Neuro and Emotion

    The brain and emotions are closely related to psychology. They are closely related and influence each other in how our bodies function. Emotions can influence how we think, behave, and make decisions, while our brains also influence how we experience and manage emotions. In the context of psychology, the brain and emotions are two crucial aspects to understand. Our brains have complex structures and functions, and our emotions can influence how we interact with our surroundings.

    In this article, we will further explore the relationship between the brain and emotions and how we can better manage our emotions. We will discuss psychological theories related to emotions, brain structures related to emotions, and how we can use this knowledge to improve our well-being.

    Psychological theories about emotions can be explained as follows:

    1. James-Lange Theory: States that emotions are triggered by "physiological" changes/responses in the body.

                              Example: We feel afraid because our heart beats fast.

    2. Cannon-Bard Theory: States that emotions and "physiological" responses (such as rapid heartbeat and sweating) occur simultaneously and separately in response to a stimulus, rather than causing each other. This stimulus triggers the thalamus to send signals simultaneously to the cerebral cortex for the emotional experience and to the body for the physiological response.

                              Example: We feel afraid because our heart is beating fast and we think the situation is dangerous.

    3. The Schachter-Singer Theory: Commonly known as the two-factor theory of emotion, it proposes that emotions result from a two-step process: first, experiencing "physiological arousal" and second, cognitively labeling that arousal based on the surrounding context.

                                        For example, we feel afraid because our heart is racing and we think the situation is dangerous, not because we are hungry.

    4. Ekman's Theory: refers to two main fields: "emotional psychology" , which states there are six basic universal emotions (happiness, sadness, anger, fear, disgust, and surprise), and oceanography, which explains the phenomena of ocean surface currents caused by wind, namely the Ekman transport and the Ekman spiral.                         Example: We can recognize other people's emotions through their facial expressions.

    5. Lazarus's Theory: states that emotions and stress are not triggered by external events directly, but by an individual's "cognitive appraisal/evaluation" of the situation. This appraisal involves two main stages: primary appraisal (whether the situation is important or threatening) and secondary appraisal (the individual's ability to cope with the situation). Coping, or stress management strategies, are then used to bridge the gap between demands and available resources.                         Example: We feel fear because we evaluate the situation as dangerous.

    Some of the above are some theories from experts, psychological theories about neuro can be explained as follows:

    1. Brain Structure Theory: Includes models such as the "Triune Brain Theory" which divides the brain into three parts (reptilian, limbic, and neocortex) and the hemispheric dominance model which divides the brain into left and right, with each side having different functions such as analytical (left) and creative (right). In addition, there are more detailed theories about brain structure which divide it into the cerebrum, cerebellum, brainstem, and limbic system.

    2. Brain Function Theories: The left and right brain divisions with specializations (logic vs. creativity), and theories that view the brain as an integrated system that controls vital bodily functions such as breathing, heart rate, and the senses. There are also more complex theoretical models, such as the Luria model that predicts brain processing patterns for cognitive tasks, and whole-brain theories that emphasize the dynamic interrelationships between various brain functions such as memory, attention, and perception.

    3. Neurotransmitter Theory: Explains that these chemicals are messengers between nerve cells (neurons) to regulate various body functions such as heart rate, breathing, and mood. Neurotransmitters work in three ways: excitatory (increasing neuron activity), inhibitory (inhibiting neuron activity), and modulatory (regulating other neurons).

    4. Nervous System Theory: Examines how biological differences in the central and autonomic nervous systems influence a person's behavior and personality.

    5. Brain Plasticity Theory: Explains that the human brain is capable of changing and adapting throughout life in response to experience, learning, and injury.

    The relationship between Neuro and Emotion can be explained as follows:

Neuro:

• Amigdala: The part of the brain that regulates negative emotions such as anger and hatred.
  
• Hippocampus: The part of the brain that regulates emotional memory.
  
• Prefrontal Cortex: The part of the brain that regulates emotions.

Emosi:

• Negative Emotion: Anger, hatred, blame.
• Positive Emotion: Happiness, love, empathy.
• Emotional Regulation: The ability to regulate one's own emotions.

The Relationship Between Neurons and Emotions:

• Neurotransmitter: Serotonin, dopamine, and norepinephrine influence emotions.
• Brain Structure: The amygdala, hippocampus, and prefrontal cortex influence emotions.
• Experience: Emotional experiences and memories affect brain structure and neurotransmitters.

