At first Schrodinger said life fed on negentropy, then he said life fed on free energy, what does this mean ? (ChatGPT 2023-8-21)

Erwin Schrödinger, an Austrian physicist and one of the pioneers of quantum mechanics, made significant contributions to various areas of science, including his exploration of the relationship between physics and biology. The concepts you mentioned, "negentropy" and "free energy," are central to his ideas about how living systems sustain themselves.

1. Negentropy (Negative Entropy): Schrödinger introduced the concept of "negentropy" in his famous 1944 book "What is Life?" Entropy is a measure of the amount of disorder or randomness in a system. Schrödinger proposed that living organisms are able to maintain their highly organized structures and processes (low entropy) by actively taking in energy from their environment and using it to counteract the natural tendency toward increased disorder.

In essence, Schrödinger argued that life manages to maintain and increase its complexity and orderliness by importing more order (negentropy) from its surroundings than it loses in the process of its internal operations. This idea contributed to the understanding of how living systems can defy the second law of thermodynamics, which states that the total entropy of an isolated system tends to increase over time.

2. Free Energy: Later, Schrödinger's thinking evolved, and he shifted the focus from the concept of negentropy to that of "free energy." Free energy, in this context, refers to the energy available to perform work in a system. In living organisms, free energy is derived from the chemical reactions that take place within cells. These reactions are part of metabolic processes, such as respiration and photosynthesis, which allow organisms to extract energy from their environment and utilize it to sustain their life processes.

By emphasizing the importance of free energy, Schrödinger was highlighting the role of energy transformations within living systems. Organisms must acquire and process energy to maintain their structure, growth, and reproduction. The utilization of free energy helps organisms maintain their ordered state and counteract the tendency toward increasing entropy.

In summary, Schrödinger's ideas about life feeding on negentropy and free energy emphasize the fundamental principles that allow living systems to counteract the natural trend toward disorder and maintain their complex structures and processes. These concepts are part of the broader exploration of the relationship between physics and biology, and they have had a lasting impact on the field of theoretical biology.

What does supply of negentropy mean ? (ChatGPT 2023-8-21)

The term "negentropy" is often used interchangeably with "negative entropy" or "informational entropy" in the context of information theory and thermodynamics. It refers to the measure of order, organization, or information within a system. Entropy is a concept borrowed from thermodynamics, originally used to describe the amount of disorder or randomness in a physical system. In information theory, it is used to quantify the uncertainty or surprise associated with a random variable.

When talking about the "supply of negentropy," it generally means the addition of order, organization, or information into a system. In other words, it refers to processes or actions that increase the level of order or complexity within a system. This can be seen as the opposite of the natural tendency for systems to move towards increased disorder or randomness (higher entropy) over time, as described by the second law of thermodynamics.

In a broader context, discussions about the supply of negentropy often pertain to biological systems, evolution, and self-organizing processes. For instance, life on Earth is believed to have arisen and evolved as a way to counteract the natural increase in entropy by extracting energy from the environment and using it to create and maintain complex, organized structures.

In summary, the supply of negentropy refers to processes that bring order, organization, and information into a system, counteracting the natural tendency towards disorder and randomness.

Are there other such successful stories of putting quantum physics and poststructuralism philosophy together, besides agential realism ? (ChatGPT 2023-8-21)

While agential realism is a notable example of integrating quantum physics and poststructuralist philosophy, there are other instances where these two domains have been brought together in fruitful ways to explore various aspects of reality, consciousness, and knowledge. Here are a few more examples:

1. Quantum Field Theory and Deconstruction: Some scholars have explored connections between quantum field theory (a framework in theoretical physics) and deconstruction (a philosophical approach associated with Jacques Derrida). Both quantum field theory and deconstruction challenge the traditional notions of stability, fixed boundaries, and discrete entities. Some thinkers have drawn parallels between the uncertainty and indeterminacy in quantum physics and the fluidity and instability in deconstruction.

