a. View painful problems as potential improvements that are screaming at you. Though it won’t feel that way at first, each and every problem you encounter is an opportunity; for that reason, it is essential that you bring them to the surface. Most people don’t like to do this, especially if it exposes their own weaknesses or the weaknesses of someone they care about, but successful people know they have to. b. Don’t avoid confronting problems because they are rooted in harsh realities that are unpleasant to look at. Thinking about problems that are difficult to solve may make you anxious, but not thinking about them (and hence not dealing with them) should make you more anxious still. When a problem stems from your own lack of talent or skill, most people feel shame. Get over it. I cannot emphasize this enough: Acknowledging your weaknesses is not the same as surrendering to them. It’s the first step toward overcoming them. The pains you are feeling are “growing pains” that will test your character and reward you as you push through them.
American billionaire hedge fund manager
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Embrace Reality and Deal with It 1.1 Be a hyperrealist. a. Dreams + Reality + Determination = A Successful Life. 1.2 Truth — or, more precisely, an accurate understanding of reality — is the essential foundation for any good outcome. 1.3 Be radically open-minded and radically transparent. a. Radical open-mindedness and radical transparency are invaluable for rapid learning and effective change. b. Don’t let fears of what others think of you stand in your way. c. Embracing radical truth and radical transparency will bring more meaningful work and more meaningful relationships. 1.4 Look to nature to learn how reality works. a. Don’t get hung up on your views of how things “should” be because you will miss out on learning how they really are. b. To be “good,” something must operate consistently with the laws of reality and contribute to the evolution of the whole; that is what is most rewarded. c. Evolution is the single greatest force in the universe; it is the only thing that is permanent and it drives everything. d. Evolve or die. 1.5 Evolving is life’s greatest accomplishment and its greatest reward. a. The individual’s incentives must be aligned with the group’s goals. b. Reality is optimizing for the whole — not for you. c. Adaptation through rapid trial and error is invaluable. d. Realize that you are simultaneously everything and nothing — and decide what you want to be. e. What you will be will depend on the perspective you have. 1.6 Understand nature’s practical lessons. a. Maximize your evolution. b. Remember “no pain, no gain.” c. It is a fundamental law of nature that in order to gain strength one has to push one’s limits, which is painful. 1.7 Pain + Reflection = Progress. a. Go to the pain rather than avoid it. b. Embrace tough love. 1.8 Weigh second- and third-order consequences. 1.9 Own your outcomes. 1.10 Look at the machine from the higher level. a. Think of yourself as a machine operating within a machine and know that you have the ability to alter
Learning how to make decisions in the best possible way and learning to have the courage to make them comes from a) going after what you want, b) failing and reflecting well through radical open-mindedness, and c) changing/evolving to become ever more capable and less fearful. In the final chapter of this section, Learn How to Make Decisions Effectively, I shared some more granular principles for how to do all of the above and weigh your options in specific situations to determine the right path to follow.
As David Eagleman describes it in his wonderful book Incognito: Your brain is built of cells called neurons and glia — hundreds of billions of them. Each one of them is as complex as a city. . . . The cells [neurons] are connected in a network of such staggering complexity that it bankrupts human language and necessitates new strains of mathematics. A typical neuron makes about ten thousand connections to neighboring neurons. Given billions of neurons, this means that there are as many connections in a single cubic centimeter of brain tissue as there are stars in the Milky Way galaxy.