The Unnoticed Force that Truly Dominates the Creation and Evolution of the Universe Numerical Simulation of High-D Ultrahigh-Energy Quantum Fields

For a long time, various theories from classical gravity to quantum gravity have pushed modern physics and cosmology into the ultimate trap set by Hawking's theory, inevitably confronting the ultimate fate of escaping from the cosmic singularity. To this end, the analysis in this paper focuses on the high-D ultrahigh-energy quantum fields at the extreme spatiotemporal point before and after the cosmic creation, naturally considering such an extreme scenario: everything before the cosmic creation is compressed by an extremely large quantum gravitational system within the spacetime range of the Planck scale. The closer the compression is to the Planck scale, the stronger the quantum effects become; however, as the compression scale begins to be smaller than the Planck scale, the quantum effects are completely bound, and this extreme dynamical process of spacetime is equivalent to the "freezing" process caused by a sharp drop in temperature. This phenomenon can be referred to as the "quantum gravitational trap". The numerical simulation in the first part of this paper generates a gravitational density curve (GL 2Dsuf) and an action surface (SG 3Dsuf) that contradict the inevitable requirements of cosmic creation. Preliminary computational results indicate that at the initial moment of cosmic creation, the action as the initial quantization basis of the gravitational system, does not immediately tend towards positive infinity, but rather towards negative infinity. That is to say, the quantum gravitational system cannot be the force that truly drives the universe to escape the Hawking trap! The numerical simulation in the second part of this article reveals the opposite result: during the entire great reversal before and after the cosmic creation, the action of the antigravitational system increases from a minimum value, either slowly or rapidly, to a maximum value, and then quickly tends towards infinity. In various existing analyses and explanations, such differences and distinctions are often intentionally or unintentionally overlooked: the quantum factors and effects are not equal to the quantum gravitational factors and effects. The quantum factors and effects not only include the quantum gravitational factors and effects, but also many factors and effects that compete with the quantum gravitational factors and effects. Those factors and effects that are regarded as the main factors in realizing the great bounce, great reversal, and great push in loop quantum cosmology (LQC), brane cosmology, and post-quantum gravity research are not the quantum gravitational factors and effects themselves, but rather the factors and effects related to quantum gravitational factors and effects, or even the factors and effects that compete with quantum gravity.