2. Quantum Mind Theories and Poststructuralism: There has been exploration of connections between theories of consciousness and poststructuralist philosophy. Some theories in the realm of quantum mind theories propose that quantum processes are involved in consciousness. These ideas have been compared to poststructuralist critiques of identity and subjectivity, as well as the concept of "différance" in Derrida's work.

3. Quantum Ethics and Posthumanism: Quantum ethics, a field that examines ethical implications of quantum physics, has been explored in relation to posthumanist philosophy. Both areas challenge traditional human-centered ethical frameworks and emphasize interconnectedness, uncertainty, and the complexity of reality. This combination can lead to discussions about ethics that go beyond anthropocentrism.

4. Quantum Aesthetics and Postmodernism: Some scholars have examined how quantum physics and postmodernist aesthetics intersect. Quantum physics' emphasis on multiple possibilities and the role of the observer can be related to postmodernist ideas about multiple perspectives, the collapse of grand narratives, and the subjectivity of interpretation.

5. Philosophy of Time and Temporality: The philosophical implications of quantum physics, such as non-locality and time's role in quantum processes, have been connected to poststructuralist considerations of time and temporality. Discussions about the nature of time and its relationship to reality and perception can intersect with poststructuralist critiques of linear time and fixed identities.

6. It's important to note that these intersections can lead to complex and diverse interpretations, and not all scholars agree on the extent to which quantum physics and poststructuralist philosophy can or should be combined. These connections often involve creative and speculative thinking and may be subject to ongoing debate within both the scientific and philosophical communities.

Is it right to say that Agential Realism is one of the successful story of putting quantum physics and postsructuralism philosophy together ? (ChatGPT 2023-8-21)

Yes, it is accurate to describe Karen Barad's agential realism as a successful example of integrating concepts from quantum physics and poststructuralist philosophy. Agential realism is known for effectively bringing together ideas from both of these domains to create a new framework for understanding the relationship between the material world, human perception, and the production of knowledge.

Here's why agential realism is considered a successful synthesis of quantum physics and poststructuralist philosophy:

1. Incorporation of Quantum Physics: Agential realism draws on insights from quantum physics, particularly the notions of entanglement and indeterminacy, to challenge classical assumptions about the separation of subject and object and to propose a more interconnected view of reality. This incorporation of quantum physics allows Barad to build a bridge between the material world and philosophical considerations.

2. Poststructuralist Philosophy: Agential realism engages with poststructuralist ideas by questioning the stability of categories, identities, and fixed boundaries. The focus on intra-actions and entanglements aligns with poststructuralist critiques of binary oppositions and hierarchical dualisms. This integration challenges anthropocentrism and emphasizes the agency of nonhuman entities.

3. Reconceptualization of Knowledge: The framework of agential realism redefines how knowledge is produced and understood. It shifts the emphasis from a purely human-centered perspective to one that acknowledges the active role of material entities in the creation of phenomena and meaning. This aligns with poststructuralist critiques of traditional epistemologies.

4. Interdisciplinary Perspective: Agential realism exemplifies the power of interdisciplinary thinking. By combining insights from quantum physics and poststructuralist philosophy, Barad creates a unique framework that offers new ways of thinking about the relationships between matter, meaning, and agency.

5. Impact on Academic Discourse: Agential realism has had a significant impact on various academic fields, including science studies, philosophy, gender studies, and cultural studies. It has inspired discussions on the nature of reality, the role of observation, and the construction of knowledge in a range of contexts.

6. While agential realism has been influential, it's also worth noting that its ideas have been subject to ongoing debate and discussion within academia. Some scholars have engaged critically with its concepts, highlighting complexities and potential limitations. Nonetheless, agential realism remains an important and innovative example of successfully combining quantum physics and poststructuralist philosophy to generate novel insights into the nature of reality and knowledge.

Please explain to me what Karen Barad mean by Agential Realism ? (ChatGPT 2023-8-21)

Karen Barad's concept of "agential realism" is a framework that she developed in her book "Meeting the Universe Halfway: Quantum Physics and the Entanglement of Matter and Meaning." Agential realism is an approach that aims to bridge the gap between scientific understandings of the material world and philosophical considerations of how knowledge is produced.

