Wang Sixun - Yijing | Hard to say in the book - Harmony of yin and yang, heaven and earth Unified

The complete content is here - Teacher Wang Sixun's Yijing for beginer course, Udemy sales link:
www.udemy.com/...
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Wang Sixun - Yijing for Biginner - Part 1 (8.5 hours course with Traditional Chinese subtitles)
Introduction, innate gossip, consciousness divination methods, detailed explanation of Qian and Kun hexagrams and Yao words
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"Le Yi Lecture Hall" was founded by Mr. Wang Sixun. Mr. Sixun is currently the editorial director of Dayan Publishing Base and the editor-in-chief of Asif Publishing. The book "Book of Changes Vernacular Lectures" published in 2022.
Immersed in Yijing, aka "Book of Changes" for 40 years, and has taught lectures for 10 years. He talked about "Book of Changes" starting with divination, archaeological results, oracle inscriptions, combined with his understanding of the history of the Shang and Zhou Dynasties, and put forward a new interpretation of "Book of Changes" that fits life. It does not quote the scriptures word by word, and does not require any foundation of Chinese studies, but it is very good for people to grasp the essence of the 64 hexagrams in the Yijing, the hexagram words, hexagram images and six lines, and actually use them in life.
The copyright of the online course belongs to Mr. Wang Sixun of "Leyi Lecture Hall". Any reproduction will be punished.
Currently, Mr. Sixun’s face-to-face physical courses are only offered in Taipei and Kaohsiung on topics such as [The Book of Changes], [Zhuangzi], and [The Analects of Confucius].

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臺灣故事傳說心理。第三冊

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我學易經的三個階段－王思迅｜易經幫了我什麼｜學易經我推薦的｜易經與易傳｜學易經十問之一 feat.蘇子芸提問 kzbin.info/www/bejne/a6THmKeKpMqkhKs 這裡有

