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🔑 Key Takeaways

  1. Grief is a natural emotion that requires neuro-plasticity and a healthy mind-body connection. With the right support and understanding, one can navigate through complicated and non-complicated grief, and overcome it.
  2. Grief is a motivational process that varies depending on the type of loss, and it should not be treated with antidepressants. Kubler-Ross's five stages of grief are not universal, and better tools are available to navigate grief.
  3. Grief is more than just sadness - it activates reward-related neural circuits and is driven by the pursuit of something just out of reach. Recognizing its complex nature and remapping our relationship to the lost person or thing can help us move through it in a healthy way.
  4. Understanding space, time and emotional closeness in our relationships can help us navigate the grieving process and access people, animals and things better. Simplifying complexities can give us a better understanding of our emotional reactions.
  5. Our brain's mapping of emotional attachment is intertwined with physical and time proximity, and losing someone reorders this map. Understanding this can help us cope with the emotional aftermath of loss.
  6. Grief involves breaking our attachment to someone or something taken away, leading to disorientation, denial, and neural activity called Riverbed Tory activity. Navigating grief is crucial for emotional and mental well-being.
  7. Cherish the people you love and express your love to them while they are still with you. Love endures beyond death, and we maintain a connection with our loved ones even after they are gone.
  8. Moving through grief involves using tools like journaling and mindfulness to remap our understanding of a person's absence, creating new memories without denying emotional attachment.
  9. Acknowledge and embrace your attachment to the person, but shift your mindset to understand that it is now uncoupled from space and time. Dedicate time to strengthening the bond without focusing on memories or guilt.
  10. To process grief, it is necessary to separate emotional attachment from the spatial and temporal representation while maintaining the emotional bond. Building a clear representation of where they are located takes effort and dedicated time.
  11. Dealing with grief can be challenging, but avoiding it through counterfactual thinking, distractions or substances is not effective. It is crucial to seek professional help, especially when dealing with complicated grief. The brain, specifically the hippocampus, plays a vital role in the process of grief, and trace cells are important for holding onto emotional attachments while trying to remap space and time.
  12. The circuit in our brain's trace cells cause us to feel like someone or something should be present, even when we know they aren't. Oxytocin may be involved in the yearning aspect of grief, and studying Prairie voles has helped researchers understand attachment and monogamy.
  13. The capacity to link attachment to reward and motivational pathways may be higher for monogamous Prairie voles and humans experiencing intense grief. Understanding individual differences in neurochemistry can help us show compassion towards those who grieve differently.
  14. Preparing for grief by reducing adrenaline levels can lead to a more adaptive and healthy grieving process, as loss can trigger the grieving process in anyone due to attachment and significance.
  15. The depth of attachment impacts grief, but moving on doesn't mean dysfunction. Emotional connection to the lost may aid adaptive grieving. Writing about emotions can aid in the grieving process by affecting the vagus nerve, which promotes calming effects on the body and brain.
  16. Practicing long exhales through breathing exercises and emotionally intense writing can improve vagal tone, help regulate stress, and build resilience.
  17. Writing or thinking about a lost person can help with grief, but it depends on the individual's vagal tone. Practicing breathing exercises and anchoring to attachment can positively build the mind-body relationship.
  18. Establishing healthy cortisol rhythms by controlling our sleep patterns and autonomic arousal can help us navigate difficult situations like grief more efficiently and affect our overall well-being, learning, relationships, and immune system.
  19. Exposure to morning sunlight and avoiding bright artificial lights at night can help establish proper cortisol rhythms and promote better sleep and emotional wellbeing, which is essential for navigating the complexities of grief.
  20. Proper grieving involves accepting the new reality and anchoring to the attachment. Regular time for rational grieving, neuroplasticity exercises, and high-quality sleep can aid in regulating emotions and improving autonomic control.
  21. Grief is a natural process that can be navigated with proper tools and support. Building emotional resilience and seeking help can help you move through it and appreciate the value of relationships.

