Author
Zhenmin Wang
Recent research
- AI & ComputingOpen access
Hausdorff dimension and box-counting fractional dimension are widely applied in geometric measure theory to depict scale characteristics of fractal structures such as coastlines, snowflakes and Kakeya sets, yet academia has long failed to reach a consensus on whether fractional d...
- AI & ComputingOpen access
Hausdorff dimension and box-counting fractional dimension are widely applied in geometric measure theory to depict scale characteristics of fractal structures such as coastlines, snowflakes and Kakeya sets, yet academia has long failed to reach a consensus on whether fractional d...
- Physics & SpaceOpen access
PFUSRC-146 defines the observable L5 spacetime substrate as Prime-Node Rigid Morphing Topological Space (PNRMTS), while PFUSRC-147 identifies large-scale cosmic filaments as global spacetime damped topological imprints. However, the bidirectional dynamical coupling between the L4...
- Society & EconomicsOpen access
Eastern and Western civilizations have preserved massive cross-civilization records of cultivation, ascension, rainbow body, incorruptible saints and near-death experiences, which are generally dismissed as legends by mainstream science due to the limitations of three-dimensional...
- AI & ComputingOpen access
PFUSRC-056, PFUSRC-086, PFUSRC-086B and PFUSRC-086C separately completed the topological reconstruction of complex analysis, calculus, the Topological One, and tensor analysis, forming a closed theoretical loop for the ontology of mathematical analysis. This paper serves as their...
- Physics & SpaceOpen access
A wide range of extreme cosmic phenomena such as black holes, magnetars, gamma-ray bursts, quasars, cosmic voids and cold spots can only be fragmentarily explained by general relativity, quantum field theory and the ΛCDM model without a unified ontological foundation. Relying on...
- AI & ComputingOpen access
The Collatz conjecture (3n+1 problem) is a classic unsolved problem in number theory. Its iteration rule is: for any positive integer n, if n is odd, map n \to 3 n+1; if n is even, map n \to n / 2. The question is whether repeated iteration necessarily converges to 1 for all init...
- Physics & SpaceOpen access
Modern physics has long established two ideal spatial substrate models: Newtonian globally absolute rigid space and the globally steady-state fluid vacuum framework. Both models carry irreparable inherent flaws and are restricted by the three-dimensional reductionist paradigm, fa...
- Physics & SpaceOpen access
The Standard Model of particle physics relies on the Higgs mechanism and spontaneous symmetry breaking to fit elementary particle masses, yet it has an inherent ontological blind spot. It fails to explain the generative origin of symmetry breaking and cannot unify spontaneous and...
- Engineering & TechnologyOpen access
Both Daoist and Buddhist traditions—as exemplified by the Diamond Sutra and the Daodejing—have revealed precise insights into the ontological structure of the cosmos: form is emptiness, abiding nowhere, and the Dao is diminished through practice. Yet for two millennia, these insi...
- Society & EconomicsOpen access
Professor Zeng Shiqiang proposed that “the 21st century is the era of Confucius.” His intuition was rooted in a deep perception of the Yijing’s value, yet his conclusion lacked mathematical models and a complete logical chain. Based on the PFUSRC- seven-layer ontological framewor...
- Physics & SpaceOpen access
Mainstream AI research attributes large language models’ emergent capabilities, hallucinations and off-alignment “loss-of-control” behaviors to data bias, algorithm defects or insufficient value alignment, which only delivers surface-level fixes without uncovering the ontological...
- Physics & SpaceOpen access
Mainstream AI research attributes large language models’ emergent capabilities, hallucinations and off-alignment “loss-of-control” behaviors to data bias, algorithm defects or insufficient value alignment, which only delivers surface-level fixes without uncovering the ontological...
- BiologyOpen access
PFUSRC-136: The Ontology of Emergence — Projection, Layer Blindness, and Cognitive Phase Transition
Contemporary complexity and cognitive science interpret emergence merely as a phenomenological trait of complex systems, lacking rigorous ontological localization and necessary mechanical deduction. Based on the seven-layer holographic topological framework established by the PFU...
- Society & EconomicsOpen access
The PFUSRC system has completed all core theoretical constructions: from the ontological reconstruction of zero, the proof of the 45° biconical steady-state geometry, the derivation of 11-dimensional dimensional closure, to the topological unification of the four fundamental forc...
- Physics & SpaceOpen access
PFUSRC-134 What Is Structure? A Systematic Overview Based on Six Core Papers
Throughout the history of physics, there have been countless critiques of relativity, but the vast majority have either stemmed from political bias or remained at the level of isolated logical contradictions, never touching the fundamental issue. The fundamental issue is not “whe...
- Society & EconomicsOpen access
The PFUSRC system has completed all core theoretical constructions: from the ontological reconstruction of zero, the proof of the 45° biconical steady-state geometry, the derivation of 11-dimensional dimensional closure, to the topological unification of the four fundamental forc...
- Physics & SpaceOpen access
The glueball, a long-unconfirmed theoretical object in the strong interaction sector, is viewed by mainstream physics as the “final piece of the puzzle” in the Standard Model’s particle spectrum. However, despite decades of experimental searches, glueball signals consistently exh...
- Physics & SpaceOpen access
From 2024 to 2026, high-precision cosmological observations, high-energy physics detectors, and condensed matter quantum experiments have collectively formed a cross-scale, unified chain of anomalous evidence. The three foundational presuppositions of the ΛCDM standard cosmologic...
- Physics & SpaceOpen access
From 2024 to 2026, high-precision cosmological observations, high-energy physics detectors, and condensed matter quantum experiments have collectively formed a cross-scale, unified chain of anomalous evidence. The three foundational presuppositions of the ΛCDM standard cosmologic...