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    Super Brain: Strategies to Upgrade Your Brain, Unlock Your Potential, Perform at Your Peak, and Achieve Anything
    Super Brain: Strategies to Upgrade Your Brain, Unlock Your Potential, Perform at Your Peak, and Achieve Anything
    Super Brain: Strategies to Upgrade Your Brain, Unlock Your Potential, Perform at Your Peak, and Achieve Anything
    Ebook165 pages3 hours

    Super Brain: Strategies to Upgrade Your Brain, Unlock Your Potential, Perform at Your Peak, and Achieve Anything

    By Peter Hollins

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    About this ebook

    Practical methods to fully utilize your brain. Learn how it works and you can harness it to the fullest!
    This is a book about practical neuroscience. That means that while it is scientifically-based, it gets down to how you can compensate for your brain's evolutionary habits and excel in spite of them. Our brains are stuck in the year 10,000 BC, so let's find out how to make that work for us.
    A combination of applied psychology and self-help techniques.
    Super Brain is a unique look at your brain. First, we take a quick tour of the brain's most important (and also annoying) structures and aspects. Then, we take the shortcut to addressing many of the brain's shortcomings with strategies designed to work with them seamlessly. Think of Super Brain as 20% textbook (only the essentials!) and 80% field guide to navigating the world in a better, more efficient, and smarter way.
    How to stop being a slave to your brain and take charge!
    Peter Hollins has studied psychology and peak human performance for over a dozen years and is a bestselling author. He has worked with dozens of individuals to unlock their potential and path towards success. His writing draws on his academic, coaching, and research experience. Oddly enough, neuroscience was his favorite class in school, and he has found how to apply that same information to real life situations.
    Build the best habits that you never knew you needed.A brief guide to the universe inside our headsHow to deal with the brain's imperfections, one by oneIncreasing your attention span strategically and boosting willpowerHow to disengage the brain's autopilot function and become more presentThe lessons we can glean from Pavlov's dogsHow to deeply process information into your memoryThe brain's odd learning and forgetting tendencies

    LanguageEnglish
    PublisherPublishdrive
    Release dateJan 19, 2022
    ISBN9798404203547
    Super Brain: Strategies to Upgrade Your Brain, Unlock Your Potential, Perform at Your Peak, and Achieve Anything
    Author

    Peter Hollins

    Pete Hollins is a bestselling author and human psychology and behavior researcher. He is a dedicated student of the human condition. He possesses a BS and MA in psychology, and has worked with dozens of people from all walks of life. After working in private practice for years, he has turned his sights to writing and applying his years of education to help people improve their lives from the inside out. He enjoys hiking with his family, drinking craft beers, and attempting to paint. He is based in Seattle, Washington. To learn more about Hollins and his work, visit PeteHollins.com.

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      Book preview

      Super Brain - Peter Hollins

      Super Brain:

      Strategies to Upgrade Your Brain, Unlock Your Potential, Perform at Your Peak, and Achieve Anything

      By Peter Hollins,

      Author and Researcher at petehollins.com

      Macintosh HD:Users:peikuo:Desktop:zWpU2tU.jpg

      CLICK HERE for your FREE 14-PAGE MINIBOOK: Human Nature Decoded: 9 Surprising Psychology Studies That Will Change the Way You Think. > >

      --Subconscious Triggers

      -- Emotional Intelligence

      -- Influencing and Analyzing People

      Macintosh HD:Users:peikuo:Desktop:zWpU2tU.jpg

      Table of Contents

      Chapter 1. The Universe Inside Our Heads

      A basic introduction to your brain

      Neuroplasticity

      Chapter 2. The Brain Is Not Perfect, But We Can Work With It

      Connections and habits are key; you can’t use what you don’t have

      The limits of our attention

      Flaws in our thinking: cognitive biases

      Our identity improves our habits

      Chapter 3. Peak Performance and Executive Functioning

      Follow the rhythm

      Our brain likes fun and easy: why we procrastinate

      Disengaging your brain’s autopilot

      Investing time into executive skills

      Emotional regulation

      Working memory

      Chapter 4. How The Brain Learns

      Weaving a strong neural network

      Two thinking modes

      Less information is more

      Pavlov and his dogs

      Make learning more fun

      Deep processing

      Chapter 5. How The Brain Memorizes

      Forgetting

      The Forgetting Curve

      The study cycle

      Retrieval Practice

      Spaced Repetition

      Summary Guide

      Chapter 1. The Universe Inside Our Heads

      One of the most amazing things that exist today is the brain. The brain is an elaborate structure made up of billions of individual neurons that form complicated networks. Though we’ve gained a considerable understanding of how other organs in the human body work, the brain is science’s final frontier, and we are just now grasping the secrets of consciousness, intelligence, creativity and more. It’s no exaggeration to say that our brains are what make us human, and are tremendously complex and capable of achieving almost anything we want.

      We often take our brains for granted - after all, we live with them every day, with the good and the bad. However, even right this moment as your eyes scan this page, it is performing an impressive range of tasks, such as keeping your body alive and your lungs breathing to storing the entirety of your life experiences and allowing you to read this text as dozens of other programs are working in the background. Our brains allow us to learn and master languages, some of the most complex systems that not even the best supercomputers can handle with our efficiency. Human interactions that rely on verbal and non-verbal signals, and millions of bits of information that help us engage with the world around us are also being processed easily. Not too shabby.

      But we can use our brains to do so much more and often let our potential just sit there untouched. Fortunately, just like the body muscles can be strengthened to their fullest potential, the brain can be supported to do what it does best. When we learn how it works, its habits and flaws, we can consciously use all the wonderful opportunities and resources it has to shape our lives in line with what we desire.