📝 Podcast Summary

Understanding and Navigating Through Grief - A Neuroscientific Perspective

Grief is a common natural emotion that scales with the level of attachment we have with somebody. It requires a specific form of neuro-plasticity reordering of brain connections and also the connections between the brain and body to navigate through it in a healthy way. There is no designated linear stage of grief, and complicated grief occurs in about one in ten people if grief does not seem to resolve even after a prolonged period of time. Our psychological and biological state when a loss occurs strongly dictates whether or not we end up with complicated or non-complicated grief. There is a scientific literature that teaches us how to show up to grief and navigate through the process of grief.

Understanding Grief and Its Differences from Depression

Grief is a distinct psychological and physiological event from depression and should not be treated with antidepressants. It is a motivational state that involves a yearning or a desire for something, and individuals may not necessarily want the person or animal back. The five stages of grief by Kubler-Ross are important for understanding the different stages one may move through, but they do not hold true for everyone. Grief can also vary depending on the type of loss, and there are better tools now to navigate grief. Understanding grief as a motivational process can help individuals preserve the memory of the lost person or animal while maintaining their own functional capacity in life.

The Neuroscience Behind Grief and Motivation

Grief is not just a state of sadness, but also a state of desire and motivation. It activates reward-related neural circuits and puts us in an anticipatory state. Understanding how attachments are represented in our brain helps us deal with grief in a healthy way. Dopamine plays a key role in creating a motivated state, not just a feeling of pleasure. The pursuit of something just out of reach is what drives the state of grief. Acknowledging grief as a complex emotional state can help us move through it. Remapping our relationship to the person or thing we lost is essential to overcome grief.

The Three Dimensions of Relationships

Our relationship with people, animals and things can be mapped in three dimensions: space, time, and closeness. Understanding these dimensions can help us move through the grieving process more effectively. Brain scans show that different areas light up when we perceive the distance between objects or sounds. Similarly, emotions are tied to the proximity and emotional closeness of people. Knowing how to access someone in the physical sense or emotionally can help us navigate our relationships better. Understanding our motivational states logically can guide us in finding ways to access people, animals and things. By simplifying the complexity of relationships, we can gain a better understanding of why we feel hurt when these relationships are not accessible to us.

The Science of Emotional Attachment and Loss

The brain area responsible for emotional closeness, physical and time proximity is the inferior parietal lobule, and our map of people or things is a braid of emotional attachment with physical and time proximity. Our ability to locate someone is a prediction of the requirements to engage in the attachment. Losing someone reorders this map because our emotional attachment is based on episodic memories of experiences with them. Understanding this mapping can help us understand our deep emotional attachments and why we are affected so much after a loss of someone or something.

Understanding the Complex Process of Grief and its Impact on the Brain

Grief is the process of uncoupling and untangling our attachment to someone or something that has been taken away from us, either by decision, death, or circumstance. Our memory bank and ability to predict the whereabouts of the person is obliterated, but the attachment persists. The grief process is reordering our understanding of the person's space and time, which is not easy to do and often results in denial. The brain continues to make predictions of the person's location, causing disorientation and neural activity called Riverbed Tory activity, which explains the yearning for and desire to interact. It is an inability to reconcile the logical world and the emotional world. Learning how to navigate grief is crucial.

Understanding the Complexity of Grief and Love Beyond Time and Space

This letter beautifully illustrates the fact that in grief, we maintain a sense of closeness to our loved ones, yet we have to uncouple it from the dimensions of space and time. It is entirely normal to keep looking for the person we have lost, and the intense emotional attachment can persist even after death. We should cherish those we love and make the most of the time we have with them. The letter also shows that expressing our love while our loved ones are still with us is vital. It is a reminder that love endures and that we should appreciate those closest to us while they are still here.

Moving through grief is a process of remapping the dimensions of attachment while maintaining the closeness to the person. The brain has an implicit collection of episodic memory maintaining our knowledge about the person based on closeness, space, and time. The memories persist even if the person or thing is no longer accessible, making it hard for the brain to conceptualize their absence. The best way to approach grief is by engaging in tools like journaling, therapeutic conversations, mindfulness, and exercise that helps in remapping while not undermining the emotional attachment. This remapping process makes the brain understand that certain memories do not apply to the current knowledge of the person and helps in generating new memories without creating unrealistic expectations.

