Brain Overdrive Quotes

You sneaked into my cabin?” Annabeth rolled her eyes. “Percy, you’ll be seventeen in two months. You can’t seriously be worried about getting in trouble with Coach Hedge.” “Uh, have you seen his baseball bat?” “Besides, Seaweed Brain, I just thought we could take a walk. We haven’t had any time to be together alone. I want to show you something—my favorite place aboard the ship.” Percy’s pulse was still in overdrive, but it wasn’t from fear of getting in trouble. “Can I, you know, brush my teeth first?” “You'd better,” Annabeth said. “Because I’m not kissing you until you do. And brush your hair while you’re at it.

One of the seats of emotion and memory in the brain is the amygdala, he explained. When something threatens your life, this area seems to kick into overdrive, recording every last detail of the experience. The more detailed the memory, the longer the moment seems to last. "This explains why we think that time speeds up when we grow older," Eagleman said--why childhood summers seem to go on forever, while old age slips by while we’re dozing. The more familiar the world becomes, the less information your brain writes down, and the more quickly time seems to pass.

It’s a subtle thing, freedom. It takes effort; it takes attention and focus to not act something like an automaton. Although we do have freedom, we exercise it only when we strive for awareness, when we are conscious not just of the content of the mind but also of the mind itself as a process.’ We may say, then, that in the world of the psyche, freedom is a relative concept: the power to choose exists only when our automatic mechanisms are subject to those brain systems that are able to maintain conscious awareness. A person experiences greater or less freedom from one situation to the next, from one interaction to the next, from one moment to the next. Anyone whose automatic brain mechanisms habitually run in overdrive has diminished capacity for free decision making, especially if the parts of the brain that facilitate conscious choice are impaired or underdeveloped.

when meeting someone, our brains are in overdrive. Remember Shakespeare’s Julius Caesar? He said of Cassius, he "has a lean and hungry look . . . he thinks too much . . . such men are dangerous.

Scientifically, Love is a chemical reaction in your brain toward someone else. Your pupils dilate, breathing catches, and your heart beats faster as your mind goes into overdrive. Spiritually, true love is your soul's recognition of its counterpart in another person. No reasoning, because there is none. We all know what love is. Most of us just don't know how to love.

Say something, Jess. Say anything. And just when I'm about to think of what I should say next, my mouth goes into whacked overdrive like I'm possessed. “The graphic art in Clone Wars is my favorite,” I say. “I love how they drew the characters. You know—how everything looks so angular and—” My words tangle and freeze when my brain finally arrives to shut it down. Say something but NOT THAT, you psycho! “Clone Wars. Love it, do I? Yesss.” He's actually responded in a Yoda voice! I blink. His eyes are kind, sparkling with laughter and still, all too green. Yoda green!

Homesick does not just mean being “sick” for home; it’s being sick for all that you once knew. It means your brain being in constant overdrive trying to adapt to a whole new way of living and seem like a semi-normal functioning person while simultaneously constantly on the verge of a breakdown.

He stopped breathing, literally stopped breathing for several seconds. His brain had stopped working as soon as she had unzipped his jeans. His heart was going into overdrive because somewhere in the last few minutes, it had forgotten how to beat in regular intervals. And now his lungs were giving in, blatantly refusing to take in any air. It was like every organ was confused and electrified by the sensations pounding through his body; like they were all shouting: “Hey, what’s going on down there, Penis?” But Penis was too wrapped up in Danny’s mouth to respond so they all just continued to malfunction.

Well", he drawled."You do know what they say about guitarrists. I think nimbleness beats ball grabbing and body tackling any day of the week." And then he flexed his long, slender fingers, and the implications sent my brain into overdrive.

The more I think the more my head hurts, and lately my brain has been in constant overdrive. I keep taking showers to cool it down, like the way they pour water on an overheating machine. I usually feel better after the third or fourth shower.

the body is equipped with what Cannon named the stress response, also known as the fight-or-flight response, a survival mechanism that gets flipped on when your brain perceives a threat. When this hormonal cascade is triggered by a thought or emotion in the mind, such as fear, the hypothalamic-pituitary-adrenocortical (HPA) axis activates, thereby stimulating the sympathetic nervous system to race into overdrive, pumping up the body’s cortisol and adrenaline levels. Over time, filling the body with these stress hormones can manifest as physical symptoms, predisposing the body to disease over time.