At its core, agential realism challenges the separation between the human observer and the objects being observed. Barad argues that traditional conceptions of knowledge often assume a clear distinction between the subject (observer) and the object (observed), which can lead to a fragmented understanding of reality. Instead, agential realism proposes that the world and our knowledge of it are co-constituted through interactions and entanglements.

Key elements of agential realism include:

1. Intra-action: Barad uses the term "intra-action" (as opposed to "interaction") to emphasize that entities, including humans and nonhumans, come into existence through their mutual entanglements and interactions. Intra-action blurs the distinction between entities as separate and independent and highlights their interconnectedness.

2. Entanglement: Building on insights from quantum physics, Barad emphasizes the entanglement of matter and meaning. This means that the material world and the ways we understand it are deeply intertwined. The boundaries between material reality and our conceptual understanding of it are not as distinct as traditional epistemologies might suggest.

3. 1. Agencies and Phenomena: "Agencies" in agential realism refer to the capacity of entities to act and make a difference in the world. Phenomena are the outcomes of these agential interactions. In other words, entities have agency in shaping the world, and our understanding of phenomena is a result of these agential intra-actions.

   2. Posthumanist Perspective: Agential realism aligns with posthumanist thought by questioning the centrality of the human observer and emphasizing the agency of nonhuman entities, such as technology, animals, and even subatomic particles.

   In summary, Karen Barad's concept of agential realism proposes a more nuanced and interconnected understanding of reality, one that challenges the traditional separation between subject and object, observer and observed. By drawing on insights from quantum physics and philosophical considerations, Barad's framework encourages us to see the world as a complex web of intra-acting agencies that shape both material reality and our understanding of it.

Was Gilles Deleuze's philosophy of pure immanence influeced by quantum physics ? (ChatGPT 2023-8-21)

Gilles Deleuze's philosophy of pure immanence, as outlined in his works such as "Difference and Repetition" and "A Thousand Plateaus" (co-authored with Félix Guattari), is not directly influenced by quantum physics in the same way that some later discussions of quantum biology or consciousness have been. Deleuze's philosophical ideas draw from a variety of sources, including metaphysics, existentialism, linguistics, and psychoanalysis.

Deleuze's concept of pure immanence emphasizes a rejection of transcendence and hierarchical dualisms in favor of a philosophy that focuses on the immanent relationships and processes within reality. He explores concepts such as difference, becoming, and multiplicity, seeking to create a non-hierarchical framework for understanding existence.

While Deleuze's philosophy doesn't directly engage with quantum physics, there are some conceptual parallels that can be drawn between certain aspects of his thought and certain ideas in quantum physics. For example:

1. Non-dualism: Quantum physics challenges classical notions of determinism and introduces non-deterministic, probabilistic behavior at the quantum level. This departure from classical determinism resonates with Deleuze's rejection of binary oppositions and hierarchical dualisms in favor of a more fluid and interconnected understanding of reality.

2. Indeterminacy: Deleuze's emphasis on difference and becoming resonates with the indeterminacy and uncertainty inherent in quantum phenomena. Just as quantum particles can exist in superposition states, Deleuze's philosophy seeks to understand existence as a multiplicity of potentialities rather than fixed identities.

3. Multiplicity and Complexity: Deleuze's exploration of multiplicities and complex systems aligns with the understanding of emergent properties and interconnectedness that can be seen in some interpretations of quantum phenomena.

It's worth noting that while these conceptual parallels exist, Deleuze's philosophy is not a direct response to or engagement with quantum physics. Instead, his work is more deeply rooted in the traditions of continental philosophy and the thinkers he engaged with, such as Henri Bergson and Friedrich Nietzsche. Deleuze's philosophy is complex and multifaceted, and its relationship to other disciplines like physics involves nuanced interpretations and connections.

