藍天AI論文：物體壓力三大定律與回復力

 

WEX演化流程：WEX發電機→無壓力理論→【物體壓力三大定律】+【回復力】→論文→WEX海洋城市。

 

藍天AI論文：物體壓力三大定律與回復力（中英文版）

 

摘要

 

本文提出了物體在萬有引力下的三大壓力定律，並探討其對浮力現象的解釋。這三大定律包括：

1. A世界 第一定律： 當A物體密度大於B物體，則A物體會對B物體產生壓力。

2. B世界 第二定律： 密度相同的物體之間不會產生任何內部壓力。

3. C世界 第三定律： 當A物體密度小於B物體，則A物體不會對B物體產生壓力。

 

這些定律解釋了浮力及深海壓力現象，並對物理學界長期存在的問題提供了新的見解。

 

引言

 

自2000多年前阿基米德發現浮力以來，人類開始探索物體在流體中的行為。傳統上，物理學家引入了上壓力、下壓力及旁壓力來解釋浮力。然而，這些概念未能合理解釋深海高壓環境下的現象，如石頭在深海中不會爆裂及深海生物的生存問題。

 

本文提出的「物體壓力三大定律」解決了這些問題，並提出人類從A世界進化到B、C世界的新視角。

 

A世界的現象與問題

 

在A世界，物體之間存在壓力差異，這與物體的密度相關。例如，空的寶特瓶在深海中會被壓縮變小，這使得人們誤以為海洋越深壓力越大。這種錯誤觀念導致了登陸月球的人數多於探索最深海底（如馬里亞納海溝）的人數，因為深海壓力被認為是不可逾越的障礙。

 

進入B、C世界的證明

 

液體內部壓力的不存在

 

要證明B、C世界的存在，首先需要證明在液體內部不存在上壓力、下壓力及旁壓力。實驗表明，將寶特瓶插入海底沙中，寶特瓶在沙內沒有上壓力，但放開後仍會浮起，這證明下壓力並不存在。

 

浮力的來源

 

既然不存在上壓力、下壓力及旁壓力，那麼浮力的產生是由外在力量造成的。無論是施力、重力還是機械力，只要物體的密度比液體小，就會產生浮力，這種力量也稱為「回復力」。

 

B世界的存在證明

 

為證明B世界的存在，可將密度接近液體的豆腐放入馬里亞納海溝或深海中。實驗顯示，即使是最脆弱的豆腐也能保持完好，不會被壓碎或感受到任何壓力。

 

C世界的存在證明

 

同樣地，既然密度相同的物體之間沒有壓力，那麼密度大於液體的物體也不會感受到壓力。因此，深海中的石頭、金幣及垃圾等物體自然不會被壓碎。

 

氣體與固體的應用

 

如果液體存在B、C世界，那麼氣體及固體也很可能存在B、C世界。是否原子及宇宙也存在B、C世界則需要未來的探索。B、C世界的概念將打破人類對深海的恐懼，未來人類移民深海將不再是夢想。

 

結論

 

「物體壓力三大定律」提供了一個全新的框架來理解萬有引力下的物體互動，解決了以往模型無法解釋的現象。這一從A世界到B、C世界的轉變為科學研究和技術進步開啟了新途徑，預示著未來人類可以實現深海移民的目標。

 

關鍵詞

 

萬有引力、浮力、物體壓力、深海探索、阿基米德、密度、回復力。

 

藍天寫於20240624（本篇論文尚未申請刊登於國際科學期刊）

 

 

WEX evolution process: WEX generator → no pressure theory → [Three Laws of Object Pressure] + [Restoring Force] → Paper → WEX Ocean City.

 

Blue Sky AI Paper: Three Laws of Object Pressure and Restoration Force

 

Abstract

 

This paper presents three major laws of object pressure under universal gravitation and explores their implications for the phenomenon of buoyancy. These three laws are:

1. World A The first law: When the density of object A is greater than that of object B, object A will exert pressure on object B.

2. World B Second Law: There will be no internal pressure between objects of the same density.

3. C World The third law: When the density of object A is less than that of object B, object A will not exert pressure on object B.

These laws provide a new perspective on buoyancy and deep-sea pressure phenomena, addressing long-standing issues in physics.

 

Introduction

 

Over 2000 years ago, Archimedes discovered buoyancy, leading humanity into what is referred to as State A. To explain buoyancy, physicists introduced concepts such as upper pressure, lower pressure, and lateral pressure, substantiated by various experiments. However, these concepts fail to adequately explain why stones do not crack under deep-sea pressures and how life can exist in such environments.

 

The proposed "Three Major Laws of Object Pressure" aim to resolve these issues and suggest that humanity is poised to transition from State A to States B and C in the 21st century.

 

Phenomena and Issues in State A

 

In State A, pressure exists between objects of different densities. For example, objects with densities lower than that of a liquid experience pressure when submerged in the sea, such as an empty PET bottle being compressed at great depths. This misconception leads to the belief that ocean pressure increases with depth, contributing to the fact that more people have landed on the moon than have explored the deepest parts of the ocean, like the Mariana Trench.

 

Proof and Discussion for Transition to States B and C

 

Non-Existence of Internal Pressures in Liquids

 

To prove the existence of States B and C, it must first be demonstrated that upper, lower, and lateral pressures do not exist within a liquid. Experiments show that when a PET bottle is inserted into seabed sand, it does not experience upper pressure. Upon release, the bottle still floats, indicating the absence of lower pressure.

 

Source of Buoyancy

 

If upper, lower, and lateral pressures do not exist, what causes buoyancy? Buoyancy is actually caused by external forces. Regardless of the form of these external forces (applied force, gravity, mechanical force, etc.), an object with a density lower than that of the liquid will float, creating what is known as the "restoring force."

 

Proof of the Existence of State B

 

To prove the existence of State B, where objects of the same density do not experience pressure, tofu (with a density similar to that of a liquid) can be placed in the Mariana Trench or deep sea. The tofu, despite its fragility, remains intact and uncrushed, demonstrating it does not experience any pressure.

 

Proof of the Existence of State C

 

Similarly, since objects of identical densities do not experience pressure, objects denser than the liquid will also remain unaffected and uncrushed. Examples include deep-sea stones, coins, and debris.

 

Applications to Gases and Solids

 

If liquids exhibit properties of States B and C, it is likely that gases and solids do as well. Whether atoms and the universe operate within States B and C remains a frontier for future research. The concepts of States B and C could dismantle the perceived barriers of deep-sea exploration, making human habitation of the deep ocean a feasible future.

 

Conclusion

 

The "Three Major Laws of Object Pressure" provide a new framework for understanding object interaction under universal gravitation, addressing phenomena that previous models could not explain. This paradigm shift from State A to States B and C opens new avenues for scientific inquiry and technological advancement, heralding a future where deep-sea colonization becomes achievable.

 

Keywords

 

Universal gravitation, buoyancy, object pressure, deep-sea exploration, Archimedes, density, restoring force.

 

Written by Lan Tian in 20240624 (this paper has not yet been applied for publication in international scientific journals)