Editing Talk:1666: Brain Upload

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Also, upload != move, so I don't think crashing would affect anything. [[Special:Contributions/162.158.214.139|162.158.214.139]] 15:34, 12 April 2016 (UTC)
 
Also, upload != move, so I don't think crashing would affect anything. [[Special:Contributions/162.158.214.139|162.158.214.139]] 15:34, 12 April 2016 (UTC)
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;Reboot and not responding
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== Reboot and not responding ==
 
Human brain is actually constructed in way which makes extremely hard for lock up. In normal operating condition, even when you think whether to start an email with 'Hi' or 'Hey', your brain also does breathing, heart beating, it keeps your position stable (only position which you can keep stable without brain is lying on floor), it processes signals checking if you are thirsty, hungry or sleepy ... lot of work. Computer, on the other hand, can lock so hard it wouldn't be able to keep internal clocks running. Although if it's application and not operating system which is locked, you can often see mouse still moving - which requires lot of processing if it's on USB. On a related note, it's not true brain can't reboot - in most cases, human brain will automatically reboot itself by going to sleep after some period of time. -- [[User:Hkmaly|Hkmaly]] ([[User talk:Hkmaly|talk]]) 12:38, 12 April 2016 (UTC)
 
Human brain is actually constructed in way which makes extremely hard for lock up. In normal operating condition, even when you think whether to start an email with 'Hi' or 'Hey', your brain also does breathing, heart beating, it keeps your position stable (only position which you can keep stable without brain is lying on floor), it processes signals checking if you are thirsty, hungry or sleepy ... lot of work. Computer, on the other hand, can lock so hard it wouldn't be able to keep internal clocks running. Although if it's application and not operating system which is locked, you can often see mouse still moving - which requires lot of processing if it's on USB. On a related note, it's not true brain can't reboot - in most cases, human brain will automatically reboot itself by going to sleep after some period of time. -- [[User:Hkmaly|Hkmaly]] ([[User talk:Hkmaly|talk]]) 12:38, 12 April 2016 (UTC)
 
:That's not how computers are designed, nor how the brain works :-) Besides the central processing unit there are many peripherals that behave autonomously, from discrete electronic devices like fans to the myriad of those that have their own embedded processor, including ethernet chip, keyboard, mouse, graphic card, etc. They continue working, it's just that the main CPU doesn't listen to them anymore. Similarly, the brain is not a single entity but multiple areas interconnected, one being the medulla oblongata that controls breathing and reflexes. In absence of input or overrides, it continues its job automatically, as can be seen in any patient in a coma. [[User:Ralfoide|Ralfoide]] ([[User talk:Ralfoide|talk]]) 16:51, 12 April 2016 (UTC)
 
:That's not how computers are designed, nor how the brain works :-) Besides the central processing unit there are many peripherals that behave autonomously, from discrete electronic devices like fans to the myriad of those that have their own embedded processor, including ethernet chip, keyboard, mouse, graphic card, etc. They continue working, it's just that the main CPU doesn't listen to them anymore. Similarly, the brain is not a single entity but multiple areas interconnected, one being the medulla oblongata that controls breathing and reflexes. In absence of input or overrides, it continues its job automatically, as can be seen in any patient in a coma. [[User:Ralfoide|Ralfoide]] ([[User talk:Ralfoide|talk]]) 16:51, 12 April 2016 (UTC)

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