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What Part Of The Brain Controls Emotions And Feelings

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What Part of the Brain Controls Emotions? Medical Animation #shorts
  • David Hallowell 25 Feb 2020Reply

    When we get to the bottom of the rabbit hole this is what we will find!

    As we stand between the infinite light and the infinite darkness.

    Things beyond our ability to know, and to understand.

    For the finite mind, cannot know the infinite! It Is beyond our vision and comprehension.

    What we can know is love, which is: Kindness, Goodness, Patience, Forgiveness, Truth and things such as these.

    For things such as these, are the very purpose of our existence.

    First, we must be complete in altrustic love, then we can have an infinite eternity to explore the infinate.

    But for now we must understand the concept of developing this altruistic love in all things, and all actions, even of mind and heart by understanding these from the soul or our very being.

    -Stands with a Roar-


    Learning Mind is a blog created by Anna LeMind, B.A., with the purpose to give you food for thought and solutions for understanding yourself and living a more meaningful life. Learning Mind has over 50,000 email subscribers and more than 1,5 million followers on social media.

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    All content published on this website is intended for informational purposes only. Learning Mind does not provide medical, psychological, or any other type of professional advice, diagnosis, or treatment.

    What Part Of The Brain Is Responsible For Sadness

    Sadness is experienced in the amygdala and left prefrontal cortex.

    But whats interesting to note is that the amygdala shows more inactivity in those suffering from clinical depression. A little sadness is normal. But prolonged sadness can actually inhibit the brains ability to process emotion.

    In fact, this is what leads to feelings of apathy a common psychological symptom of depression.

    What Happens In The Brain When Emotion Processing Fails

    Because we are interested in how the brain processes and regulates emotions, we do a lot of work with children who can successfully handle their emotions. We also invite children who struggle with emotion processing and regulation to see whether their brain structure and function looks any different from the children who do not have trouble with emotion processing. So far, there have been several small studies, suggesting that there are differences in brain function and structure in children with aggressive behavior . But, as our MRI section describes, there are challenges when doing research studies with younger participants. For example, it is very hard for children to stay very still while the MRI takes pictures . Because of this, most studies have a very small number of participants, and the results are not as clear. A method called meta-analysis helps to summarize the information from all of these very important small studies. Meta-analysis takes the results of many studies and combines them into one big finding. For example, we have combined all small studies done so far in children and teenagers with aggressive behavior . While each study had a maximum size of about 40 participants, combining all of them into one meta-analysis allowed us to look at over 500 children at once. By doing so, we were able to show changes in both brain structure and brain activity in the emotion processing network in aggressive teenagers .

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    Why Do We Say That Feelings Are In The Heart

    Although science has shown that when it comes to emotions the heart is only a romantic symbol and these have their origin in the brain, scientists try to show why the human being notices how the chest shrinks or the heart breaks.

    The task was epic: the universities of Aalto, Turku and Tampere selected 700 people from different cultures and different backgrounds and were asked to specify in which part of their body they felt the following emotions: anger, fear, disgust, happiness, sadness, surprise, anxiety, love, depression, contention, pride, shame, envy and the absence of any of them .

    The study, which was published in the library of the National Academy of Sciences, found that the results were as consistent as they were strikingly similar, despite the difference between the subjects.

    The researchers came across the fact that certain emotions could be grouped together in certain areas of the chest. For example? Anger, anxiety and fear were localized in the chest. And love and happiness, on the other hand, were distributed throughout the body.

    Drawings of the human body were made and it was illustrated with colors that ranged from icy blue to represent sadness or depression, to fiery red that symbolizes anger or passionate love.

    Researchers from these universities had one goal and this was to try to understand why there are emotions that cause a physical sensation in the chest or in the heart, for example. Does the expression my heart shrink sound familiar to you?

    What Part Of The Brain Controls Behavior

    Our Brains Control Our Thoughts, Feelings, and Behavior

    4.7/5behaviorcontrolsarea of the brainpartexplained here

    Brain Structure and Function. Frontal Lobe: most anterior, right under the forehead the frontal lobe controls intellectual activities, such as the ability to organize, as well as personality, behavior, and emotional control.

    Additionally, which part of the brain controls emotional behavior? The main part of the brain responsible for processing emotions, the limbic system, is sometimes called the “emotional brain” . Part of the limbic system, called the amygdala, assesses the emotional value of stimuli.

    In this way, how is the brain related to human behavior?

    Psychology is the scientific study of behavior and mental processes. Neuroscience shows that activity in the brain is intimately intertwined with behavior and mental processes. Lesions and other brain abnormalities can be used to understand the functions of a healthy brain and their impact on behavior.

    What part of the brain controls emotions and behavior?

    Emotions, like fear and love, are carried out by the limbic system, which is located in the temporal lobe. While the limbic system is made up of multiple parts of the brain, the center of emotional processing is the amygdala, which receives input from other brain functions, like memory and attention.

