I was reading about the actual quantification of our bio electricity and after reading a short but fascinating blog article, two strangely recent comments were read.
The first inquired about the possibility of powers through electromagnetism, the basis of life: "can we use that tiny amount electricity { which everyone has in the body } to generate large amount of electricity and actually transfer it out of our brain , thus creating natural electric field around that person ? …. hence that person can move stuffs with the help of electric field generated ! , I know it’s hypothetical ….or is it possible ?"
Reply: In short, no.First, we must take into account the laws of physics that are in play. Physically, there is no creature or creation alive that has mastered the harnessing of energy. Heat, sound, friction, distribution of force, and other kinds of energy rob from our output naturally. Because of that, we cannot harnest milivolts without expanding more energy to procure them.
Electronically, similar to physically, there is more than volts at play. First, electicity is produced by electrons jumping through atoms, which produces heat, measured in joules or watts. There is also the consideration of atmospheric resistance at play, meaning that bone, skin, and brain juice all have resistance to electricity (making them fry when shocked) as well as non-ionized air being highly resisitant (which is why lighting hits periodically and not all the time… The air creates ionized tunnels that allow electricity to pass through it for a moment, allowing the clouds to discharge). Resistance is measured in ohms. Lastly, to keep the field alive, you would need aperage, rather than voltage. That is the measure of current.
These fit together through Ohms law that state that, in order for a current to be possible, the amperage needs to stay equal while the voltage reduces to 0 and not below. Due to loss in wattage, resistance and no clear circuit for the voltage to travel, there is no possible way to get the voltage outputted.Secondly, the concept to move things via electricity is called electro-magnetism. Basically, using electricity to create a magnetic field able to repel an object’s atoms to create thrust in one or all directions. This theory has been proven to be possible for non-magnetic items, and there is a single magnet powerful enough to do so… However, in order to create it, it’s also a magnet that takes more electricity than all of humanity combined can generate. (It’s fun to watch though, youtube “magnetic strawberry” and you’ll find it… I think it’s through Smarter Every Day)Thirdly, and most importantly, we must understand WHY the energy is there. Our nervous system uses an electronical pulse to send signals from the brain to a muscle so you move. Electric shocks tell your heart to beat. Electric pulses through pain recepters tells us when we are being hurt. Memory is a group of series of electrical pulses throughout different centers of our brain firing at once. The sense of smell, taste and sight are also using those electronical pulses to sypher what we smell taste and feel, that can trigger memories itself. Things you don’t think about like breathing, bleeding, digesting are all done by continuous electrical pulses from the brain.That said, neurons need their electrical charges and neuropathways to allow us to live. If you were to remove the electronic charge of the brain, you’d rob yourself from your life support, memories, and abilities to function and protect yourself, all while creating enough voltage to….fail."
The first inquired about the possibility of powers through electromagnetism, the basis of life: "can we use that tiny amount electricity { which everyone has in the body } to generate large amount of electricity and actually transfer it out of our brain , thus creating natural electric field around that person ? …. hence that person can move stuffs with the help of electric field generated ! , I know it’s hypothetical ….or is it possible ?"
Reply: In short, no.First, we must take into account the laws of physics that are in play. Physically, there is no creature or creation alive that has mastered the harnessing of energy. Heat, sound, friction, distribution of force, and other kinds of energy rob from our output naturally. Because of that, we cannot harnest milivolts without expanding more energy to procure them.
Electronically, similar to physically, there is more than volts at play. First, electicity is produced by electrons jumping through atoms, which produces heat, measured in joules or watts. There is also the consideration of atmospheric resistance at play, meaning that bone, skin, and brain juice all have resistance to electricity (making them fry when shocked) as well as non-ionized air being highly resisitant (which is why lighting hits periodically and not all the time… The air creates ionized tunnels that allow electricity to pass through it for a moment, allowing the clouds to discharge). Resistance is measured in ohms. Lastly, to keep the field alive, you would need aperage, rather than voltage. That is the measure of current.
These fit together through Ohms law that state that, in order for a current to be possible, the amperage needs to stay equal while the voltage reduces to 0 and not below. Due to loss in wattage, resistance and no clear circuit for the voltage to travel, there is no possible way to get the voltage outputted.Secondly, the concept to move things via electricity is called electro-magnetism. Basically, using electricity to create a magnetic field able to repel an object’s atoms to create thrust in one or all directions. This theory has been proven to be possible for non-magnetic items, and there is a single magnet powerful enough to do so… However, in order to create it, it’s also a magnet that takes more electricity than all of humanity combined can generate. (It’s fun to watch though, youtube “magnetic strawberry” and you’ll find it… I think it’s through Smarter Every Day)Thirdly, and most importantly, we must understand WHY the energy is there. Our nervous system uses an electronical pulse to send signals from the brain to a muscle so you move. Electric shocks tell your heart to beat. Electric pulses through pain recepters tells us when we are being hurt. Memory is a group of series of electrical pulses throughout different centers of our brain firing at once. The sense of smell, taste and sight are also using those electronical pulses to sypher what we smell taste and feel, that can trigger memories itself. Things you don’t think about like breathing, bleeding, digesting are all done by continuous electrical pulses from the brain.That said, neurons need their electrical charges and neuropathways to allow us to live. If you were to remove the electronic charge of the brain, you’d rob yourself from your life support, memories, and abilities to function and protect yourself, all while creating enough voltage to….fail."