We all live in a highly strung, overstimulated, highly cerebral world. Overthinking puts our ordinary cognitive instincts in overdrive. Excessive thinking occurs when our thought processes are out of control, causing us distress. Endless analysis of life and of self is usually unwanted, unstoppable, and self-defeating. Ordinarily, our brains help us solve problems and understand things more clearly—but overthinking does the opposite.

Anything perceived as a threat trips the amygdala—the brain’s hand-wringing sentry—to set in motion the biochemical cascade known as the fight-or-flight response. Bruce Siddle, who consults in this area and sits on the board of Strategic Operations, prefers the term “survival stress response.” Whatever you wish to call it, here is a nice, concise summary, courtesy of Siddle: “You become fast, strong, and dumb.” Our hardwired survival strategy evolved back when threats took the form of man-eating mammals, when hurling a rock superhumanly hard or climbing a tree superhumanly fast gave you the edge that might keep you alive. A burst of adrenaline prompts a cortisol dump to the bloodstream. The cortisol sends the lungs into overdrive to bring in more oxygen, and the heart rate doubles or triples to deliver it more swiftly. Meanwhile the liver spews glucose, more fuel for the feats at hand. To get the goods where the body assumes they’re needed, blood vessels in the large muscles of the arms and legs dilate, while vessels serving lower-priority organs (the gut, for example, and the skin) constrict. The prefrontal cortex, a major blood guzzler, also gets rationed. Good-bye, reasoning and analysis. See you later, fine motor skills. None of that mattered much to early man. You don’t need to weigh your options in the face of a snarling predator, and you don’t have time.

1. Live (or work) in the moment. Instead of always thinking about what’s next on your to-do list, focus on the task or conversation at hand. You will become not only more productive but also more charismatic. 2. Tap into your resilience. Instead of living in overdrive, train your nervous system to bounce back from setbacks. You will naturally reduce stress and thrive in the face of difficulties and challenges. 3. Manage your energy. Instead of engaging in exhausting thoughts and emotions, learn to manage your stamina by remaining calm and centered. You’ll be able to save precious mental energy for the tasks that need it most. 4. Do nothing. Instead of spending all your time focused intently on your field, make time for idleness, fun, and irrelevant interests. You will become more creative and innovative and will be more likely to come up with breakthrough ideas. 5. Be good to yourself. Instead of only playing to your strengths and being self-critical, be compassionate with yourself and understand that your brain is built to learn new things. You will improve your ability to excel in the face of challenge and learn from mistakes. 6. Show compassion to others. Instead of remaining focused on yourself, express compassion to and show interest in those around you and maintain supportive relationships with your co-workers, boss, and employees. You will dramatically increase the loyalty and commitment of your colleagues and employees, thereby improving productivity, performance, and influence. These

In all of these situations, chances are you won’t literally think, “I’m not enough.” No, the sneaky thing about this model is that if you have it, it’s hard to admit you have it—or even to realize that it’s there. So instead, you bury it and create a model of reality about the person you’re seeking validation from. Your brain’s meaning-making machine goes into overdrive and you decide: My husband’s such an inconsiderate asshole sometimes. That son of mine really doesn’t appreciate me. My sister doesn’t care about her family—how awful of her. My boss is an unappreciative jerk. This is the most disempowering kind of model to have, because you’re blaming outside circumstances for what happens in your life. This model robs you of your own ability to control your life. While you can’t control what others do, you can control how you react to others. In order to be truly unfuckwithable, you need to lose your need to seek validation or love from others and to judge them when you perceive that they are not giving you what you need.

