Elias Chen commented on a stock · Dec 4, 2024 19:20

In Mark Douglas's book 'Trading in the Zone', do successful traders really think in terms of probabilities? Have you ever tried to find a technical analysis strategy that can reduce forecasting uncertainty?

$Tesla (TSLA.US)$

When you are in a "focused state" during a trade, it means you are close to the center.

You have found a place of emotional stability, where you are neither emotionally high nor emotionally low.

When you can find this center point, it enables you to make clear and concise decisions.

You will not be influenced by fear or greed.

On the contrary, you are able to assess the market situation calmly and rationally.

This allows you to enter and exit trades precisely and with discipline.

When you trade in this area, you find a place of power and control.

From this space, you can confidently seize market opportunities and achieve prosperity.

*******

Is Elon Musk really considered a genius? Or is he just slightly smarter than the average person?

Everyone who has talked to me and worked with him has confirmed 100% that he has a genius-level intelligence... while being a complete workaholic with a very driven personality.

So from a technical perspective - yes, he is a miracle... one could say a 'force of nature'.

Of course, there are negative effects as well - one of them being almost completely not understanding "common" people and their needs... and weirdly expecting everyone to work as hard as he does.

When estimating the time needed to complete a task, he usually makes an error of three to five times... He is aware of this clearly, but seems unable to break free from it!

High-functioning autism can explain most of this situation - but it cannot be an excuse for some of the things he says and does.

We easily see his achievements and grant him god-like status - or hear his statements and overall attitude - and declare him to be anti-Christ.

Both views of this person are correct... combined... yes, it is hard for us mere mortals to understand... but it is clearly the truth.

Similar behavioral traits are seen in genius level individuals. Albert Einstein - treated his wife and children poorly. Richard Phillips Feynman, my hero, used his mathematical and logical skills to seduce women in bars. Stephen Hawking - extremely rude to every one of his caregivers... the list goes on...

It is hard to find a genius who does not have serious character flaws except in their extremely intelligent fields.

For me:

- I have two Tesla autos from Musk - I think they are the best value cars and have thoroughly changed the automotive industry.

- I am a passionate fan of SpaceX and cheer for every launch of the interstellar spaceship.

- I have two StarLink antennas (one for my home, the other for my RV).

But...

Look at his flattery of Trump in the last election, or how he easily gets angry and fires entire departments of the company without any warning (such as the turbocharger department) - and then tries to rehire the most outstanding talent among them... and so on, and so on, and so on...

Uh! These things are hard to reconcile.

********

Richard Phillips Feynman

1918年5月11日—1988年2月15日，美国理论物理学家，以对量子力学的路径积分表述、量子电动力学、过冷液氦的超流性以及粒子物理学中部分子模型的研究闻名于世。因对量子电动力学的贡献，费曼于1965年与朱利安·施温格及朝永振一郎共同获得诺贝尔物理学奖。

费曼发展了得到广泛应用的亚原子粒子行为的图像化数学表述——费曼图。费曼在世时是世界上最有名的科学家之一。1999年，在英国学术期刊《物理世界》举办的130位世界顶尖物理学家参与的票选活动中，费曼跻身十大有史以来最伟大物理学家之列。

费曼在二战期间曾参与协助原子弹的开发，而后在1980年代因参与调查挑战者号航天飞机灾难而为公众熟知。在理论物理学研究之外，他还是量子计算领域的先驱，并提出了纳米技术的概念。他曾担任加州理工学院的理查德·托尔曼理论物理学教授。

费曼热心参与物理学普及事业，为此写过大量书籍并举办讲座。这其中包括于1959年做的有关自上而下的纳米技术的讲座《底部有的是地方》以及三卷本本科物理学讲义《费曼物理学讲义》。费曼还因他的半自传《别闹了，费曼先生！》和《你管别人怎么想》，拉尔夫·赖顿的《去图瓦还是被捕》以及詹姆斯·格雷克的传记《天才：理查德·费曼的一生与科学事业》（Genius: The Life and Science of Richard Feynman）而在公众中颇有名气。

