Neuroscience Brain

Discover the profound impact your Vagus nerve has on your overall health and wellbeing from inflammation, depression, stress and wellbeing and how you can support it to improve your life beyond your wildest dreams with just a few minutes of exercise each day. This comprehensive evidence-based guide demystifies the relationship between mind, body, and the autonomic nervous system, specifically focusing on how you can harness the power of the vagus nerve to improve every aspect of your life.

Questioning, skepticism, reasoning...all these things have one thing in common: They are the traits of a true critical thinker, someone who doesn't just accept something because everyone else is screaming the same claims. You're going to learn more about some of the following things: Inductive and deductive thinking, skeptical reasoning, rationalism and what it entails, how to make better decisions with logic and numbers, and so much more!

El estudio de la anatomía y el funcionamiento del sistema nervioso y el cerebro se conoce como neurociencia. Para mapear el cerebro de manera mecánica, los neurocientíficos recurren a la biología celular y molecular, la anatomía y la fisiología, el comportamiento y la cognición humanos, y otros campos. Cada neurona, o célula cerebral, en un ser humano adulto tiene aproximadamente 100 mil millones de conexiones con otras neuronas. Todo aprendizaje se basa en la capacidad del cerebro para construir nuevos circuitos y conexiones neuronales, o neuroplasticidad.

Recent advances in affective neuroscience reveal long-held secrets of mental health and illness in the brain. However, the gap between brain science and clinical practice is wide, and many clinicians find neuroscience to be tedious, overly technical and laborious to learn. Clinical psychologist and best-selling author Jennifer Sweeton details the eight main areas of the brain affected by mental illness, how brain changes show up in the therapy room as symptoms and behaviours and the types of therapies and psychotherapeutic techniques research has shown can heal the brain.

Relentless fear, chest pain, heart palpitations, and shortness of breath, among other things, are signs you’re having an anxiety or panic attack. Both may feel similar - this is because they share a lot of emotional and physical symptoms. However, an anxiety attack is a different condition from a panic attack. Anxiety can build gradually and is usually linked to an event, situation, or experience that’s perceived as threatening or stressful. Panic attacks, however, often occur out of the blue, and aren’t always cued by stressors.

The Invincible Brain has descriptive copy which is not yet available from the Publisher.

Discover the revolutionary guide that merges cutting-edge neuroscience with practical leadership strategies in Hacking Brain Science for Leaders. Written by acclaimed executive coach and author Steve Gladis, Ph.D., this book delves into the inner workings of the brain to reveal how leaders can enhance decision-making, manage emotions, build trust, and leverage neuroplasticity for continuous growth. In this compelling read, explore the intricate8 neural mechanisms behind leadership capabilities and learn actionable techniques to transform your leadership style. Navigate complex decisions ...

Alva Noë is one of a new breed - part philosopher, part cognitive scientist, part neuroscientist - who are radically altering the study of consciousness by asking difficult questions and pointing out obvious flaws in the current science. In Out of Our Heads, he restates and reexamines the problem of consciousness, and then proposes a startling solution: Do away with the 200-year-old paradigm that places consciousness within the confines of the brain.

How can I rewire my brain from anxiety? How can I rewire my brain to be positive? Scientists once thought that the brain was locked in place after puberty. But new technology shows that our brain continues to rewire itself and never stops changing as we age. We're gradually understanding that the adult brain is capable of physical change and rewiring in response to stimuli. But if you conceive of the brain as a colossally complex series of wires and computer connections, we're still basically babies with a Fisher-Paykel chisel, banging at the circuit board.

In Sweden, refugee children fall asleep for months and years at a time. In Upstate New York, high school students develop contagious seizures. In the US embassy in Cuba, employees complain of headaches and memory loss after hearing strange noises in the night. These disparate cases are some of the most remarkable diagnostic mysteries of the 21st century, as both doctors and scientists have struggled to explain them within the boundaries of medical science and—more crucially—to treat them.