After Schrodinger (1944), are there other quantum physicists talking about life origin and evolutiion ? (ChatGPT 2023-8-21)

Yes, after Erwin Schrödinger's work in 1944, several other quantum physicists and scientists have explored the connection between quantum mechanics and aspects of life's origin and evolution. While these ideas have generated interesting discussions, it's important to note that the field of quantum biology, which explores the potential role of quantum phenomena in biological processes, is still a relatively new and evolving area of research. Here are a few notable figures and concepts in this field:

1. Max Delbrück and Niels Bohr: Max Delbrück, a physicist and biologist, discussed the possibility of quantum effects playing a role in genetic mutations and biological evolution. He collaborated with Niels Bohr, one of the founders of quantum mechanics, on these ideas.

2. Johnjoe McFadden: Johnjoe McFadden is a molecular geneticist who has proposed that quantum effects might be involved in processes such as enzyme catalysis, DNA mutations, and photosynthesis. He has written extensively on the subject and suggested that quantum coherence could play a role in maintaining the efficiency of biological systems.

3. Stuart Hameroff and Roger Penrose: Although not quantum physicists in the traditional sense, these researchers have proposed a controversial theory known as "orchestrated objective reduction" (Orch-OR). This theory suggests that quantum processes in microtubules within neurons could be responsible for consciousness and might have relevance in understanding the nature of life and mind.

4. Photosynthesis and Quantum Coherence: Some researchers have explored the idea that quantum coherence could enhance the efficiency of energy transfer in biological systems, particularly in the context of photosynthesis. Certain studies suggest that quantum effects might aid in the rapid and efficient transfer of energy in light-harvesting complexes.

5. Quantum Effects in Enzymes: There is ongoing research into whether quantum tunneling and other quantum effects might play a role in enzymatic reactions, where reactions occur at rates that classical theories cannot fully explain.

It's important to emphasize that while these ideas are intriguing, the extent to which quantum effects play a significant role in the macroscopic and complex processes of life remains a subject of debate and investigation. Many biological processes can be adequately described by classical physics and chemistry, and the presence and relevance of quantum effects in these processes are still actively being explored and understood.

What did Erwin Schrodinger mean by life feeds on negative entropy ? (ChatGPT 2023-8-21)

Erwin Schrödinger's phrase "life feeds on negative entropy" comes from his famous 1944 book "What Is Life?" In this book, Schrödinger explored the relationship between physics, thermodynamics, and biology, attempting to provide a physical understanding of the principles underlying biological systems.

Entropy is a concept from thermodynamics that represents the measure of disorder or randomness in a system. Negative entropy, which Schrödinger referred to as "negentropy," implies a decrease in disorder or an increase in order within a system. In other words, it's the tendency of a system to become more organized.

Schrödinger argued that living organisms maintain their internal structure and order (which is contrary to the natural tendency of the universe to move towards higher entropy) by extracting energy from their environment and using it to perform work that increases the order within the organism. This concept of negentropy being a crucial aspect of life's processes is what he meant by "life feeds on negative entropy."

He proposed that living organisms are able to achieve this by creating a separation between their internal processes (which have a high degree of order) and their external environment (which tends towards disorder). This separation allows organisms to maintain their internal organization and resist the tendency of entropy increase.

It's important to note that while Schrödinger's ideas were groundbreaking and contributed to the understanding of the relationship between physics and biology, they are also somewhat simplified and metaphorical. The concept of "life feeding on negative entropy" captures the idea that living systems maintain their structure and order by harnessing energy from their surroundings, but the actual biological processes are much more complex and involve a range of biochemical and physiological mechanisms.

負熵 (negentropy)

https://m.xuite.net/blog/kc6191/study/506241961

熵 (entropy)

https://www.myapollo.com.tw/blog/shannon-entropy-explanation/

宇宙奔著，混沌而去，整體而言，越來越熵，局部生命，則戀眷詐現，捨不得放手，

羅剎村的故事

https://youtu.be/xQWqecNFwrs

老黑說李小鵬說習近平中風癱瘓

https://youtu.be/-TxdoXP0APQ

秩序 vs 混亂 (SP 2023) (自體的心理學)

