How to make artificial bug?
1. Flapping wings are made by modeling the movement of the movements of the natural bugs
The flapping system would be copied from the natural bugs, and the problem is the energy, which is needed to operate that system. The energy can be created from the miniaturized fuel cells, which allows the bug to drink like a natural animal. But the system would drink hydrocarbon, what might be gasoline.
If we would send those nano bugs to another planet like Saturnian Titan moon they can operate by using plutonium batteries. Nuclear energy is problematic because if terrorists would get the plutonium batteries in their hands, they might try to crush those batteries.
2. Also, golden-iron based chemical Batteries can be used in this thing, but the iron electrodes must be changed simultaneously. And the bio-computer what is trained or programmed neuron can make those robots operating independently.
Also, the normal battery would be used, but if the battery is using gold in other electrodes, the system needs to replace the iron, and that might make possible to create an artificial mosquito, what really drinks iron liquid like blood, and the power source would be inside the stomach of that artificial bug. If we could create a robot, what eats normal food, it can solve the problems with the computer, what should make those robot bugs independently.
That allows creating the biocomputer, where so-called trained neuron will handle that robot by using nano-size EEG machine, which will also give electric stimulation to that neuron. This makes possible to create independently operating and remote-controlled robot, what uses bio-computer for its operations.
3. Those systems can be sent even to another planet.
The thing, what makes this really interesting choice, is that the system needs to operate in shadows, there is no sunlight, and that makes impossible to use sunlight in every case. And those iron-gold batteries, where is the golden net in the stomach, and the iron electrode would be in liquid form, might make those things really interesting to operate.
When we are thinking about the sensors, what those things might have, the sensors might be exactly like some bug. There could be CCD-cameras, what operates like compound eyes, but on the top of the antennas might be two nano-sized cameras, which makes possible to create the 3D vision for the artificial bug. Those systems might also have various sensors, like gas detectors, and direction finding equipment, which allows them to find gas-leaks, ammunition storages, and eavesdropping equipment.
When we are thinking about the use of that equipment, they can be used in the deep space missions, where the space probes will send them in the atmosphere of another planet, and the small power computer would get assistance from the bigger computer, what is in the orbiter probe. That would allow those systems to operate quite independently.
1. Flapping wings are made by modeling the movement of the movements of the natural bugs
The flapping system would be copied from the natural bugs, and the problem is the energy, which is needed to operate that system. The energy can be created from the miniaturized fuel cells, which allows the bug to drink like a natural animal. But the system would drink hydrocarbon, what might be gasoline.
If we would send those nano bugs to another planet like Saturnian Titan moon they can operate by using plutonium batteries. Nuclear energy is problematic because if terrorists would get the plutonium batteries in their hands, they might try to crush those batteries.
2. Also, golden-iron based chemical Batteries can be used in this thing, but the iron electrodes must be changed simultaneously. And the bio-computer what is trained or programmed neuron can make those robots operating independently.
Also, the normal battery would be used, but if the battery is using gold in other electrodes, the system needs to replace the iron, and that might make possible to create an artificial mosquito, what really drinks iron liquid like blood, and the power source would be inside the stomach of that artificial bug. If we could create a robot, what eats normal food, it can solve the problems with the computer, what should make those robot bugs independently.
That allows creating the biocomputer, where so-called trained neuron will handle that robot by using nano-size EEG machine, which will also give electric stimulation to that neuron. This makes possible to create independently operating and remote-controlled robot, what uses bio-computer for its operations.
3. Those systems can be sent even to another planet.
The thing, what makes this really interesting choice, is that the system needs to operate in shadows, there is no sunlight, and that makes impossible to use sunlight in every case. And those iron-gold batteries, where is the golden net in the stomach, and the iron electrode would be in liquid form, might make those things really interesting to operate.
When we are thinking about the sensors, what those things might have, the sensors might be exactly like some bug. There could be CCD-cameras, what operates like compound eyes, but on the top of the antennas might be two nano-sized cameras, which makes possible to create the 3D vision for the artificial bug. Those systems might also have various sensors, like gas detectors, and direction finding equipment, which allows them to find gas-leaks, ammunition storages, and eavesdropping equipment.
When we are thinking about the use of that equipment, they can be used in the deep space missions, where the space probes will send them in the atmosphere of another planet, and the small power computer would get assistance from the bigger computer, what is in the orbiter probe. That would allow those systems to operate quite independently.
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