This situation is similar to edema, a condition in which fluid leaks out of the blood vessels and accumulates elsewhere in the body (for example, in the legs), causing swelling. Despite having too much water in the body, people with edema may experience unquenchable thirst, because there’s not enough water in the blood, where it’s needed. Telling people with edema to drink less is no more effective than food restriction for weight loss, because it ignores the underlying cause. Insulin (and other influences, as we’ll discuss later) has programmed fat cells into calorie-storage overdrive. People chronically overeat because they’re trying to keep enough calories in the blood to feed the brain, compensating for those being siphoned off by overstimulated fat cells.

How are psychiatric and neurological disorders different? At the moment, the most obvious difference is the symptoms that patients experience. Neurological disorders tend to produce unusual behavior, or fragmentation of behavior into component parts, such as unusual movements of a person’s head or arms, or loss of motor control. By contrast, the major psychiatric disorders are often characterized by exaggerations of everyday behavior. We all feel despondent occasionally, but this feeling is dramatically amplified in depression. We all experience euphoria when things go well, but that feeling goes into overdrive in the manic phase of bipolar disorder. Normal fear and pleasure seeking can spiral into severe anxiety states and addiction. Even certain hallucinations and delusions from schizophrenia bear some resemblance to events that occur in our dreams.

She forced herself to turn back to Luke, who’d closed his eyes but was now gripping her hand with renewed intensity. “I love you,” she said, but her words were swallowed up by the screams all around them. Suddenly, with a bone-shaking crack, the dropship slammed into Earth, and everything went black. In the distance, Glass heard a low, guttural moaning, a sound full of more anguish than anything she’d ever heard. She tried to open her eyes, but the slightest effort sent her head into a sickening spin. She gave up and allowed herself to sink back into the darkness. A few moments passed. Or was it a few hours? Again, she struggled against the comforting quiet, fighting her way toward consciousness. For a sweet, groggy millisecond, she had no idea where she was. All she could focus on was the barrage of strange smells. Glass hadn’t known it was possible to smell so many things at once: There was something she sort of recognized from the solar fields—her favorite spot to meet Luke—but amplified a thousand times over. There was something sweet, but not like sugar or perfume. Deeper, richer. Every breath she took sent her brain into overdrive as it struggled to identify the swirling scents. Something spicy. Metallic. Then a familiar scent jolted her brain to attention. Blood. Glass’s

But Kandel’s safety-conditioned mice barge right out into the middle of open space when they hear those beeps that they’ve learned to associate with the absence of immediate danger. Boldly going where no mouse has gone before, they wander much farther afield in a bout of what Kandel calls “adventurous exploration.” What makes these mice turn lion-hearted? When safety-conditioned mice hear the series of beeps, neurons in the caudoputamen—a part of the mouse brain similar to our caudate area—go into overdrive, firing at nearly three times their normal intensity. At the same time, neurons in the amygdala—a fear center in the mouse brain, as it is in ours—quiet down. It’s as if the perception of safety leads to a feeling of mastery over the environment, numbing the brain’s ability to be afraid. No wonder investors take more risk when their own gains fool them into thinking the market has gotten safer.

happening in my highly distressed state of mind. A psychiatrist later explained that in order for someone to perform sexually, their sympathetic and parasympathetic nervous systems have to be operating at the same time, which isn’t possible when your brain is on operational overdrive.

I’m sorry,” he said. I looked into his eyes and saw genuine regret. “It’s fine.” “I can tell everyone I wanted to kiss you, but you wouldn’t let me.” I stared at the ceiling. “How in the world would that help? And anyway, no one would buy it.” “Why not?” “No one would believe you’d want to kiss me.” “Why wouldn’t I?” He’d scrunched his face but somehow still managed to look gorgeous. “You’re pretty, you’re smart, I see no reason not to.” “Because I’m not one of you.” “One of who?” “Forget it. It doesn’t matter. No one will believe anything. Whether you say you wanted to or said we did, no one will believe it. Guys like you don’t kiss girls li—” He pushed off the sink and pressed his mouth to mine. His lips were soft as they brushed over me, moving gently against my mouth. Having no experience kissing boys, my brain went into overdrive trying to remember everything from the magazines I kept hidden under my bed. Step one: Relax your mouth. Step two: Part lips. Step thr— He slipped his tongue past my parted lips. It swept over mine, bypassing steps three through five. I was out of steps. What now?