9：17 AM，老薛 (1944) 之後，還有那些重要的作者，想過這件事；老薛說，夠大的能量，就能引起突變，那麼創傷算不算，夠大的能量；意思是說，至少創傷，會改變神經迴路，另還有 epigenetics 的因素須考慮，總之，創傷後，是另一個人，另一個腦；老薛用量子力學，量子躍遷，來說明突變，用熱力學，尤其負熵，來說明生命如何形成，如何延續；你要理解，他的上述思考，發生在一九四四年，啟發了十年後發現 DNA 的 double helix，我們今日所知，既然多於他當日所及，那麼我們能有什麼高見，比他更高；

意識形態，就是大他者，是一個龐大的，充滿符號象徵的，包山包海的系統，意思是說，意識形態，取代了十九世紀中葉以前的宗教神學信仰，意思是說，十九世紀中葉以後，人製造了意識型態，來取代已經退隱的神，這件事說明，人以為他的存在，需要大他者，才能有意義的存在，所以製造了這麼棒的意義，意思是說，大他者分明就是妄想系統，意思是說，有妄想可歸依者，有福了，

生命是一個執著的詐 (乍) 現，以負熵維生，意思是說，一，製造別的生命的混亂，藉別人的混亂，養己身，二，未必直接去製造別的生命的混亂，但仍是藉別人的混亂，養己身；你要理解，這個世界，混亂代表倒楣，不混亂代表秩序，誰有秩序，誰就幸福，換句話說，秩序者，依靠無秩序者，提供他們能量，由他者的混亂，借鑒和凸顯出自己的秩序，直到自己的熵增加，以至被另一個比自己高級的生命吞噬，來養活那個更高級的生命，

上述，我不喜歡，只是重述，

依上述，秩序優於混亂，

我不相信，這個說法，我認為，秩序和混亂之間，有一巧妙平衡，誰能維持住這個平衡，誰就是有趣的生命型態，我先前說過，這個平衡，像是調酒，秩序 vs 混亂，客觀 vs 主觀，一人心理學 vs 二人心理學，等等，

甚且，「混沌的邊緣」 (at the edge of chaos)，是創造發生所在，這會是，最有趣的一杯調酒，重要的是，來到那個位置，不是強求來的，也不是戀棧在那個位置，極可能你是事後才知道，你曾經來到那裡的，

中國人民都很高興中共解體

https://youtu.be/6IC1sX5_Dqc

你要，仔細聽，仔細想，共匪把這個三十好幾的中國人洗腦，洗成了什麼名堂，

老辣，沒有反共的意思，有點像獻策皇上，雖然他說，雄安是個錯誤，也說應該開放言論，但又說六零那代應退位，（有趣的是，他沒有提到七零那代），讓八零九零上位，這分明是說，該輪到他自己上位撈了，

你要尊重那個平衡 (SP 2023) (自體的心理學)

生命，日久，有一種，平衡，

比如說，人，和天地之間，

比如說，人，和人之間，

比如說，人，和神之間，

平衡，就是，收支平衡，

就是，on budget，度日，

平衡，是你，「直接面對」，天地人神，

平衡，沒有，那麼，複雜，

平衡，不是，能指鏈，

意思是說，能指鏈之所以為鏈，恰恰就是，讓你無法直接面對，天地人神，

中國經濟，出大問題，

就是因為，依靠天量舉債，大躍進，超英趕美，集中力量辦大壞事，趙家人數百家族，藉官家權貴資本主義 (crony capitalism)，攫奪其中絕大利益，十三億人民，則是奴隸，做牛做馬，韭菜人礦，然後被地方政府，土地財政，房地產池子理論，徹底收割，所謂企業，則毫無例外，皆為龐氏騙局，野蠻成長，

意思是說，中國夢建立在一個巨大的金玉其外敗絮其中的謊言鏈，

終於，資不抵債，無力償債 (insolvency)，

謊言鏈，就是，能指鏈 (signification chain)，

鏈，就是鐵鏈，就是控制囚犯剝奪他的自由的鐵鍊，就是鐵鏈女身上的鐵鏈，

既然謊言鏈，就是能指鏈，所以，你可以理解，結構主義，講的就是，生命怎麼甘於在能指鏈裡失去自由的故事，

作為「意底牢結」(ideology)，共產主義，就是謊言鏈，就是能指鏈，就是結構主義，的例子之一，

精神分析，基本教義，則是其他例子，

後結構主義，講的就是，生命怎麼掙脫能指鏈找回自由的故事，

回到開始，

生命，日久，有一種，平衡，

失去，那個，平衡，

你就，失去，家園，

你就，失去，生命，

人不如鳥 (SP 2023) (自體的心理學)