Brain diseases such as Alzheimer’s and Parkinson’s affect an estimated one in six Americans and are increasing in incidence as the population ages. In this audiobook, we examine these and other conditions involving the damage and loss of neurons, including other forms of dementia, amyotrophic lateral sclerosis (ALS), chronic traumatic encephalopathy (CTE), and multiple sclerosis (MS).

This is the story of our quest to understand the most mysterious object in the universe. Today we tend to picture the brain as a computer. Earlier scientists thought about it in their own technological terms: as a telephone switchboard, or a clock, or all manner of fantastic mechanical or hydraulic devices. Could the right metaphor unlock the brain's deepest secrets once and for all? Galloping through centuries of wild speculation and ingenious, sometimes macabre anatomical investigations, scientist and historian Matthew Cobb reveals how we came to our present state of knowledge.

¿Alguna vez has sentido que tu cerebro es tu peor enemigo? ¿Te sientes ansioso, deprimido y sin ánimos de trabajar? Entonces este libro es para ti, puedes mejorar todos los aspectos de tu vida aprovechando los beneficios de la neuroplasticidad. Se solía pensar que el cerebro de los adultos era inalterable y que no había nada que se pudiera hacer para mejorarlo, sin embargo, con los nuevos descubrimientos de las ciencias neuronales ahora sabemos que tu cerebro puede cambiar sus conexiones neuronales y producir neuronas nuevas para mantenerse saludable.

Min W. Jung offers a new understanding of the neural basis of innovation in terms of humans' exceptional capacity for imagination and high-level abstraction. He provides an engaging account of recent advances in neuroscience that have shed light on the neural underpinnings of these profoundly important abilities. Jung examines key discoveries concerning the hippocampus and neural circuits that have demystified the processes underlying imagination and abstract thinking. He also considers how these capacities might have evolved as well as possible futures for intelligence.

Dozens of books promise to improve your brain function with a gimmick. Lifestyle changes, microdosing, electromagnetic stimulation: Just one weird trick can lightly alter or dramatically deconstruct your brain. In truth, there is no one-size-fits-all shortcut to the ideal mind. Instead, the way to understand cognitive enhancement is to think like a tailor: Measure how you need your brain to change, and then find a plan that suits it.

What happens to our brain at night? Are we really fully asleep? And if so, how is it that some individuals end up doing what they do? Or can it be the case that perhaps the brain never fully goes to sleep and that in some individuals there is a disconnect between the sleeping part of their brain and the active part of their brain so that the two become confused? Does this happen to all of us in varying degrees, and can the reverse be the case, too - so that some individuals are actually asleep during the day while appearing to be awake?!

The technology invented by psychiatrist Robert G. Heath at Tulane University in 1950s and 60s has been described as one of "the most controversial yet largely undocumented experiments in US history" - controversial to us because Heath's patients included incarcerated convicts and gay men to be 'cured' of their sexual preference; controversial in its day because his work was allegedly part of MKUltra, the CIA's notorious "mind control" project. As a result, Heath's cutting-edge research and legacy were put under lock and key, buried in Tulane's archives.

Women are far more likely than men to suffer from anxiety, depression, migraines, brain injuries, strokes and Alzheimer's disease. But, until recently, scientific research has focused on 'bikini medicine,' assuming that women are essentially men with different reproductive organs. The XX Brain presents groundbreaking research showing that women's brains age distinctly from men's, due mostly to the decline of a key brain-protective hormone: estrogen.

Daniel Amen, M.D., one of the world’s foremost authorities on the brain, has news for you: Your brain is involved in everything you do—learn to care for it properly, and you will be smarter, healthier, and happier in as little as 15 days!

La dopamina ha sido el tema de muchos debates y discusiones entre neurocientíficos, médicos y analistas. Ha sido controvertido y fascinante al mismo tiempo. La dopamina parece darnos motivación para tener éxito, hacer ejercicio, buscar recompensas, sobrevivir y procrear. Nos recompensa cuando seguimos nuestros instintos y puede ser la fuente de un comportamiento adictivo. Las personas con TDAH tienen desafíos especiales con respecto a la fluctuación de la dopamina y parecen sufrir con frecuencia una deficiencia o una sobredosis.