What question did this study set out to answer?

The aim is to address the deficiencies of a previous two-layer model in the context of real-virtual dual field theory.

August 5, 2026Open Access

实虚二元场论离散可变格耗散泛函几何中分形晶格层级完备性补充研究Supplementary Research on Completeness of Fractal Lattice Hierarchy in Discrete Variable Lattice Dissipative Functional Geometry of Real-Virtual Dual Field Theory

View Full Paper

Ask AI

Bookmark

Authors

Randomized trial verifies an inherent defect in a two-layer model of a cosmic framework, indicating limitations in long-term dynamics.

The aim is to address the deficiencies of a previous two-layer model in the context of real-virtual dual field theory.
Constructed a two-layer model using Planck unit and 1.944 mm reference lattice as analysis
Employed mathematical forms of the discrete variable lattice geometry to ascertain recursion properties
Clarified the conditions for establishing a steady-state in multi-layer fractal systems
Confirmed that the two-layer model has an unbalanced dissipation budget, risking long-term stability in the closed universe.
Identified Planck length and Liu Zhongqiang scale as rigid truncation boundaries defining the lattice system.
Unified different lattice hierarchy concepts into a complete analytical framework.

Zhongqiang Liu (2026) studied this question.

View Full Paper

Ask AI

Bookmark