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    Brain Control With An Ai Interface

    The new models will be run with AI programs monitoring to see which dosage is the most effective and what part of the brain can be stimulated the most and finally what stimulation makes you more susceptible to manipulation. People will willingly sign the contract without reading them. The average person will be hooked on the spot and just to make things appear fair, almost everyone will be given a free 30-60 day money-back guarantee, but 90% will not need more than 1 hour to make up their minds. They will sign whatever disclaimer is needed to get the pleasure they seek.

    Social media was the first step of this experiment, as it has been shown that social media leads to increase secretion of dopamine. Its a vicious cycle. More dopamine release creates the need for even more stimulation, and that is why so many people are addicted to their smartphones. Nature seems to have hardwired our brains to react to a host of factors that have a direct effect on the pleasure centres of the brain, from crack to wine, from sex to meditation and the list goes on.

    The easiest individuals to manipulate are the ones that wear their emotions on their sleeves. Makes us wonder if this whole Alt-right and Alt-left setup act is just the prelude to the main act. What a way to end all things by offering a solution to heal the massive fissures created as a result of the polarisation wars. Food for thought.

    The Cerebral Cortex Creates Consciousness And Thinking

    All animals have adapted to their environments by developing abilities that help them survive. Some animals have hard shells, others run extremely fast, and some have acute hearing. Human beings do not have any of these particular characteristics, but we do have one big advantage over other animals we are very, very smart.

    You might think that we should be able to determine the intelligence of an animal by looking at the ratio of the animals brain weight to the weight of its entire body. But this does not really work. The elephants brain is one-thousandth of its weight, but the whales brain is only one ten-thousandth of its body weight. On the other hand, although the human brain is one-sixtieth of its body weight, the mouses brain represents one-fortieth of its body weight. Despite these comparisons, elephants do not seem 10 times smarter than whales, and humans definitely seem smarter than mice.

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    The Brains Emotional Development

    From our earliest days, the brain rapidly develops thinking, mobility, and communication skills. But not quite as quick to develop are the parts of the brain that regulate and process our emotions. New research is helping scientists learn about areas that are crucial to emotional development, and how our surroundings fit into the picture. The findings could have far-reaching implications for both parents and policy-makers.

    Illustration by Seimi Rurup

    Humans are likely the most emotionally regulated creatures on earth. Compared to other animal species, we can modulate and modify emotional reactions and experiences, even very intense ones, through a large and sophisticated emotion regulation repertoire that includes skills of distraction, reappraisal, language, prediction, social interaction, suppression, and more.1-5 At times, these skills require effort, and at other times, they seem reflexive and automatic.

    But what are some of the variables in this sophisticated emotion regulation repertoire? The parent of any toddler or even adolescent can attest to the very slow development of emotion regulation processes. This slow development has been documented in empirical research, which also notes the large individual differences from one persons ability or style of emotion regulation to anothers.

    New Research Identifies A Key Brain Region Involved With Procrastination

    What Part Of Your Brain Controls Your Emotions
    • In order to get to work on unpleasant tasks, people must manage negative emotions.
    • Procrastination happens when people are unable to cope effectively with negative feelings, seeking short-term relief.
    • Brain regions involved in cognitive control, notably the right dorsolateral prefrontal cortex, are involved in necessary emotional inhibition.
    • Self-compassion may enable us to better balance immediate emotional relief with the pursuit of long-term goals.

    While it would be dangerously perfectionistic to try to do everything all at once, without prioritizing or making choices to edit, we delay important tasks past their due date at our own peril. And who hasn’t noticed that when we do get going on something we’ve been putting off, it often ends up being more gratifying than we imagined?

    Wang, Zhang, and Feng, authors of a recent study in Brain and Cognition , note that prior research shows that procrastination is associated with a variety of negative outcomes, from poor health to money problems.

    When we procrastinate, we tend to get self-criticalitself associated with a variety of negative outcomes including increased depression .

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    Could This Be A Way To Beat Procrastination In 2022

    This suggests that when we are tempted to use procrastination to manage negative emotions about a task, rather than beat ourselves up, we are best served by gentle recognition and kindness toward ourselves in the service of attending both to our short-term emotional needs and long-term goals. Indeed, greater self-compassion is correlated with reduced procrastination for exercise and academics . Cultivating self-compassion may help us regulate negative emotions more effectively to procrastinate less and enjoy other benefits to health and wellness.

    Developing adaptive emotion regulation strategies tailored to different situations ultimately is a winning strategy, enabling us to modulate emotions in balance with the demands of a variety of circumstances to create synergy with cognitive control and affective experience. Some tasks require us to include emotions in the mix, notably those requiring creativity and originality, while others are easier if we dont think too much about how bad we feel about them. Of course, if we feel good about doing something, if we are more connected to the carrot than the stick, we dont tend to procrastinate.

