16 year old girl s amnesia resets every 2 hours, why is it as accurate as a program?

This is just the plot in the movie, and it's not as magical as everyone says, so don't take it too seriously.

It may just be that a cell in the brain has been damaged, causing indirect amnesia, so some things can be remembered.

Personally, I think this is due to the fact that the brain has been hit hard, and our brains are complex, so a lot of strange things happen.

This is just the plot in the movie, you don't have to take it too seriously, if you are serious, you will lose, it's all science fiction.

Because the brain is a very magical structure, there are many nerves in it, and it controls our words, actions, and memories, so everything is very accurate.

The brain is a very peculiar organ, and amnesia in girls is caused by the brain, which should be related to neuronal contact.

No one knew that the little girl's memory was only left before June 11 every time, and the doctor did not find out why.

Life still goes on, as long as life doesn't end. When I saw this news, I remembered a movie called "Memory Fragments", in which the hero's wife was killed, and he himself was hit hard, causing his memories to be reset every day, he wrote all the enemies on the wall, wrote a diary every day, and had to write these things again every day. This is also the case with the real-life little girl, who is reset every two hours.

I was stunned when I saw the calendar on the door showing that it was September! You don't understand, it's just like the plot of the movie, it's unbelievable. These are the exact words of the girl.

On September 12, a 16-year-old American girl named Riley Horner,After being accidentally kicked in the head during a dance party on June 11, causing severe brain damage, she believes that every day is the day of her injury, and her memory is reset every 2 hours.

Horner was a school cheerleader with excellent grades, but amnesia changed her life. Now she has to constantly write things down in a notebook in order to live a normal life. Surprisingly, the doctor's initial diagnosis was brain**, but Horner's memory was stuck on June 11 and he would lose his memory every 2 hours.

Magnetic resonance imaging and computed tomography (CT) scans also showed no abnormalities.

Horner's uncle died, and she probably didn't even know it, and she couldn't remember reminding her every day. The little girl's symptoms did not improve, and doctors said that Horner's condition may not be completely cured, but the mother said they would not give up.

She can remember the big things happening around her at any time. But if this kind of can't be recovered, it will have a great impact on her life.

If her memory can't be recovered, she can prepare a notepad by herself and write down everything she has done, which can help her live.

Now it's her parents who tell her every day what happened, and with this frequency of amnesia, she can keep a diary in the future to maintain a normal life.

If she does not recover, it will be difficult for the little girl to live a normal life, because she only has two hours of memory, which is very difficult for her to live alone.

I think if she can't recover, she can write a sticky note every day to write down when she wants to do something and when she does something.

Forgetting something is not without benefits, and if memories are painful, forgetting them is a good thing.

The human brain is the most complex of all organs and is the center of all nervous systems. The human brain can be divided into three parts: the central core, the limbic system, and the cerebral cortex.

The human brain is made up of more than 100 billion neurons, and about 100 trillion neuronal connections are formed. The human brain is often compared to another complex system that solves processing calculations: digital computers.

As another example, neurons release chemical neurotransmitters on special structures called synapses that transmit information to partner neurons, which convert bound neurotransmitters into electrical signals in a process called synaptic transmission. The fastest synaptic transmission takes about 1 millisecond of time, so both in terms of peak and synaptic transmission,The brain can perform up to about 1,000 basic operations per second, which is 100,000 times slower than a computer.

The human brain can process information in parallel, giving it an advantage in processing a large number of neurons and making connections to each neuron, for example: the rapid movement of a tennis ball activates retinal cells, photoreceptors, which work to convert light into electronic signals. These signals are then transmitted in parallel to different types of neurons on the retina.

Neurons also make use of analog signals, which represent information using continuous numerical values. Some neurons (like most neurons on the retina) are non-peak, and their output is transmitted through hierarchical electrical signals, unlike peak signals, which can change in size and transmit more information than peak signals. The receiving end of neurons, which typically occurs in dendrites, also uses analog signals to integrate thousands of inputs, enabling dendrites to perform complex computational processing.

The human brain has a lot of secrets. It can be seen from the fact that there are one trillion brain cells, and among the trillion brain cells, there are 100 billion brain cells that have memory and storage functions.

The brain has about a trillion brain cells, and it has a very strong storage capacity, about a billion books, and it has a capacity that we can't imagine.

The human brain is very delicate and complex, because everything about us is governed by our brain, so the brain is important to us.

The human brain is very complex, it is divided into many areas, and there are many functions that are responsible for language, writing, hearing, vision, and many more.

The human brain is really super complex, and there are a lot of nerves in it, for example, Einstein, he is simply a cow.

Until now, scientists have not been able to accurately study all of the human brain, after all, there are too many nervous systems, so its precision is not something we can describe.

All kinds of nerves are connected by the nerve center, and if all areas of the brain are used, it is directly a genius.