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We all want to enhance the quality of our lives. Among the ways to do this is enhance one of the most significant cognitive abilities we have: memory. Studying for that examination, doing grocery shopping or simply learning about basically anything, it all involves us memorizing particular things. Yet memorizing something is not always that easy. Luckily there are a number of ways to improve your memory, like doing specific kinds of memory exercises or supplying your mind with the ideal brain supplements. But to understand how enhancing your memory functions, it is necessary to have basic knowledge of the processes which are involved when a memory is truly formed.

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One of the leading researchers on the subject of memory formation is Eric kindle, who received a Nobel Prize in 2000 for his groundbreaking research on memory formation. Since 2000, many more discoveries are made in the region of neuroscience about memory formation. Despite this, it is still not entirely clear what exactly happens in the brain during memory formation however. This is because memory formation is a remarkably complex process involving many diverse reactions on a really small scale. Nonetheless, some basic concepts are well known and researched. According to Eric kindle and other important figures in the neuroscience department, our memory formations can be divided in two categories one for short term memory and on for long term memory.

If a lasting or repeated impulse like the words you are attempting to memorize for that test reaches the brain, a chemical change occurs in the nerves the fundamental functional unit cells in our brain. This chemical change involves synapses, long arms that run signals and extent from one neuron to many other neurons. buy modafinil can have hundreds of those synapses. When an impulse reaches a neuron, chemicals called neurotransmitters become released within the neuron. These hormones induce the neuron to enter a facilitated state. This enables it to receive and run signals and impulses more readily and faster.

Next, if the impulse continues or is repeated again at a later time, something different happens in the neuron, causing its synapses to change. This procedure, known as synaptic plasticity, causes more synapses to attach to certain neurons. This permits the neuron to process more information even faster. However this practice is only triggered when an impulse continues long enough, as only then the essential neurotransmitters are released that cause the structural shift in synapses. Now the great thing is that these structural changes last a very long time, if not forever. This is the way long-term memories are formed.

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