It’s a bad combination for the amygdala to be oversensitized while the hippocampus is compromised: painful experiences can then be recorded in implicit memory—with all the distortions and turbo-charging of an amygdala on overdrive—without an accurate explicit memory of them. This might feel like: Something happened, I’m not sure what, but I’m really upset. This may help explain why victims of trauma can feel dissociated from the awful things they experienced, yet be very reactive to any trigger that reminds them unconsciously of what once occurred. In less extreme situations, the one-two punch of a revved-up amygdala and a weakened hippocampus can lead to feeling a little upset a lot of the time without exactly knowing why.

I looked up at him and gave him my biggest, goofiest grin, all the while chanting in my head: only friends, only friends... "Anything for you, sweetheart." Only friends, only friends. His hand moved up to cup my face, his thumb trailing along my jaw and I froze, my mind went blank. It was only when he began to move closer that my brain went into overdrive.

IN QUIETNESS AND CONFIDENCE SHALL BE YOUR strength. When you’re in a tough situation, your mind tends to go into overdrive. You mentally rehearse possible solutions at breakneck speed. Your brain becomes a flurry of activity! You scrutinize your own abilities and those of people you might call upon for help. If you find no immediate solution to your problem, you start to feel anxious. When you find this happening, return to Me and rest in quietness. Take time to seek My Face and My will rather than rushing ahead without clear direction. I want you to have confidence in Me and My ways—patiently trusting in Me even when you can’t see the way forward. Whereas anxious striving drains you of energy, quiet confidence will give you strength. You can trust that I will not forsake you in your time of need. Keep communicating with Me about your situation, and be willing to wait—

Be still before the Lord and wait patiently for him…. —Psalm 37:7 (NIV) Here are two of my favorite things: salads and multitasking. So combining them is like a cosmic explosion of awesomeness—until this happened. I was sitting at one of the neighborhood restaurants, eating a bowlful of spinach, grilled chicken, raw beets, toasted Parmesan, and spicy lime dressing. Meanwhile, my brain was working on overdrive, running through to-do lists for the rest of the day and thinking of witty observations to post on Twitter. My fingers were pecking at my phone, checking e-mail. I was getting things done; I was happy. And then it hit me: I couldn’t taste my salad. Or rather, I hadn’t tasted it for several minutes. I hadn’t noticed the crunchy umami flavor of the toasted Parmesan. I hadn’t sensed the tangy spice of the dressing on my tongue. I was not experiencing one iota of pleasure from this salad. I’ve heard about slowing down and living in the moment, but I had always assumed this sort of advice came from inefficient people, the nonmultitaskers of the world. Sitting there, eating my salad, I realized, though, that if I didn’t notice the gifts God was offering me in that moment, I was not merely opening myself up to stress and being overwhelmed, I was forgoing the pleasures that moment had to offer. So I turned off my phone and, as best I could, my brain as well, looked at my colorful salad, and thanked God for its delicious explosion of flavor. God, help me to slow down and to appreciate what this moment— each moment—has to offer. —Joshua Sundquist Digging Deeper: Eccl 5:18; Jn 1:16; Phil 2:13

The neuron-pruning process goes into overdrive once sexual maturation is reached: about half of the brain’s original neurons are shed, and their connections are dramatically scaled back. While this downsizing can appear counterintuitive at first glance, it is not only normal but necessary. It’s all about the brain becoming leaner and meaner, and more efficient overall.

Ma inhaled pig brain for years. Her own body, going into overdrive, started destroying itself. Who knew pig brains and human brains shared so much biology? Not something they taught at my school. Built and paid for by the Company.

