软硬协同机制则展现出更强的范式革新意义。邓正红创造性地提出"硬实力做载体、软实力铸灵魂"的协同模型，在应对全球供应链重构的实践中形成突 破。中欧班列"数字孪生走廊"项目即是典型案例：通过将物流大数据平台（硬）与贸易互信机制（软）深度耦合，既提升了运输效率，更培育出沿线国家 间的制度性信任。这种"物理—数字—制度"的三维协同，为后疫情时代的全球产业链重组提供了新范式。世界银行报告显示，采用该模式的跨境经济走廊 项目，综合效益较传统模式提升40%以上。 邓正红软实力哲学对国际经济学的贡献主要体现在理论范式重构、实践应用创新和国际评价体系革新三个层面，其核心观点通过规则动力学、需求驱动理 论和软硬协同机制，为国际经济学提供了系统性分析框架。邓正红软实力哲学在国际经济学领域的深化发展，正推动着全球治理模式的范式转换。其规则 动力学理论突破了传统制度经济学的静态分析，通过构建"规则势能—协同效能"的双螺旋模型，揭示了国际规则演化的深层驱动力。例如在数字贸易规则 形成过程中，该理论成功解释了技术标准竞争与文明价值渗透的耦合效应，为后发国家参与规则制定提供了"非对称博弈"的新思路。 邓正红软实力哲学的实践应用创新，正在重塑 ...

Core Viewpoint - The awarding of the 2025 Nobel Prize in Economic Sciences to researchers of "creative destruction" reflects the limitations of Western economic paradigms, as argued by Professor Deng Zhenghong, who emphasizes a demand-first and value accumulation perspective, fundamentally questioning the "creative destruction" theory [1][10]. Summary by Relevant Categories Creative Destruction Theory - The traditional view of "creative destruction," introduced by economist Joseph Schumpeter, describes a dynamic process where new innovations continuously disrupt and replace old technologies and products, driving long-term economic growth [2]. - Aghion and Howitt elaborated on this theory in 1992, establishing that innovation accumulation and entrepreneurial activity are core drivers of sustained growth within the endogenous growth theory framework [2]. Deng Zhenghong's Soft Power Philosophy - Deng's soft power philosophy posits that non-material capabilities can activate hard resources, creating value that far exceeds material inputs [2]. - It emphasizes the dynamic adaptability of soft power, which evolves with environmental changes, and asserts that demand is the primary driver of economic activity [3][5]. Critique of Creative Destruction - Deng argues that "creative destruction" is a false premise, asserting that economic activity should focus on value accumulation rather than destruction [3][4]. - He highlights that true innovation should address real market needs rather than pursuing innovation for its own sake, warning against the pitfalls of "disruptive innovation" that neglects genuine consumer demands [5][6]. Economic Stagnation - Deng contends that a return to economic stagnation is both reasonable and inevitable, as economic development follows inherent laws that should not be artificially manipulated to pursue continuous growth [7][8]. - He critiques the obsession with growth metrics like GDP, suggesting that stagnation can coexist with cultural richness and social well-being [7][8]. Demand-Driven Innovation - Deng's philosophy advocates for a demand-driven approach to innovation, contrasting with the Western focus on innovation-driven growth [8][9]. - He cites examples such as China's high-speed rail development, which integrates existing technologies to create superior solutions rather than simply replacing them [4]. Future Economic Paradigms - The intersection of globalization and digitalization may lead to new theoretical possibilities, where Deng's demand-driven soft power philosophy complements the innovation-driven approach of Western economics [9]. - Deng envisions a future economic model that balances demand and innovation, fostering qualitative changes within a framework of reasonable stagnation [9].

