Official Announcement – White Paper on Equivalent Relationships of Physical Quantities (in English & Chinese)

I'm pleased to announce that the newly revised English white paper, *White Paper on Equivalent Relationships of Physical Quantities*, co-authored with artificial intelligence (ChatGPT), has been officially published on Amazon Kindle! 

 🌍 This edition is now globally available for online reading and purchase.  This white paper introduces a new theoretical framework to complement Einstein’s Mass–Energy Equivalence Principle: 🌟 The Power–Force Equivalence Principle. It challenges the long-standing assumption that static forces do no work, proposing instead that even stationary support requires continuous energy transfer.  

📖 Highlights of the content include: 

     • Re-examining the idea that static forces consume no energy 

     • Using dimensional analysis to reveal equivalence between power and force

     • Establishing a benchmark for the minimum power needed to support weight

     • Extending Einstein’s theory into a complementary domain  

📌 Key Improvements in This Revised Edition: This is not merely a reformatting of the previous version. 

Major theoretical improvements have been made in the following areas:  

     1. The original blank front page now poses a provocative question:“How are energy and force related?”

      2. The final page includes a reflective epilogue (see image), inviting readers to ponder the implications of force and energy even in equilibrium—and to continue the intellectual journey beyond this paper.

     3. Introduction of the *Energetic Benchmark for Support*:    Through the formula P = Fintrinsic · vunit, a new energetic threshold is established for sustaining static forces, bridging the conceptual gap between static support and real-world energy consumption.  

     4. The combination of Figure 3 and Section 3.1 now reveals two regimes:    - *Underestimated Support* may result in system instability or collapse;    - *Overdesigned Support* leads to unnecessary energy waste.    This visualization offers a quantitative tool for evaluating mechanical design.  

     5. A rarely discussed passage from Newton’s *Principia* is included, addressing the concept of "inherent force". This historical insight aligns with the modern reinterpretation of power and supports the theoretical lineage of the power–force equivalence principle.  

📬 If you’ve read the earlier version and are interested in seeing what’s new, feel free to contact me. For academic purposes, I’m happy to provide a two-page excerpt summarizing the main updates: 

✉️ keying.guan@gmail.com  

📅 Release Date: July 13, 2025 🔗 Amazon Kindle: https://www.amazon.com/dp/BOFHJGMQ1T ✍ Author: Keying Guan with ChatGPT 📘 Length: 41 pages (Kindle Edition)

If you are inspired after reading this book, please leave a comment on Amazon to help more readers 

understand the concept of this book.

中文译文

《White Paper on Equivalent Relationships of Physical Quantities》正式发布公告

我与人工智能 ChatGPT 合作完成的英文白皮书《White Paper on Equivalent Relationships of Physical Quantities》现已在 Amazon Kindle 平台正式上线！现已正式登陆 Amazon Kindle，全球读者均可在线获取阅读。

这部作品提出了一个补充爱因斯坦“质量–能量等价原理”的新观点：🌟 功率–力等价原理（Power–Force Equivalence Principle）指出：即使是“静止的支持力”也不应被视为“无功”，而是与持续的能量消耗相关联。

📖 书中内容包括：

• 静力学中“无功”观念的反思

• 用维度分析揭示功率与力之间的等价结构

• 重新定义“支撑”所需的最小功率标准

• 爱因斯坦理论的自然延伸与补充

📌 本次英文白皮书的关键改进摘要

本次亚马逊正式发布的新版英文白皮书，并非对旧版内容的简单重编，而是在以下三个方面作出了重要深化：

1. 原本空白的封面现在提出了一个引人深思的问题：“能量和力之间有什么关系？”

2. 最后一页包含一个反思性的结语（见图），引导读者思考力和能量即使在平衡状态下的含义——并继续这篇论文之外的思想之旅。

3. 引入了“最低支撑功率准则”（Energetic Benchmark for Support）——通过公式 P = Fintrinsic · vunit，提出静态支持力所对应的最小能耗基准，弥合了传统“静力无功”观念与现实功耗之间的断裂。

4. 图 3 与文字 3.1 节联动，首次揭示：

• 低估支持（Underestimated Support）将导致系统不稳定甚至崩溃，

• 过度设计（Overdesigned）则带来能耗浪费。这一区分借助图像结构与理论公式共同呈现，为物理系统设计与工程应用提供量化指导。

5. 补充了牛顿在《自然哲学的数学原理》原文中关于“内蕴力（inherent force）”的鲜见论述，并与现代功率概念相对照，为“力–功率等价原理”的溯源提供历史背景。

📬 如您曾阅读旧版白皮书，并希望进一步了解上述改进所带来的启发性变化，欢迎通过邮件与我联系：📨 keying.guan@gmail.com我可为学术目的提供一份不超过两页的精选节选内容，供交流研究之用。

📅 上线时间：2025年7月13日🔗 阅读与购买链接：https://www.amazon.com/dp/BOFHJGMQ1T✍ 作者署名：Keying Guan with ChatGPT📘 页数：41 页（Kindle 版）

若您读后有所启发，欢迎在 Amazon 留言评论，帮助更多读者了解本书理念。