1：25 AM，看到 Max Richter，Prelude 2，十分難過，十分難受，

意思是說，「連鳥都有悲啼之時」(2：55 PM，我突然知道，牠們是夫妻)，意思是說，悲啼就是，那個有名的「人性」，與烏蠅性，蜜蜂性，蝴蝶性，鳥性，牛性，狗性，貓性，魚性，恐龍性，猴性，大象性，相通的「人性」，意思是說，人本有此性，的這件事情，我們稱之為自然，意思是說，「回到自然」，就是「回到自然的悲啼的人性」，但是，「鳥不會失去鳥性，人卻可以失去人性」(3：18 PM，我突然知道，鳥可以失去鳥性，比如說，王友琴講的牛雞之間，意思是說，雞就是失去鳥性的鳥) (為什麼雞如此不堪，因為人造作飼養，徹底 (食) 物化，意思是說，雞何其無辜，「被人失去鳥性」) (所以，鳥為什麼失去鳥性，人為什麼失去人性，是因為異化 (alienation)，物化 (reification)，廢墟化 (ruination) 嗎)，比如說，黨性大於人性的時候，比如說，惡意大於善意的時候，比如說，謊言大於誠實的時候，意思是說，人可以不再是人，意思是說，那個時候，「人不如鳥」，

大陸近10億人月收入低於二千元 (李孔岳 2022-6-30)

https://www.rfa.org/cantonese/news/income-06302022080715.html

https://youtu.be/bG6O74kx8rM

See also

https://www.sohu.com/a/640017062_121642913

我本不知 牙刷是秦始皇發明的 我一直以為牙刷是查理士布朗遜發明的

China’s Economic—and Social—Contract Is Fraying

https://www.wsj.com/articles/chinas-economicand-socialcontract-is-fraying-70f03f44

This is heard on the street by Nathaniel Taplin. 

China’s 40-Year Boom Is Over. What Comes Next?

https://www.wsj.com/world/china/china-economy-debt-slowdown-recession-622a3be4

中共重祭统战法宝 内外交困中找救命稻草?

https://www.voachinese.com/a/china-united-front-efforts-continues-20230819/7232187.html

https://wenhui.whb.cn/zhuzhanapp/liping/20230806/533487.html

http://politics.people.com.cn/BIG5/n1/2022/0731/c1001-32490347.html

Michio Kaku (加來道雄) (b 1947)

https://zh.wikipedia.org/zh-tw/%E5%8A%A0%E4%BE%86%E9%81%93%E9%9B%84

https://en.wikipedia.org/wiki/Michio_Kaku#Works

Beijing-backed firms ‘sent £165m of drone parts and weapons to Russia in two months that is being used to maim and kill Ukranian civilians and soldiers’ (2023-7-22)

https://www.dailymail.co.uk/news/article-12327387/Beijing-backed-firms-sent-165m-drone-parts-weapons-Russia-two-months-used-maim-kill-Ukranian-civilians-soldiers.html

生命以負熵為生 ?

https://read01.com/7Rj0B87.html

https://en.wikipedia.org/wiki/Negentropy

https://en.wikipedia.org/wiki/Entropy_and_life

In his book, Schrödinger originally stated that life feeds on negative entropy, or negentropy as it is sometimes called, but in a later edition corrected himself in response to complaints and stated that the true source is free energy.