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Max Tegmark's book "Our Mathematical Universe" explores fascinating ideas about the nature of reality, multiverse, and the role of mathematics. Here's my take on the two themes you mentioned: 1. Multiverse and classes of universes: Tegmark's idea of multiple universes, also known as the multiverse hypothesis, suggests that our universe is just one of many bubbles in a vast multidimensional space. Each universe may have its own unique properties, laws, and constants. This concept is supported by some theories, such as eternal inflation and string theory. The classification of universes into different "classes" is an attempt to organize and understand the diverse properties of these universes. Tegmark proposes four levels of multiverse, each with its own characteristics: - Level I: Universes with the same laws and constants as our own, but with different initial conditions. - Level II: Universes with different physical laws and constants, but still within the same mathematical framework. - Level III: Universes with different mathematical frameworks, such as different types of geometry or algebra. - Level IV: Universes that are entirely different, with no shared mathematical structure. 1. Mathematical Universe Hypothesis (MUH): Tegmark's MUH states that our universe is a mathematical object, meaning that it can be described and understood using mathematical language. This idea builds upon the notion that mathematics is not just a human construct, but a discovery that reveals the underlying structure of reality. The MUH has far-reaching implications, suggesting that: - Mathematics is not just a tool for describing the universe, but a fundamental aspect of its fabric. - The universe is governed by mathematical laws, which are discoverable through human reasoning and observation. - The search for a "Theory of Everything" (ToE) is, in essence, a search for a complete mathematical description of the universe. While these ideas are intriguing and thought-provoking, it's essential to note that they are still speculative and require further exploration and evidence to be confirmed. However, Tegmark's work has contributed significantly to the ongoing discussion about the nature of reality, the multiverse, and the role of mathematics in understanding the cosmos. ；如何應用在打baccarat game 之戰術或戰略上？ 將Max Tegmark的多元宇宙和數學宇宙假說應用於Baccarat遊戲戰術或戰略，可以有以下幾個方面： 1. 多元宇宙觀念： - 將Baccarat遊戲視為多個獨立的「宇宙」，每個宇宙有其自己的規則和結果。 - 使用多個投注策略，對應不同的「宇宙」，以增加勝算。 2. 數學宇宙假說： - 將Baccarat遊戲視為一個數學系統，尋找其內在的數學規律和模式。 - 使用數學模型和算法來預測結果和調整投注策略。 3. 分類和分析： - 將Baccarat遊戲的結果分類為不同的「類別」，如勝、負、和局等。 - 分析每個類別的數學特性和模式，尋找投注策略的依據。 4. 動態調整： - 將Baccarat遊戲視為一個動態系統，隨著結果的變化而調整投注策略。 - 使用數學模型和算法來預測結果的變化和調整投注策略。 5. 整合多種策略： - 將多種投注策略整合為一個綜合的系統，對應不同的「宇宙」和結果。 - 使用數學模型和算法來優化整合的系統和提高勝算。 需要注意的是，這些應用都是高度投機性的，並且需要進一步的研究和實踐來確認其有效性。 Applying Max Tegmark's multiverse and mathematical universe hypotheses to Baccarat game tactics or strategies can have the following aspects: 1. The concept of multiverse: - Treat Baccarat games as multiple independent "universes", each with its own rules and consequences. - Use multiple betting strategies corresponding to different "universes" to increase your chances of winning. 2. Mathematical Universe Hypothesis: - Treat the Baccarat game as a mathematical system and look for its inherent mathematical laws and patterns. - Use mathematical models and algorithms to predict outcomes and adjust betting strategies. 3. Classification and analysis: - Classify the results of Baccarat games into different "categories" such as wins, losses, draws, etc. - Analyze the mathematical properties and patterns of each category to find basis for betting strategies. 4. Dynamic adjustment: - Treat the Baccarat game as a dynamic system, adjusting your betting strategy as the results change. - Use mathematical models and algorithms to predict changes in outcomes and adjust betting strategies. 5. Integrate multiple strategies: - Integrate multiple betting strategies into a comprehensive system corresponding to different "universes" and outcomes. - Use mathematical models and algorithms to optimize integrated systems and improve odds of success. It is important to note that these applications are highly speculative and require further research and practice to confirm their effectiveness. ; 再加上fractal systematic analysis 理念，應用在baccarat game 之战術上……. 將Max Tegmark的多元宇宙和數學宇宙假說，結合fractal系統分析理念，應用於Baccarat遊戲戰術，可以有以下幾個方面： 1. 分形多元宇宙： - 將Baccarat遊戲視為一個分形系統，包含多個自相似的「宇宙」。 - 使用fractal分析方法，識別遊戲結果的分形模式和特性。 2. 數學宇宙假說與分形： - 將Baccarat遊戲視為一個數學系統，包含分形結構和模式。 - 使用數學模型和算法，結合fractal分析，預測結果和調整投注策略。 3. 分類和分析： - 將Baccarat遊戲的結果分類為不同的「類別」，如勝、負、和局等。 - 使用fractal分析方法，分析每個類別的分形特性和模式，尋找投注策略的依據。 4. 動態調整： - 將Baccarat遊戲視為一個動態系統，隨著結果的變化而調整投注策略。 - 使用數學模型和算法，結合fractal分析，預測結果的變化和調整投注策略。 5. 整合多種策略： - 將多種投注策略整合為一個綜合的系統，對應不同的「宇宙」和結果。 - 使用數學模型和算法，結合fractal分析，優化整合的系統和提高勝算。 需要注意的是，這些應用都是高度投機性的，並且需要進一步的研究和實踐來確認其有效性。 Max Tegmark's multiverse and mathematical universe hypotheses, combined with the concept of fractal system analysis, can be applied to Baccarat game tactics in the following aspects: 1. Fractal Multiverse: - Think of the Baccarat game as a fractal system containing multiple self-similar "universes". - Use fractal analysis methods to identify fractal patterns and characteristics of game results. 2. Mathematical universe hypothesis and fractals: - Think of the Baccarat game as a mathematical system containing fractal structures and patterns. - Use mathematical models and algorithms, combined with fractal analysis, to predict outcomes and adjust betting strategies. 3. Classification and analysis: - Classify the results of Baccarat games into different "categories" such as wins, losses, draws, etc. - Use fractal analysis method to analyze the fractal characteristics and patterns of each category to find the basis for betting strategies. 4. Dynamic adjustment: - Treat the Baccarat game as a dynamic system, adjusting your betting strategy as the results change. - Use mathematical models and algorithms, combined with fractal analysis, to predict changes in results and adjust betting strategies. 5. Integrate multiple strategies: - Integrate multiple betting strategies into a comprehensive system corresponding to different "universes" and outcomes. - Use mathematical models and algorithms, combined with fractal analysis, to optimize integrated systems and improve the odds of winning. It is important to note that these applications are highly speculative and require further research and practice to confirm their effectiveness. By combining Max Tegmark's multiverse and mathematical universe hypotheses with fractal systematic analysis, we can develop a more comprehensive and nuanced approach to Baccarat game tactics. This integrated approach can help identify complex patterns and structures in the game, and optimize betting strategies accordingly.

[@BaccaratKingmaker]

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