    Case study:

    I have an example related to a current trend: infidelity. Honestly, I often judge them with the crude term "stupid." It sounds harsh, but if we communicate judgment directly with the person, they'll definitely not accept it, such as, "My partner is just cheating" or "But I'm a graduate, so I'm not stupid."     The word "stupid" I'm referring to here has a broad meaning and relates to what we're currently discussing, regarding brain function influencing emotions, or emotions driving brain function. Perhaps I've noticed this from the many FYPs on social media often asking about the Moral Era. For example, captions in content like, "Why does someone as cute as me end up having affairs?" or "If everyone cheats, who's loyal?" And what's worse, much wise content is manipulated by cheaters, appealing to their emotional power, right? We, the third party (the audience), are drawn in emotionally. Scientifically, we'll discuss this from the perspective of the cheater or the mistress;

    How do brain function and emotions influence cheating behavior? We've uncovered some interesting case studies and questions, such as:

• Why can intelligent and educated people cheat?
• How do emotions and brain function influence cheating behavior?
• Why can intellectual content be manipulated to justify cheating?

    How the anatomy of a cheating person works can be explained as follows:

• Brain Structure:

1. Amigdala: High amygdala activity can make them more aggressive and impulsive.
2. Hippocampus: Damage to the hippocampus can make it difficult for them to remember the consequences of their actions.
3. Prefrontal Cortex: Lack of prefrontal cortex activity can make it difficult for them to control impulses and emotions.

• Brain Function:

1. Dopamine: High dopamine can make them seek pleasure and satisfaction that they don't get in a primary relationship.
2. Oxytocin: Low oxytocin can make it difficult for them to form healthy emotional bonds.
3. Testosterone: High testosterone can make them more aggressive and dominant.
4. Serotonin: Low serotonin can make them more impulsive and aggressive.

• Thinking Process:

1. Separate thoughts: They can separate thoughts about their partner and the other person they are cheating with.
2. Flexible thinking: They can easily move from one thought to another.
3. Impulsive thinking: They can act without considering the consequences.

• Emotion:

1. Unstable emotions: They can have unstable and changeable emotions.
2. Shallow emotions: They can have shallow and not deep emotions.

    Dari sudut pandang ilmiah, perilaku selingkuh bisa dijelaskan oleh beberapa faktor seperti:

1. Dopamin: Hormon yang terkait dengan kesenangan dan kepuasan. Orang yang melakukan selingkuh mungkin mencari kesenangan dan kepuasan yang tidak mereka dapatkan dalam hubungan utama mereka.
2. Oksitosin: Hormon yang terkait dengan ikatan dan kepercayaan. Orang yang melakukan selingkuh mungkin mencari ikatan emosional yang lebih kuat dengan orang lain.
3. Testosteron: Hormon yang terkait dengan agresi dan dominasi. Orang yang melakukan selingkuh mungkin mencari kekuasaan dan kontrol dalam hubungan.
4. Faktor lingkungan: Orang yang melakukan selingkuh mungkin dipengaruhi oleh lingkungan sekitar, seperti media sosial, teman-teman, atau keluarga.

    Those who like to cheat usually have the following characteristics:

1. Dopamine Dependence: They seek pleasure and satisfaction they don't get in their primary relationship.
2. Low Empathy: They can't understand their partner's feelings and don't care about the consequences of their actions.
3. Oxytocin Dependence: They seek stronger emotional bonds with others.
4. Testosterone Dependence: They seek power and control in relationships.
5. Attention Deficiency: They seek attention and validation from others.
6. Past Trauma: They may have past trauma that makes it difficult for them to form healthy relationships.
7. Narcissistic Dependence: They have a high need for praise and appreciation.

    How to manage emotions and brain function to prevent cheating behavior:

• Developing Empathy: Strive to understand the feelings of your partner and others.
• Managing Dopamine: Find pleasure and satisfaction in your primary relationship, such as by doing activities together.
• Developing Healthy Attachments: Build healthy emotional bonds with your partner and others.
• Managing Stress: Find healthy ways to manage stress, such as meditation or exercise.
• Developing Self-Awareness: Recognize your own needs and weaknesses to avoid negative behaviors like cheating.

    Conclusion

• Neuroscience and emotions are closely related: Emotions can affect brain structure and function, and the brain can affect emotions.
• Emotions can affect behavior: Emotions can influence behaviors such as aggression, impulsivity, and decision-making.
• The brain can be affected by emotions: Emotions can affect brain structures and functions such as the amygdala, hippocampus, and prefrontal cortex.
• Emotional balance is crucial: Emotional balance is crucial for mental and physical health.
• Emotional management is crucial: Emotional management is crucial for preventing negative behaviors and improving mental and physical health.

    Suggestions Why we should learn "Neuro & Emotion"

• Learn about emotions and neuroscience: Learn about emotions and neuroscience to understand yourself and others.
• Develop self-awareness: Develop self-awareness to understand your own emotions and behavior.
• Manage emotions well: Manage emotions well to prevent negative behaviors and improve mental and physical health.
• Seek help when needed: Seek help when needed to manage emotions and behavior.