Memory of human brain{the power you can't even imagine}

 source: live Science

*how does the brain stores memory and retrives it  ?

the simplest answer is that humans brain reshapes itself  with each new memory. this happens through action of synapses or the tiny gaps between brain cell. brain cells, or neurons ,communicate through an elegant electrochemical system. A change in the electrical charge of one cell triggers the release of chemical called neurotransmitters are then taken up by the neuron on the other side of the gap, where they trigger electrical changes in that cell.

"DON ARNOLD" , said -ultimately, memories are encoded in circuits, and the synapses are just a means for etching out the circuits" .

"when one neuron continually simulates another ,there connection strengthens, meaning it becomes easier and easier to simulates each other as times goes on.

At the most basic level, the brain can  store memory by strengthening the store memories by strengthening  the  connections between networks of neurons.

source: chatGpt

*strengthening  the connections between networks of neurons .

our brain strengthens the  c0nnections between network of neurons through a process called synaptic plasticity.

Synaptic plasticity: refers to the brain's ability to change and adapt over time by strengthening or weaking the connections (synapse) between neurons . this is a key mechanism for learning, memory and cognitive flexibility. there are two main forms of synaptic plasticity.

1.long-term potentiation (LTP)

This occurs when the synaptic strength P increases after repeated simulation.

The more a particular neural pathway is used, the stronger the connection becomes, which is crucial for memory formation and learning.

Long-term Depression (LED) This is the opposite of CTP, where synaptic

Strength decreases due to reduced simulation This allows the it to forget or dis regard unnecessary information and make room for new memories.

Synapse: A small space between two cells. that allows them to commernicate with cach other by pasing manage.

AMPA or 1184 α-amino-3-hydroxy-5-methyl-4-isoxazolepropionic acid,

Receptors improve excitatory synaptic transmission and plasticity in the central nervous system. NMDA stands for N-Methyl-D-aspartate. Antagonists are a class of drugs that antagonize or inhibit the action of the N-Methyl-D-aspartate receptor (NMDAR).

Ways to Improve Synaptic Plasticity for better forth Memory also for the boasting the

ability form memories.

Practice and Repetition: strengthen synapse through LTP.

Sleeps During sleep, the brain consolidates memories, strengthening the connections formed during the day. Good quality stup is crucial for improving synaptic plasticity and memory.

Physical Exercise: Exercise boosts the release of brain-derived nurotroplast factors (BIDME), which supports the growth. and survival of neurons, helping to enhance plasticity and memory. Menltal Diet

Mental Simulation: Engaging the in activities that challanges the brain, such as puzzels ,  Warning new skill, or reading, can enhance synaptic plasticity. This simulates the formation of new synaptic connections.

Mindfulness 4 Meditation: Thee practices can stress and Improve focus, which is tom helps the brain form stronger connections,

improving memory retention.. Source:- Gemini

Brain storage capacity

the capacity: 2.5 petabytes

Can Store three million hoor of t Shows.

The Brain stores Information by changing the connections between brain cells or neurons, through a process Called Synaptic plasticity.