Negentropy 和 free energy，都是物理學用詞，待細究老薛，前後兩說，有何差別，

賴負熵以維生，的意思是說，藉助系統之外的能量，來達到維穩的目的，以致維持系統內秩序井然，這分明是指像中共一樣的封閉系統的玩法，

開放系統，賴何維生，應是老薛後來講的 free energy，(2023/8/21)

如果生命，以負熵為食，賴負熵為生，則這個生命形態，乾脆滅絕，不足為惜，因為它忘了，它只是因緣聚匯，且以外於它的存在為代價，意思是說，自私自利，是一個卑鄙的存在，

8/22/23，封閉系統，方以負熵為生，負熵等於維穩，這就是共匪治下中國，其統治成本極高，維穩費用甚至超過軍費，意思是說，控制內部，比侵略外國，花銷更多，這就是內外徹底的地獄，

但是，你要理解，生命理應不是封閉系統，用「三細胞圖」來理解，也不應是沒有邊防，內外完全通透的系統，而是小分子可以方便通透，大分子則須分解後，才可通透的細胞，意思是說，生命理應是通透性呈現光譜性的那種系統，這種系統的熵和負熵之間，有一種平衡，不是完全放任混沌，也不是完全高壓秩序，這就是我說的，「回到自然就好」，

Erwin Schrödinger (1887-1961)

https://en.wikipedia.org/wiki/Erwin_Schr%C3%B6dinger#Published_works

https://youtu.be/xnKVvnxf5N0

What Is Life? (1944)

In order not to lose our way, it may be useful to outline the plan very briefly in advance.

The large and important and very much discussed question is:

How can the events in space and time which take place within the spatial boundary of a living organism be accounted for by physics and chemistry? 

The preliminary answer which this little book will endeavour to expound and establish can be summarized as follows:

The obvious inability of present-day physics and chemistry to account for such events is no reason at all for doubting that they can be accounted for by those sciences. （ibid, p. 6)

習近平指示河北省委書記倪岳峰洩洪前先切斷河北對外通訊

https://youtu.be/coS3XrMach0

倪岳峰說，皇上英明，皇上高見，切了再放，切到死光，確定死光，才能不切，皇上英明，皇上萬歲，萬歲，萬萬歲，

How To Stop Generative AI From Destroying The Internet

https://www.forbes.com/sites/bernardmarr/2023/08/14/is-generative-ai-destroying-the-internet/?sh=98e3b00597f6

台灣匪諜快報

共匪軍演結果，空軍墜機三百萬架，投奔自由三百萬架，海軍沉船三百萬艘，投奔自由三百萬艘，

8/20/23 (星期日) 乾淨 (SP 2023) (自體的心理學)

十日後入秋，這種曬太陽的日子，已經不多，你要理解，八月無事，九月亦然，無事之際，正宜拉岡，昨移桌機，面窗西曬，光線猛烈，習之誤區，一是怕重演蘇共崩塌，二是相信東已昇西已降，結果學毛，搬出秦始皇加上史達林自居，重演晚清大戲，意思是說，他以為的百年變局，是晚清的百年變局，不是當今世界的變局，這種愚蠢的時空錯置，對他個人而言，顯然有喜劇效果，但對中國人民而言，則只有悲劇結果，如果中國人民，起義屠包滅共，則我們就有，期待已久的，動作大片可看，

他們喜歡講，戰略 (strategy)，戰術 (tactic)，戰技 (technique)，

自體的心理學，所為何來，就是讓那個人，飽餐一頓，休息一晚後，明天繼續上路，去他要去，他該去，他想去，他不能不去，的地方，意思是說，自體的心理學，送往迎來，發生的地方，就是「邊城客棧」，

所以，戰略戰術戰技，就是一個乾淨明亮的地方，乾淨的水，乾淨的食物，乾淨的床，乾淨的洗手間，乾淨的衣服，「乾淨的鹽」，「乾淨的心」，乾淨的棺材，乾淨的禱告，乾淨的告別式，送一個乾淨的人上路，不管他去哪裡，

意思是說，所謂戰略戰術戰技，從頭到尾，只有「乾淨」二字，

解放軍進城

江森哲說，習近平犯了三個「戰略性錯誤」，這是抬舉包子，包子的本質，是一個愁苦的小屁孩，他只犯了一個錯誤，就是炮打得太多，以致滿腦都是壞水，「壞水淹沒神經迴路」，https://youtu.be/YalVD4c1OlA