How to Maintain Attachment after a Loss

When grieving the loss of someone, it is important to acknowledge and understand your attachment to them without trying to reduce its intensity. Instead, shift your mindset and understand that your attachment will now be uncoupled from the dimensions of space and time. You can feel your closeness to that person, but prevent yourself from engaging in counterfactual thinking or guilt. It is beneficial to have a dedicated period of time where you can think about your attachment and try to experience it without focusing on memories or what you wish could have happened. By doing this, you can maintain a sense of attachment and strengthen those bonds, while being able to hold someone in mind without feeling the yearning for them to still be there.

The emotional attachment we have with someone or something can manifest as a phantom limb in the emotional space. It's important to have a firm representation of where that person, animal, or thing is in the three-dimensional map of space, time, and attachment. The process of moving through grief involves uncoupling the attachment from the space and time representation, while maintaining the emotional bond. People have different beliefs about where the deceased go, but it's essential to have that representation to move forward. It takes effort and dedicated blocks of time to access the emotional connection while uncoupling the other nodes of the map.

Understanding the Importance of Dealing with Grief and the Role of the Brain in the Process.

Dealing with grief can be hard, but it is important to not avoid it. Avoiding counterfactual thinking, distracting oneself or using substances is adaptive. It is important to know that there are cases where people find it exceptionally difficult to move through grief. The hippocampus is a brain area that not only forms new memories but also plays a central role in the grief process through different cell types, such as place cells, proximity cells and trace cells. Trace cells are vital for people looking to hold onto their emotional attachments to someone while also trying to remap where they are in space and time. It is also crucial to work with trained professionals to move through grief, especially in those who deal with complicated grief.

How Trace Cells in Our Brain Cause the Feeling of Someone Missing

Trace cells in our brain create a circuit that expects something to be in a certain location and become active when something is missing. These cells are closely associated with neurons that tell us where things should be, leading to the feeling that someone or something should be present even though we cognitively know they are not. Grieving intensities can differ among people, and research suggests that oxytocin, a hormone that plays a role in bonding, may be involved in the yearning aspect of grief. Studies on Prairie voles have helped researchers understand the neurochemical and circuit basis for monogamy and attachment, as well as the strength of the bond they have with their mate.

Neurochemistry behind attachment and grief

Research shows that monogamous Prairie voles have more oxytocin receptors in the brain area associated with motivation, craving, and pursuit than non-monogamous voles. This suggests that their capacity to link attachment circuitry to reward and motivational pathways is higher. Similarly, humans experiencing intense grief and a deep yearning for attachment to someone or something lost may have heightened levels of oxytocin receptors in brain regions associated with craving and pursuit. Understanding these differences in neurochemistry can help us show compassion for those who move through grief differently and at different rates. Different factors, including innate differences and life circumstances, can affect how individuals move through grief. It's important to acknowledge these individual differences and show compassion towards them.

High adrenaline levels can complicate grief, but can be reduced through zero-cost tools for healthy grieving.

People with high levels of epinephrine or adrenaline prior to grief may experience prolonged and complicated grief symptoms post-treatment. Therefore, reducing resting levels of adrenaline through zero-cost tools can be useful for preparing oneself to access and move through grief in a healthy and adaptive way. This study supports the hypothesis that catecholamine levels are affected by bereavement and can affect the ability of those with complicated grief to benefit from psychotherapy. The conclusion drawn is that we can prepare ourselves to access grief when appropriate by reducing epinephrine levels, and that loss of a person, animal or thing can invoke the grieving process due to the significance and sentimental attachment we place on them.

The Role of Attachment in Grief and the Benefits of Emotional Disclosure

The depth of attachment to a person can influence the time it takes to move through grief, but common phrases like 'absence makes the heart grow fonder' or 'out of sight, out of mind' often don't hold true. The ability to move on from an intense attachment may vary from person to person and doesn't necessarily indicate dysfunction or pathology. Allowing oneself to feel the emotional connection to someone who was lost may support adaptive grieving. A study explored whether written emotional disclosure can help people move through the grieving process and found that it can be effective, potentially through its impact on heart rate variability. The vagus nerve, which is bi-directional between the brain and body, is associated with calming effects on the brain and body.