[Floating in an isolation tank] is the first time that we’ve been without sensory experience, sensory environmental stimuli, since we were conceived. There is no sound, no sight, no temperature gradient, and no gravity. So all of the brain’s searching and gating information from the environment is relaxed. Everything that was in the background—kind of ‘behind the curtain’—can now be exposed. When done consistently over time, it’s essentially like meditation on steroids. It starts to recalibrate the entire neuroendocrine system. People who are running in stress mode or sympathetic overdrive start to relax that over time, and you get this bleed-over effect into everyday life. It’s not just what happens in the tank. It continues outside of the tank. You see heart rate normalize, hypertension normalize, cortisol normalize. Pain starts to resolve. Metabolic issues start to resolve. “Anxiety, insomnia, and mental chattering can be significantly improved in [2 to 3 times per week for a total of] anywhere between 3 and 7 sessions. For pain, it’s normally 7 to 10 sessions. I recommend doing a 2-hour float if people are able.” TF: According to Dan, most people get exponentially more benefit from a single 2-hour session than 2 separate 1-hour sessions. Nonetheless, 2-hour floats still make me fidgety, so I routinely do 1-hour sessions.

then puts a magnifying lens on all his flaws and starts turning each of them over in his mind, wondering why he is the way he is, tortured by the fact that he can’t seem to just “let it go.” After an hour of this, he realizes with despair that he is no closer to making a decision about his health issue, and instantly feels depressed, sinking into a storm of negative self-talk where he tells himself over and over again that this always happens, that he never sorts himself out, that he’s too neurotic . . . Phew! It’s hard to see how all of this torment and mental anguish started with nothing more than James noticing he had a weird-looking mole on his shoulder! We all live in a highly strung, overstimulated, highly cerebral world. Overthinking puts our ordinary cognitive instincts in overdrive. Excessive thinking occurs when our thought processes are out of control, causing us distress. Endless analysis of life and of self is usually unwanted, unstoppable, and self-defeating. Ordinarily, our brains help us solve problems and understand things more clearly—but overthinking does the opposite. Whether you call it worry, anxiety, stress, rumination, or even obsession, the quality that characterizes overthinking is that it feels awful, and it doesn’t help us in any way.

My brain created a personal law. […] The brain’s purpose is self-preservation. But the problem is the brain goes into overdrive and starts recognizes the personal law in places it shouldn’t. […] When we create a personal law in response to trauma, the law can become hardwired into your brain so strongly, that when you encounter even vaguely similar situations much later, your mind reacts with irrational intensity.

It’s important to have an efficient smoke detector: You don’t want to get caught unawares by a raging fire. But if you go into a frenzy every time you smell smoke, it becomes intensely disruptive. Yes, you need to detect whether somebody is getting upset with you, but if your amygdala goes into overdrive, you may become chronically scared that people hate you, or you may feel like they are out to get you.

It’s a bad combination for the amygdala to be oversensitized while the hippocampus is compromised: painful experiences can then be recorded in implicit memory—with all the distortions and turbo-charging of an amygdala on overdrive—without an accurate explicit memory of them. This might feel like: Something happened, I’m not sure what, but I’m really upset. This may help explain why victims of trauma can feel dissociated from the awful things they experienced, yet be very reactive to any trigger that reminds them unconsciously of what once occurred.

The virus leaves behind tiny pieces of itself after the body breaks it down. These pieces, similar to fragments of the virus’s outer shell, can clump together into structures that trick the body into thinking there’s a bigger threat. This triggers an intense immune response, like sounding a massive alarm over a few leftover virus bits, which can contribute to severe inflammation and symptoms seen in serious COVID-19 cases. It's like the virus has a ghostly afterlife, continuing to affect the body even after the majority of it has been destroyed. In the battle against the virus, our body initiates a defense mechanism that, while protective, also causes inflammation in critical areas, particularly where our stem cells are nurtured including the bone marrow, gut, and brain. For instance, the mitochondria in our blood cells—often referred to as the cellular powerhouses responsible for energy production — are compromised. Their functionality is impaired; they either push themselves too hard or don’t work as efficiently as they should, leading to a notable decrease in the body's energy levels. This energy deficit is more than just feeling tired; it's a systemic issue affecting the body's ability to fight off the virus effectively. The T cells, which are supposed to eliminate any remaining virus, find themselves restrained rendering their arsenal less effective and their capacity to multiply weakened. Despite these limitations, they release copious amounts of interferon-gamma (IFN-γ), a signaling molecule that rallies the body's defenses to fight vigorously. This intense response may play a role in the virus's stubborn persistence and ongoing immune response. Meanwhile, the B cells are on overdrive, producing an excessive amount of antibodies in this heightened state of alert. This heightened immune response complicates the path to recovery, posing challenges for individuals striving to reclaim their sense of health and wellness.