      In the following chapters, we will talk about several evidence-based techniques that will help you take advantage of your brain’s functioning to achieve the best results in your daily life. It’s fair to say that your lived experience is fundamentally shaped by your brain – change your brain, and the whole world changes. In this book, we will be exploring specific practical techniques, and walking through them step by step, showing you how to make the best use of the miracle that is your human brain. But first, we will talk about the brain in general: what it is, how it works, and its unique characteristics.

      A basic introduction to your brain

      Structure

      In biology, structure follows function, so let’s look at the brain’s structure to grasp its function. Your brain is the control center for every part of your body and everything you do, consciously and unconsciously. It directs all processes, from the most basic to the most complicated ones. The brain is part of the central nervous system, with your spinal cord. The nerves in the spinal cord send signals to the rest of the body and bring sensory information back to the control center (Jawabri & Sharma, 2021, Physiology, Cerebral Cortex Functions).

      The brain consists of three parts: the brain stem, the cerebellum, and the cerebral cortex. The brain stem takes care of the basic functions, like breathing, while the cerebellum is involved with movement and balance. However, the brain's cortex truly distinguishes us as a species (NBA, 2020, Brain Structure and Function). This so-called higher part of the brain was the last to evolve in our evolutionary history.

      Other animals rely much more on the stem and the cerebellum than the cortex, and theirs is not nearly as elaborate as ours. One remarkable example of this is the case of Mike, a chicken that survived without its head for a good 18 months. The reason for this was that the chicken lost his head, the stem and the cerebellum, mostly, were left intact (Crew, 2014). This is a feat that no human could repeat.

      While the more ancient parts of the brain are responsible for everything required for basic survival, the cortex is in charge of the most complex and higher order cognitive functions such as thinking, language, memory, logical, judgment, morality, and more. It comprises two hemispheres joined by the corpus callosum, which oversees communication between the two. It also comprises four lobes: frontal, parietal, temporal, and occipital. The frontal lobe is mostly associated with decision-making, reasoning, morality, and similar functions (Jawabri & Sharma, 2021, Physiology, Cerebral Cortex Functions).

      There are some key structures in the brain with important and specific functions, although it’s important to remember that most parts of the brain have multiple duties and can compensate for each other if there is damage to any one zone. Because most complex cognitive functions require many skills, we can think of the brain as working holistically, with many areas activating in concert with one another. We will mention two structures that are especially important and will help us in later chapters.

      The amygdala is part of the limbic system, a brain circuit that deals with emotions, reactions, and their processing. Its main function involves reacting to dangerous situations and stimulating the fight or flight response processed in other structures, like the brain stem (Pessoa, 2010, Emotion and Cognition and the Amygdala: From what is it? to what’s to be done?).

      The amygdala also is connected to memory formation. Memories of traumatic events are processed by the amygdala and stored with vivid detail, as are events seen as dangerous. This structure is connected to experiences of fear and anxiety, but also seems tied to the processing and formations of positive and negative memories with emotional elements (Pessoa, 2010, Emotion and Cognition and the Amygdala: From what is it? to what’s to be done?).

      The memories tied to emotions seem stronger and more important for our brain than those that involve no emotion. This will be important to remember when we discuss how to improve your memory, but knowing how the brain processes emotions gives us valuable clues about mastering emotional self-regulation, improving motivation, and combatting addiction and trauma.

      The hippocampus is the structure that works to consolidate memories and move them to our long-term memory - the storage that keeps what we learn throughout our lives. It is also connected with visuo-spatial orientation or how well we can navigate the world. However, its central role is helping us make lasting memories, as people with a damaged hippocampus lose that ability and experience something known as anterograde amnesia: they cannot make new memories (Allen, 2018, Classic and recent advances in understanding amnesia). Naturally, if you’re interested in improving your brain’s ability to learn, you’ll want to understand the hippocampus so that you can work with it rather than against it.

      Neurons and neurotransmitters

      The brain is not merely a collection of separate modules, each responsible for a different function. Instead, its characteristics stem from the fact that it’s a network between these many nodes, and what matters is the degree and nature of connectivity between the neural cells. We have around 86 billion neurons. For comparison, there are around 200 billion stars in the Milky Way. Our brain is not quite a galaxy, but it comprises at least half of one. Other animals have significantly fewer neurons than we do: a regular monkey might have around a billion, for instance, although other primates have more. An elephant has around 6 billion neurons, and even the killer whale, with its massive brain, has only around 43 billion (Herculano-Houzel, 2019, Longevity and sexual maturity vary across species with number of cortical neurons, and humans are no exception).

      Each neuron is a cell, and it mainly passes on information to other neurons. A neuron has two types of tentacles protruding from its body: dendrites and an axon. The dendrites of each neuron will reach out to other cells’ axons but never quite touch them. Instead, they will make a connection by sending electric signals and releasing chemicals called neurotransmitters that get released into the microscopic space between the cells called synapses (Hawkins & Ahmad, 2016, Why Neurons Have Thousands of Synapses, a Theory of Sequence Memory in Neocortex).

      Neurons talk to each other electrochemically across the spaces between the dendrites and axons of the cells. When there is an electric signal, a neurotransmitter is released into the gap and attaches itself to the other neuron through its receptors. When two neurons fire together, they become connected. One neuron can have between one and 100,000 synapses. That is, it can be connected to as many as 100,000 other neurons. On average, a neuron has 1000 synapses (Nguyen, 2010, Total Number of Synapses in the Adult Human Neocortex). Imagine all those 86 billion neurons, each with around 1000 connections – impressive!

      The

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