Memory regarding specific instances.

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SUMMARY

The discussion centers on the phenomenon of memory retention, particularly how trivial instances can be remembered for a lifetime while more significant events are often forgotten. It highlights the evolutionary perspective that humans are wired to remember unusual or surprising occurrences, as these were crucial for survival. The conversation also touches on the role of sensory experiences, such as smell and taste, in memory recall, and the evolving understanding of memory storage in the brain, moving away from the concept of "Grandmother neurons" to a model based on neural pathway changes.

PREREQUISITES
  • Understanding of basic neuroscience concepts, particularly memory formation.
  • Familiarity with the role of the hippocampus in memory processing.
  • Knowledge of sensory perception, especially olfactory and gustatory systems.
  • Awareness of evolutionary psychology principles related to memory.
NEXT STEPS
  • Research the role of the hippocampus in memory and its connection to sensory experiences.
  • Explore the concept of neural pathways and how they change with memory formation.
  • Investigate the impact of emotional states on memory retention and recall.
  • Study the evolutionary psychology behind memory and its significance in human survival.
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Psychologists, neuroscientists, educators, and anyone interested in understanding the complexities of human memory and its evolutionary significance.

Peon666
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It's a common observation that sometimes the slightest occurrances are remebered by us for entires lives while we forget relatively important things quite soon. Why is this so? Why can't we remember other things just like these trivial things? Is our brain working at some extraordinary efficienty at those instances? Does medical science explain this phenomenon?
 
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From an evolutionary point of view - you are built to remember important things.
It's just the question of what is important.

You are here because your ancestors remembered things about where lions hunt or food gathered, so you are built to remember odd, unusual or surprising things happening around you. Siting in a physics lecture you are warm safe and comfortable so there is no evolutionary advantage in remembering anything happening - it isn't important.
 
You're right about us remembering important things but what I want to discuss is our remembering things which is NOT important at all while forgetting things which are RELATIVELY more important. Doesn't such things happen? We remember things/instances which have no importance whatsoever from past (like a glimpse that I was writing on a book in my KG class or that I was standing in street while a kid) while forgetting almost completely those things which, at least, are more important than these trivial instances.
 
It could be based of various endocrine mechanisms or catching a cell at the right time and place. That's my guess and two cents.
 
Altered emotional or sensory states - which actually may be totally unrelated to the trivial happening you remember - affect how well you remember it. And a similar stimulus may prompt the recall.

Example: In the US, some older people often recall Christmas mornings as children when peeling an orange. The strong smell of orange oil is associated with Christmas because 70 years ago, Christmas was the only time during the year when Northern US stores stocked oranges. So kids got them in their Christmas stocking. And peeled and ate them right away. Almost every person has one or more "pointless" memories evoked by a strong scent or smell.
 
Smell and taste are associated with many memories because the neural pathways link them directly to the hippocampus area of the brain.
 
hypatia said:
Smell and taste are associated with many memories because the neural pathways link them directly to the hippocampus area of the brain.

So I guess a wide array of different smells and tastes will cause someone to seize?

Seriously, that's a downright misleading oversimplification.
 
A normal person would not have seizures due to smells and tastes. Abnormal areas of the brain can send storms of neurons that may trigger seizures in people with epileptic seizures.
Science spent many years looking for the source of memory, what they called the Grandmother neuron. It was believed that one neuron held the memory of her face, another her laugh. Now they think differently. Now its believed memories are in the changed pathways of the neural net.
If one of the neurons dies {they die from the moment your born} in a pathway, the memory stored there become incomplete, or may vanish all together.
All memories, even vivid ones, are more or less accurate reconstructions. But memories often change.
 

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