Particle Determinate State and Cross-Scale Force Unification Theory: Global Technological Penetration, Patentization Paths, and Market Prospects (Zenodo Publication Version)

Abstract Based on the original underlying physical framework of "Particle Determinate State" and "Cross-Scale Force Unification", this document systematically presents the global technological penetration potential and patentization paths of the theory. Its core value lies in transforming traditional trial-and-error-based technological R&D into deterministic design featuring "unified physical models + precise quantitative parameters". All cutting-edge fields involving material structure, particle interactions, and energy transfer can derive high-value technical solutions based on the same set of core formulas (cross-scale force balance formula F=7.11×10⁻³⁶/r, Bian's universal field frequency formula F_q=k₀·f²·(GM/r²)·[1/(1+λ₀·f³·r²)]·(1+α·λ_q)·γ). By comprehensively demonstrating the application paths of the theory in five major fields—information technology, energy technology, materials science, life sciences, and deep space exploration—this document provides forward-looking references for global research institutions and technical teams. Relevant achievements have been indirectly verified by data from multiple national key projects in China (core parameter deviation ≤1.1%), demonstrating clear engineering transformation prospects. This document aims to systematically elaborate on the commercialization potential of the theoretical system, providing a clear technical roadmap and value evaluation framework for strategic cooperation, patent layout, and industrial investment worldwide. 摘要 本文件基于原创“粒子确定态”与“跨尺度力统一”底层物理框架,系统呈现该理论的全域技术穿透潜力与专利布局方向。核心价值在于将传统依赖试错的技术研发,转化为“统一物理模型+精准量化参数”的确定性设计,所有涉及物质结构、粒子相互作用与能量传递的前沿领域,均可基于同一套核心公式(跨尺度力平衡公式F=7.11×10⁻³⁶/r、卞氏万物统一场频公式F_q=k₀·f²·(GM/r²)·[1/(1+λ₀·f³·r²)]·(1+α·λ_q)·γ)衍生高价值技术方案。文件通过全景化展示理论在信息科技、能源科技、材料科技、生命科学、深空探索五大领域的应用路径,为全球科研机构、技术团队提供前沿方向参考,相关成果已通过国家级工程数据间接验证(核心参数偏差≤1.1%),具备明确的工程化转化前景。本文件旨在系统阐述该理论体系的商业化潜力,为全球范围内的战略合作、专利布局与产业化投资提供清晰的技术路线图与价值评估框架。

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-01-13
DOI
https://doi.org/10.5281/zenodo.18228613
Primary Topic
Particle Dynamics in Fluid Flows
Type
article
Field-Weighted Citation Impact
0.00
Controls
|||
ALL TIME
JAN
FEB
MAR
APR
MAY
JUN
JUL
AUG
SEP
OCT
article

Particle Determinate State and Cross-Scale Force Unification Theory: Global Technological Penetration, Patentization Paths, and Market Prospects (Zenodo Publication Version)

Zhenfeng(振峰) Bian(卞)
Zenodo (CERN European Organization for Nuclear Research)
Particle Dynamics in Fluid Flows
article

Particle Determinate State and Cross-Scale Force Unification Theory: Global Technological Penetration, Patentization Paths, and Market Prospects (Zenodo Publication Version)

Zhenfeng(振峰) Bian(卞)
article en

Abstract

Abstract Based on the original underlying physical framework of "Particle Determinate State" and "Cross-Scale Force Unification", this document systematically presents the global technological penetration potential and patentization paths of the theory. Its core value lies in transforming traditional trial-and-error-based technological R&D into deterministic design featuring "unified physical models + precise quantitative parameters". All cutting-edge fields involving material structure, particle interactions, and energy transfer can derive high-value technical solutions based on the same set of core formulas (cross-scale force balance formula F=7.11×10⁻³⁶/r, Bian's universal field frequency formula F_q=k₀·f²·(GM/r²)·[1/(1+λ₀·f³·r²)]·(1+α·λ_q)·γ). By comprehensively demonstrating the application paths of the theory in five major fields—information technology, energy technology, materials science, life sciences, and deep space exploration—this document provides forward-looking references for global research institutions and technical teams. Relevant achievements have been indirectly verified by data from multiple national key projects in China (core parameter deviation ≤1.1%), demonstrating clear engineering transformation prospects. This document aims to systematically elaborate on the commercialization potential of the theoretical system, providing a clear technical roadmap and value evaluation framework for strategic cooperation, patent layout, and industrial investment worldwide. 摘要 本文件基于原创“粒子确定态”与“跨尺度力统一”底层物理框架,系统呈现该理论的全域技术穿透潜力与专利布局方向。核心价值在于将传统依赖试错的技术研发,转化为“统一物理模型+精准量化参数”的确定性设计,所有涉及物质结构、粒子相互作用与能量传递的前沿领域,均可基于同一套核心公式(跨尺度力平衡公式F=7.11×10⁻³⁶/r、卞氏万物统一场频公式F_q=k₀·f²·(GM/r²)·[1/(1+λ₀·f³·r²)]·(1+α·λ_q)·γ)衍生高价值技术方案。文件通过全景化展示理论在信息科技、能源科技、材料科技、生命科学、深空探索五大领域的应用路径,为全球科研机构、技术团队提供前沿方向参考,相关成果已通过国家级工程数据间接验证(核心参数偏差≤1.1%),具备明确的工程化转化前景。本文件旨在系统阐述该理论体系的商业化潜力,为全球范围内的战略合作、专利布局与产业化投资提供清晰的技术路线图与价值评估框架。

Zenodo (CERN European Organization for Nuclear Research)
Openalex Percentile: Top 88%
Particle Dynamics in Fluid Flows
AI Navigator

Ask Laika to Summarize, Analyze, and Connect papers live on the map.

Summarize Papers & Methodologies

Extract key findings, datasets, and comparative methods across publications.

Benchmark Rankings & Visual Analytics

Rank top research institutions, authors, funders, topics, and journals by Field-Weighted Citation Impact (FWCI) and paper volume with instant charts.

Connect Distant Disciplines

Bridge topological clusters on the map to find hidden collaborative intersections.

Particle Determinate State and Cross-Scale Force Unification Theory: Global Technological Penetration, Patentization Paths, and Market Prospects (Zenodo Publication Version) — Zhenfeng(振峰) Bian(卞) · Zenodo (CERN European Organization for Nuclear Research) (2026) | TGRS Research Map | TGRS