finally are thoughts about the wavefunction of the unified multiverse / universe, origin of life, John Wheeler’s participatory universe, quantum computers, and imaginary computers. The epilogue applies this article’s perspective on the universe’s nature with a few more sentences on entanglement actually being a localised phenomenon - followed by a paragraph each about Artificial Intelligence, the cosmological constant problem where quantum field theories predict a value for the fundamental energy of space that is about 120 orders of magnitude too large, and the cosmic microwave background’s Hemispherical Power Asymmetry.