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How Gluten Makes You Fat You eat a slice of bread. Your stomach breaks down the bread into its basic parts—among them, the protein gluten—and sends it all down to the small intestine. ↓ The immune system in your small intestine identifies the gluten as a dangerous substance and produces antibodies. ↓ The antibodies attack a digestive enzyme that helps hold together the lining of your small intestine. ↓ Your small intestine becomes “leaky” as food particles, toxins, and microbes escape through openings in the lining of your small intestine and move into your bloodstream and lymph system. ↓ Your immune system goes into overdrive, attacking these toxins and causing inflammation throughout your body—just as the fight against a cold virus causes inflammation in your nose. ↓ Inflammation interferes with your body’s hormones, particularly leptin, which controls metabolism and appetite. You become fatigued as your body enters a low-level “starvation mode,” automatically burning fewer calories at rest while signaling your brain to search out more calories from food. Boom: weight gain.

I have so many creative ideas pulsating in my brain that I don't know which one to start with. I have old projects that I began ten years ago haunting me. I have new ones whispering between the current projects. My brain is on overdrive and I don't know how to stop it. OHM!...OHM!...OHM! Yes, I need to look up to the higher power and listen for His guidance. He is the only one that can put me in the right direction. In the meantime, like Teena Maria says, "I've got to keep my irons in the fire.

Loss. But an MRI revealed nothing nefarious. It wasn’t until recently that I learned about auditory fatigue. When a D/deaf or Hard of Hearing person has to listen for extended periods of time, it makes their brains work on overdrive.

It's important to have an efficient smoke detector: You don't want to get caught unawares by a raging fire. But if you go into a frenzy every time you smell smoke, it becomes intensely disruptive. Yes, you need to detect whether somebody is getting upset with you, but if your amygdala goes into overdrive, you may become chronically scared that people hate you, or you may feel like they are out to get you.

For Borjigin, the quest to answer these questions had started a decade earlier, in 2013. While working in the laboratory at the Department of Molecular and Integrative Physiology and Neurology at the University of Michigan, she had implanted six electrodes into the brains of nine rats. Then she and her team had begun administering lethal injections to each one. With the rats hooked up to machines, she had begun collecting detailed measurements of their brain activity as the rats’ hearts slowed and they finally took their last breaths. She waited and watched as both the hearts and brains of these rats flatlined and ceased functioning. Then, to Dr. Borjigin’s amazement, thirty seconds after the rats died, without a heartbeat, their brains suddenly and paradoxically experienced a burst of electrical activity. They seemed to go into overdrive and, in her words, showed “all the hallmarks not only of consciousness but a kind of hyperconsciousness.” In an interview with National Public Radio (NPR) in the United States, she said, “We found continued and heightened activity; measurable conscious activity is much, much higher after the heart stops—within the first 30 seconds” after death. Her work with dying rats had led to a lot of news headlines, and now, ten years later, she was generating headlines all over the world again. This time because she had started to study the brains of dying humans connected to an electroencephalogram (EEG) brain monitoring system. These are sensors that attach to one’s scalp to detect electrical activity in the form of brain waves. She found that just like in the rats, electrical waves in the human brain had slowed and stopped with death. Then, intriguingly and inexplicably, a sudden burst of activity had emerged somewhere between thirty seconds and two and a half minutes after the heart had stopped.

She remembered the old man showing her how you kill a catfish. Catfish has a hole in its skull, covered with skin; you take something stiff and skinny, a wire, even a broomstraw did it, and you just slip it in… She remembered Cleveland, ordinary kind of day before it was time to get working, sitting up in Lanette's, looking at a magazine. Found this picture of Angie laughing in a restaurant with some other people, everybody pretty but beyond that it was like they had this glow, not really in the photograph but it was there anyway, something you could feel. Look, she said to Lanette, showing her the picture, they got this glow. It's called money, Lanette said. It's called money. You just slip it in.