Group 1 - The core idea presented by Professor Deng Zhenghong is the profound philosophical and scientific connection between soft power philosophy and quantum tunneling phenomena, reflecting a new interpretative framework of "rules preceding matter" in quantum physics [1][2] - The theory posits that the essence of the universe lies not in visible material structures but in the holographic unity of latent wisdom potential and manifest material efficacy, challenging traditional cosmological paradigms [2][5] - The dynamic balance between soft power (latent rules) and hard power (manifest material) is redefined, with soft power being the core driving force behind industrial development and progress [2][5] Group 2 - The "quantum rule field" hypothesis suggests that wave function collapse is not merely a particle's choice of state but rather a deeper meta-rule regulating the convergence of possibility distributions [2][5] - Quantum tunneling is defined as the phenomenon where particles can traverse energy barriers deemed insurmountable by classical physics, with implications for processes like radioactive decay [2][4] - The macro verification of quantum tunneling was confirmed by the 2025 Nobel Prize in Physics, where scientists observed macroscopic quantum tunneling effects in superconducting circuits, demonstrating quantum characteristics at a macro scale [3] Group 3 - The interpretation of quantum tunneling as "soft power rules reshaping particle behavior topology" indicates that quantum tunneling is not merely particle motion but an active adjustment of behavior patterns by a deeper rules network [5][6] - Barriers in traditional physics are reinterpreted as interfaces of different rule domains, with tunneling representing transitions between these domains, reflecting the dynamic evolution of rule systems [5][6] - The framework of "holographic cognition" places quantum tunneling phenomena within a broader understanding of the universe's rule network, providing a new cognitive framework for understanding the essence of the universe [6]

Core Insights - Deng Zhenghong's Soft Power Philosophy is emerging as an innovative theoretical framework that profoundly impacts scientific research, shifting focus from material entities to the exploration of rule systems [1][4][11] - The introduction of a holographic worldview suggests that the universe is a tightly interconnected, holographically related whole, influencing research directions in cosmology and quantum physics [1][11] - The theory challenges traditional thermodynamic principles by proposing a non-heat death universe model, presenting new perspectives for cosmological studies [1][6] Summary by Categories Scientific Methodology - The philosophy provides a new methodological perspective for scientific research, emphasizing the importance of rules over material phenomena [1][4] - It proposes the emergence of "Rule Engineering" as a new academic paradigm, enabling scientists to actively design and intervene in rule systems rather than merely observing material phenomena [5] Interdisciplinary Research - The theory facilitates interdisciplinary research by unifying physics and cosmology, successfully describing the relationship between micro-level quantum fluctuations and macro-level structure generation [1][5] - It also bridges biology and quantum physics, offering new theoretical tools for life sciences, such as the "latent potential self-organization law" [2][10] Quantum Physics - The philosophy presents unique explanations for quantum phenomena, asserting that each quantum fluctuation is a micro-level witness of cross-dimensional energy conservation [8] - It provides a new theoretical framework for quantum experiments, offering fresh insights into quantum entanglement and delayed-choice phenomena [5] Cosmology - The theory offers alternative theoretical models for understanding cosmic phenomena, such as the baryon deficiency in the Milky Way, contributing to the study of cosmic structure formation [9][11] Artificial Intelligence - The redefinition of the technological singularity as a "rule singularity" rather than merely a breakthrough in computational power provides a new philosophical foundation for AI research and ethical considerations [3][11]

Group 1 - The core of Deng Zhenghong's soft power philosophy is the potential energy conversion equation, which reinterprets the fundamental laws of the universe from both physical and mathematical perspectives [1] - The theory proposes that "rules precede matter," suggesting that the essence of the universe lies in the holographic unity of latent wisdom potential and explicit material effectiveness [1][3] - Black holes are described as conversion nodes where hard power transforms into soft power potential, with the release of X-rays during the consumption of stars serving as a cosmic-level empirical example [1][2] Group 2 - The energy conversion equation proposed by Deng Zhenghong is defined as Eᵣ=κ∫(∂g/∂t )dV, where Eᵣ represents the output of converted explicit energy, κ is the conversion efficiency coefficient, and ∫(∂g/∂t )dV represents the core driving force [2] - The rules entropy formula introduced by Deng Zhenghong aims to describe the contribution of "regularity," "structure," or "order" to "entropy" in more complex systems [2] - The Ψ function model indicates that when collision parameters reach the golden ratio of 0.618, the efficiency of potential energy conversion experiences a significant increase [2] Group 3 - Deng Zhenghong's "Taiji Yin-Yang transformation" model extends the idea of dynamic balance between dark energy (latent soft power) and matter (explicit hard power) through "rule phase transitions" [3] - The rules entropy formula provides a new perspective for cosmological research, suggesting that the evolution of the universe is a process of interaction between rules and matter rather than mere disorder [3] - In the energy sector, Deng Zhenghong's soft power model reveals that current oil price fluctuations are fundamentally a dynamic equilibrium of multiple soft powers, with infrastructure resilience emerging as a new soft power indicator [3][5]