The use of bio-electricity is an easy thing in theory

The use of bio-electricity is an easy thing in theory

The use of bio-electricity is an easy thing in theory

Have you heard the shining cells, what is creating a light, when something disturbs them? When some ship is traveling in the tropic night the wake behind it would shine as the phosphorous light, what can be a benefit for creating the bio-light or bio-electricity.

Bio-light can be used in lights, which do not need electricity, and only the small dose of sugar would make those bacteria shine, and that shine can look by using some kind of night vision systems. The bio-luminescence can benefit in the alarm and rescue tools, and when the sugar capsule in the cell culture is broken, the system can send weak green light, what can locate from the airborne helicopters or aircraft.

But the same phenomenon can in theory benefit in the production of bio-electricity. This thing would be very easy to make in theory but in practice, the light of those bacteria is so weak, that the production system would be ineffective. And this means that the system is only in the theoretical level.

In theory, bio-luminescence can be used to create the bio-electricity. 

When we are talking about the bio-electricity, we are meaning benefiting the bacteria for creating electric power for some systems. In theory, that thing would not be very difficult to create, and the easiest way would fill some tank with bacteria, what are creating bio-luminescence, or bio-light. And the bacteria cultures would surrounded by using photocells, what would transform the bio-luminescence straight to electricity.

Or of course, there might be installed the silicon panels on the layers of that tank. In this case, the silicone panels would cover the entire tank of the shining bacteria, but as you might know, that kind of electricity would be hard to produce in practice, because of the light, what the bio-luminescence cells are creating is quite weak.

But there is one possibility, and that uses the bacteria or other cells, what is genetically manipulated. The thing is that the genomes from the cells that are creating the light of the firefly or deep sea angler fish would make the bacteria shine a brighter light. And if those bacteria would put in the cells cultures, they could make the brighter light, what can make those photocells more effective. When the bacteria would feed by sugars, they would create the bio-light.

How to make human brains 2.0? (And writing about advantages of the biotechnology of tomorrow)

Kimmo Huosionmaa

The next text would be thought, what kind of advantages will the nano- and biotechnology have probably in the tomorrow or near in the future. The copy of human brains is probably under the development in some laboratories on the world. The technology would base the advanced nanotechnology and things like installing the microchips in the neurons, what is filled with silicone. Scientists have been made artificial brains by using silver, is the great news of today's neuroscience and artificial intelligence. But maybe tomorrow we can make copies of human brains, and in theory, this technology already exists.

The idea is that liquid part of every each neuron would be replaced by using silicone, and inside each neuron would be installed the microchip. That technology allows to create artificial brains, and the transmitters can be replaced with nanorobots, what would store the information in their mass memory chip and then transmit the signal from cell to another. In those artificial neurons would have tiny docking ports for each nano-sized submarine. And those submarines would travel between those neurons like some spacecraft, and replace the transmitters in that artificial tissue.

This kind of things make me think about this kind of technology, and we might have a copy of the human brains in a couple of years. The thing is that nanotechnology allows creating a perfect and fully functioning copy of human brains, and the thing about those supercomputers is, that we can make copies of the neurons, and put them in the same core, and make those copies by using silver and carbon fibers. Those carbon fibers would be acting like axons of the neurons, and the supporting cells can replace with nanomachines, what would act like real cells in the real bodies. And the core of artificial neurons would be made by silver.

 But this thing is still very expensive and the use of those brains would be only science fiction. There is also made theories about the thing that human brains could live forever in the future. This thing goes like this in theory. and it might seem quite difficult to accomplish. So the neurons of the human brains would suck empty, and the core of those neurons would cover by the polymer. Then the cells would fill with silicone, which would allow that those neurons stay in the form.

And the polymer would equip with nanomachines, what would transfer the axons make new connections, and the role of those robots would be that they would bring the carbon fiber in the right place, and then they would put it in the right place. That would allow making connections in that system just like human brains would do, and in the each of those would install the microchip, where is coded the DNA of each neuron. The microchip can communicate with nanomachines as it makes in the natural brains. Also, the fat between the neurons would be replaced by silicone, which helps to protect those neurons.

This kind of systems are very advanced, and they need extremely sharp technology. The thing is that those systems might use plutonium batteries for creating the electricity, or they can be equipped with artificial mitochondria, what can use to make orgone energy by using the food, what person eats. This technology uses actually similar things, what the so-called bio-battery uses. Bio battery uses similar food what we eat or sugars to create electricity by using bacteria.

In this technology, the electrodes are connected to bacteria, what are all in the same way in the tank. And that tank can be very small size. That kind of biological batteries is very attractive because they are quite easy to build in theory. And they use the same food, what we use. And in the cell phones that could mean that the telephone would operate by using lemonade or some other sugary drink. If that technology will be true in some day it would revolutionize mobile technology.  That technology seems very simple, the electrodes would connect to both sides of the battery, and the heat what comes from the mitochondria of the bacteria would make the organ electricity true, and those bio batteries can also installed in each neuron.