Understanding the Sympathetic and Parasympathetic Nervous Systems.

The sympathetic nervous system drives alertness, panic, and stress while the parasympathetic nervous system drives calming, falling asleep, digestion, and sexual arousal. You can train your ability to control your overall level of activation of alertness and stress with these vagus nerve pathways. Vagal tone reflects the degree to which there is ongoing Vegas influence on the heart and can be improved through long exhale breathing. Engaging in emotionally intense writing exercises can improve vagal tone and build resilience to stress, even in the context of grief. Exhaling can activate the vagus nerve and slow down the heart rate, which can be used actively in response to a stressor. Strengthening respiratory sinus arrhythmia and vagal tone can be useful for stress modulation in general.

Using Writing and Mind-Body Connection to Move Through Grief

Writing or thinking about a lost person can help in engaging the bodily states and mind states associated with the attachment which is beneficial for moving through grief. However, this practice may not work for everyone and depends on the degree of vagal tone a person has. Those with a high degree of vagal tone can access real somatic feelings of attachment by writing or thinking about it more easily than others. Practicing breathing exercises consciously while exhaling and inhaling could help in building this mind-body relationship positively. Disengaging from the space and time map that keeps us in the expectation of what never can be while anchoring to the attachment and feeling that closeness can help in moving through grief.

Establishing Healthy Cortisol Rhythms and Sleep Patterns

Establishing healthy cortisol rhythms and sleep patterns is crucial for overall mental and physical health. Complicated grief is characterized by higher levels of cortisol at 4:00 PM and 9:00 PM. This relationship is bi-directional, meaning that complicated grief changes patterns of cortisol, and patterns of cortisol change the likelihood of having complicated grief. Modulating the foundation of our lives, such as controlling our sleep patterns and autonomic arousal, can help us establish healthy cortisol rhythms and navigate situations like grief more efficiently. Additionally, it's important to keep in mind that everything exists in the context of our baseline physiology, which affects our overall well-being, learning, relationships, and immune system.

Importance of Cortisol Rhythms in Grief Recovery

Proper regulation of cortisol rhythms is important in the grieving process. Exposure to bright sunlight in the morning can help establish this rhythm, leading to better sleep and emotional wellbeing. Sunlight coming through cloud cover is also effective. Avoiding bright artificial lights in the evening can also help establish a better autonomic state and promote deep sleep. Proper sleep at night sets the foundation for the proper emotional tone to be able to navigate physical, psychological, and other types of challenges during the grieving process. Grief is a complex process and requires active disengagement from previous memories while still feeling the intensity of the attachment to the lost person or thing.

Tools for Proper Grieving and Emotional Healing

Proper grieving involves a clear acceptance of the new reality that the person, animal or thing no longer exists in the same space and time dimensionality that we knew them before while holding onto an anchoring to the attachment that we had. This is not an unhealthy attachment. Tools for moving through grief include regularly dedicating time for rational grieving, understanding and distancing ourselves from episodic memories and expectations, neuroplasticity exercises through deep sleep and non-sleep deep rest protocols, and regulating catecholamines and increasing vagal tone. Quality sleep is vital for emotion regulation, autonomic control, and neuroplasticity. It's important to acknowledge the cognitive work involved in experiencing deep emotional attachment while distancing ourselves from unrealistic expectations.

Building the Tools to Embrace Grief

Grief is a real and important process that we cannot disengage from, but prepare for. Building our nervous system and mind can help us embrace the process of grief and move through it adaptively. It is important to access trained professionals, bereavement groups, and support for grieving. The tools discussed in this podcast are not only compatible but also complementary to the approaches taken by experts. Building episodic memories helps us form emotional attachments and makes life rich and worth living. Grief is related to our attachments, but there are ways to move through it. Understanding why people and animals have profound meaning can help us appreciate and cherish relationships. We should not lean away from grief, but rather prepare for it and embrace the process.

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