Julian Seymour Schwinger（朱利安·西摩·施温格）

1918年2月18日—1994年7月16日），犹太裔美国理论物理学家，量子电动力学的创始人之一，与理查德·费曼、朝永振一郎共获1965年诺贝尔物理学奖。施温格从小聪慧过人，也是物理学家中出了名的硬算高手，对冗长繁难的笔算非常拿手。

施温格出生于纽约，16岁就发表了第一篇物理论文。他起先在纽约市立学院求学，后转至哥伦比亚大学学习，师从著名物理学家伊西多·拉比，并于1939年获得博士学位，毕业后在伯克利加州大学和普渡大学任教，并曾一度担任奥本海默的助手；二战期间，施温格从事了有关雷达和加速器的研究；1945年出任哈佛大学教授，但在70年代因有效场论的论点与同事不和，离开哈佛至加州大学洛杉矶分校任教直至退休。

1918年2月12日，朱利安·施温格出生于美国纽约市。他是波兰裔犹太移民之后，家里是从事制衣行业的。

Shin'ichirō Tomonaga (Japanese: 朝永振一郎) was a Japanese physicist, known for his fundamental and influential work in quantum electrodynamics. He was awarded the Nobel Prize in Physics in 1965.

Born on March 31, 1906, in Japan, he was a physicist and one of the founders of quantum electrodynamics. He shared the 1965 Nobel Prize in Physics with American physicists Richard Feynman and Julian Schwinger for this contribution.

Sin-Itiro Tomonaga was born in 1906 in Kohinata Sango-cho, Koishikawa-ku, Tokyo, Japan (now Kohinata, Bunkyo-ku). He was the eldest son and the second child of Japanese philosopher Sanjuro Tomonaga (both Sanjuro Tomonaga and Kotaro Nishida were members of the Kyoto School). After graduating from the Third High School (Third High School), Sin-Itiro Tomonaga entered the Department of Physics at Kyoto Imperial University in 1926. Hideki Yukawa, Japan's first Nobel laureate, was Tomonaga's classmate in the Third High School and Kyoto University. After graduating from the university, he continued to work as an assistant professor for 3 years. During this period, Sin-Itiro Tomonaga joined the team led by Yoshio Nishina at the RIKEN Institute.

In 1937, Sin-Itiro Tomonaga, who was in Leipzig, Germany at the time, joined Werner Heisenberg's research team to collaborate on research. Two years later, due to the outbreak of World War II, Sin-Itiro Tomonaga returned to Japan, having completed his doctoral research in nuclear physics in Leipzig.

In 1941, Sin-Itiro Tomonaga became a professor at Tokyo Bunrika University (predecessor of Tokyo Education University, now University of Tsukuba). During this time, he researched magnetrons and neutrons, and completed the super many-time theory. In 1948, Sin-Itiro Tomonaga and his students attempted to verify a paper on quantum electrodynamics by American physicist Sidney Dancoff, but ultimately failed. After his research, it was discovered that Sidney Dancoff had overlooked some aspects. Through his efforts, Sin-Itiro Tomonaga and Julian Schwinger independently completed the theory of renormalization and calculated the value of the Lamb shift. He also received the Japan Academy Prize in 1948 and became an academician of the Japan Academy in 1951.

In 1949, he was invited by American physicist Robert Oppenheimer to conduct research at the Institute for Advanced Study in Princeton. Sin-Itiro Tomonaga later returned to Japan the following year and proposed the Tomonaga-Luttinger liquid model. He received the Order of Culture in Japan in 1952. In 1965, Sin-Itiro Tomonaga, for his research on quantum electrodynamics, especially for the renormalization theory, shared the 1965 Nobel Prize in Physics with American physicists Richard Feynman and Julian Schwinger.

Sin-Itiro Tomonaga passed away in Tokyo, Japan in 1979 due to throat cancer.

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