    LinkedIn image: Antonio Guillem/Shutterstock


    Anna M. Ehret, Jutta Joormann & Matthias Berking Examining risk and resilience factors for depression: The role of self-criticism and self-compassion, Cognition and Emotion, 29:8, 1496-1504, DOI: 10.1080/02699931.2014.992394

    Which Area Of The Brain Controls Emotions

    The main area of the brain that is involved with emotions is called the limbic system. It is also responsible for our memories and arousal. All parts of the limbic system are connected through a variety of neural pathways. This part of the brain is what enables us to react to situations when we feel a certain way.

    The limbic system, therefore, is the part of the brain that is thought to control our emotions and the brain functions that coincide with them. It is said to consist of four main parts:

    • Hypothalamus: this part of the limbic system is responsible for regulating our body temperature, releasing hormones, and plays a key part in our emotions and our sex drive.
    • Amygdala: the amygdala is what helps us to respond to emotions including anger, fear, sadness in order to protect us. The amygdala also retains memories of emotions experienced and when they occurred. This helps us to prepare when similar experiences happen in the future.
    • Thalamus: the thalamus is where we detect and respond to our senses and is linked with the cerebrum which is where thinking and movement are triggered.
    • Hippocampus: the hippocampus plays a key part in our retention and retrieval of memories.

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    Its All In The Brain Waves

    This mood-related circuit was identified by so-called beta waves in the hippocampus and amygdala, coordinated oscillations between 13 and 30 cycles per second, two deep brain regions that have long been connected to memory and negative emotions, respectively.

    Sohal says the study team was initially shocked by the clarity of the discovery. We were very surprised to identify a single signal that almost completely explained episodes of depressed mood in such a large group of people, says Sohal. Finding such a powerfully informative biomarker was more than we expected at this stage of the draft

    Fortunately, in eight other study participants, all with relatively low pre-existing pre-existing anxiety, this clear correlation between mood-linked beta waves in the amygdala and the hippocampus was completely absent, indicating additional issues about how the brains of women who are prone to anxiety which differ from others in how they manage emotional situations.

    History Of The Relationship Of The Brain And Heart

    Are the frontal lobes responsible for emotions?

    For Aristotle the heart was warm, an attribute of higher beings compared to cold-blooded animals, while the brain was a cold organ. The function of the brain was to cool the blood, helping to maintain a suitable temperature for the mental functions of the heart.

    Such has been the prestige of the philosopher that, curiously, we continue to draw hearts to express our love. We identify that image with the organ where emotions and feelings reside.

    It was Galen , a Greek physician, who discovered that the brain was the center of sensation and thought.

    Despite his esteem for Aristotle, he didnt accept that the brain was only a cooling system for the warm blood of the heart. He thought that if that were so, nature would have brought both organs closer together.

    Throughout the Middle Ages knowledge of the nervous system hardly evolved. All that would change with the work of Leonardo da Vinci . Using an ox brain and the techniques he used to make bronze sculptures, he made an internal mould of the cerebral ventricles. Thus clarified its structure, different from the three spherical brain cells that had remained until then.

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    What Part Of The Brain Controls Mood

    The limbic system is the area of the brain that directs our emotions and mood.

    From time immemorial we have blamed the heart for our deepest feelings, holding the brain responsible for the most sensible and judicious decisions. Well, its time to make amends for this terrible mistake. The truth is that the brain is the organ that is behind all our emotions, through the famous limbic system.

    The Role Of The Paleomammalian/emotional Brain

    The emotional brain is also referred to as the paleomammalian brain, due to the development of the component brain structures occurring early in the evolution of man. The paleomammalian brain is not only important due to the role it plays in emotion and motivation this brain structure is also responsible for enhancing learning and memory, providing greater flexibility in our behavior, and enabling us to monitor events outside and inside our bodies, which is an essential quality for the development of the ‘self’. Other mental activities attributed to paleomammalian brain functioning include the formation of emotional attachments and play-based behavior, which itself plays an integral part in the transmission of behavior between young and adult mammals.

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    Role In Innate And Learned Emotional Behaviour

    Pheromones and innately appetitive and aversive stimuli, including certain odours, tastes, or sexual imagery, can produce physiological and behavioral expressions of emotional state. For olfactory stimuli, the cortico-medial amygdala is known to mediate innate emotional behaviour. For other innately reinforcing stimuli, including some drugs of abuse, circuitry within the basolateral complex likely also contributes to emotional responses.

    Although the study of the amygdala has been most extensively pursued by means of aversive stimuli, there is substantial evidence that the amygdala is also involved in the processing of rewarding stimuli and in appetitive learning. Within the amygdala neural responses to conditioned stimuli change during appetitive learning, and many amygdala neurons respond to different rewarding stimuli. The activation of amygdala neurons that respond to a rewarding stimulus can induce both Pavlovian and instrumental learning . A pathway from the amygdala to the ventral striatum, which has been implicated in reward processing in addiction, mediates learned approach behaviours . However, amygdalar lesions often do not impair appetitive learning, indicating that such learning is likely also supported by parallel neural pathways that do not involve the amygdala.

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