What if you didnt have a brain

you can't do much of anything at all without your brain, and you need it for a lot of things. Thus, is a "no-brainer" indeed a thing in the literal sense? Let's start with the beheading of the no-header. I realize this is a macabre topic, but what exactly is the issue? Are you a fowl? Right, good. Since Mike most definitely was. Farmer Lloyd Olsen went outside in 1945 to get a chicken for supper. The chicken did not perish when he chopped off its head. Another eighteen months passed for Mike the Headless Chicken. He shocked observers as he traveled the nation. He was fed by shoving small drips of water or pieces of grain down his throat, and he was able to walk and perch. Here's the problem, though. Milos It wasn't obvious what to do, but the Headless Chicken still had part of his brain stem in addition to what would be considered a "head." To get a more straightforward answer, we need to examine a much more basic organism: the cockroach. These guys are alright without a head because they don't even breathe through them. Rather, their bodies are covered in openings that allow them to breathe. A cockroach may live for weeks without a head and even after being entirely decapitated because they contain small bundles of nerves called ganglia throughout their body rather than a large, brain. It is able to move and react to movements. The only real issue is that it will eventually starve to death if it loses its head. Not quite as fortunate are we humans. If we were without a head and brain, we would certainly perish quickly. But before you become jealous, remember that even while our skulls are still intact, we still have reflexes that allow us to perform some tasks that don't always require the brain. A finger snapping motion occurs at a speed of roughly 20 mph. A powerful sneeze can also release air at speeds of around 30 to 40 mph. However, nerve impulses happen very quickly. They are capable of 250 mph, but sometimes even that isn't quick enough. For example, cells are dying fast if you accidently place your hand on a hot stove. And 250 miles per hour is insufficient; you must act quickly. Notifying your brain of what's happening immediately is not worth the effort. As a result, other nervous system components serve as a mediator in your first pull-away response. For unconscious and involuntary processes, the same holds true. Therefore, these reflexive, unconscious, or unconscious activities could be categorized as no-brainers in a certain sense. However, since they still depend on your brain to keep you alive, I'm not completely content. What would happen if you were dead? Your muscle cells do, however, still hold some energy in the form of ATP in your dead, brainless body. Backyard Brains, right here on YouTube, illustrates this using pieces of insects. Although this leg is no longer attached to the body or the brain, the cells still contain energy. Therefore, whether the leg is touched or even just breathed on, researchers are able to pick up electrical impulses. "Whoa, that popping sound you're hearing is the spontaneous discharge rate of the living neurons in the still-living leg." A human limb's muscle cells would react exactly the same manner. However, cables are not necessary to see this kind of behavior. Salt works similarly well. Sodium ions have the ability to initiate a process that resembles an action-potential in a live creature. These young frog legs dance when salt is applied, but only momentarily. Eventually, the cells will either run out of energy or start to degrade. However, there are undoubtedly a plethora of other worthy contenders in the last minute. For example, a person may soil themself as a result of their muscles relaxing. Precisely, it makes sense. However, the myth that a body keeps growing hair and fingernails is untrue. Rather, as the skin dries, it actually shrinks, giving the appearance of longer hair and nails. However, let's examine these skin cells in more detail as we may have found a very good answer. Your skin cells are peripheral to the rest of your body, meaning they don't need blood to supply them with fresh nutrients all the time. As a result, your skin cells can carry on for days after you pass away and your brain stops functioning. They do this by absorbing nutrients by osmosis and proliferating. After a day, it is possible to extract skin cells from a dead body. Speaking of which, digestion. Yes, the fact that you are alive and have a functional nervous system helps to accomplish a large portion of the digestion process. But bacteria that just so happen to reside in your stomach carry out some of the work. And they'll keep eating even after you're gone or your brain fails. Making poop, then, is somewhat of a no-brainer—at least in that phase. Here's the problem, though. The germs that inhabit your body are not native to you. You, are they? What about the skin cells that have the ability to carry on after death? Are they really you, or are they just cells that you've provided a comfortable home for? We are essentially questioning if you are just your brain and everything that happens when you lose your brain is just other stuff that you aren't doing, which is where we get philosophical. One may contend that your body no longer has your intentions if it were devoid of a brain. It no longer acts in accordance with your decisions. Put differently, you might not be able to complete a no-brainer because it doesn't involve you. In a sense, being alive and being you are a yes-brainer if all that remains of you is what your brain does and not what your cells do on their own when the brain dies. Taking a look at Vsauce3 is another fantastic choice. 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