Fictional swimming trip to the exoplanets oceans

Artist's impression of Kepler 22b

http://kimmontaidearvioita.blogspot.com/p/fictional-swimming-trip-to-exoplanets.html

Kimmo Huosionmaa

Every exoplanet, what we know is very far away, and that's the reason, why all trips to those planets are only speculations. We must create more advanced technology to make that kind of trip to exoplanets like Kepler 22b, where seems to be the giant ocean. That kind of exoplanets are very fascinating and in many imaginational stories, people would swim in those giant oceans, what are covering all planet. Oceans of those water-planets are very deep, and if the estimated depth of the oceans is 100 kilometers, the swimmer would see the darkness under the body.


There could also be water-planets, what have islands and shoal ocean, what might be only 20 meters deep, but this is only the speculation. Nowadays scientists have found only the exoplanets, what would have very deep oceans or another way we might say, that water layer on the surface of those planets is very squad. Kepler 22b is actually 1,5 times larger than Earth, and that's why swimming on its oceans would be extremely heavy.


And even there would not be the similar atmosphere, what allows our fictional astronaut to breath, in the oceans might be animals. Of course, those animals might be very big, like giant whales, because there might be Oxygen in the oceans. But the main problem would be bacteria-size fauna. Those very small organisms would cause infection in the bodies of astronauts, and that would be the biggest threat in that trip.


That's why we cannot go any habitable planet without bio-protective suit and gas masks, or the organisms on that planet would destroy us. The bio-protective suit is actually the overalls, what denies the skin to make contact with the atmosphere and microbes. In some scenarios, the astronauts, who would land to the habitable planet would cover their skin with Vaseline, or some other material like rubber, what would be sprayed to their skin, but this solution would leave skin without oxygen.


And that's why those astronauts must be used NBC-gas gear. If those astronauts want to use sprayed protection, they must be careful, because the bacteria, what is going to the anaerobic environment could cause infections. That's is the reason, that those sprayed solutions would not be suitable for the long-term use. But the film of this thing would be below the text, and I hope that you enjoy that film.

Film:

https://www.youtube.com/watch?v=_23HxAHBbMU


Picture I

https://upload.wikimedia.org/wikipedia/commons/thumb/1/1e/Kepler22b-artwork.jpg/1200px-Kepler22b-artwork.jpg

Using chemical weapons is against international law

British Soldiers in gas exercise
with their Vickers machine gun
(Picture 1)

Kimmo Huosionmaa

There was suspected gas-attack in the Middle-East, and the gas what was used is probably chlorine. This is normal procedure when someone wants to create chemical weapons. The development of those chemicals is against international law, but the chlorine is and other that kind of chemicals are problematic because they are needed for cleaning the water of swimming pools. Production of the chlorine is very easy and cheap. The electrolytic process will break the salt molecules, and then there will release the chlorine and sodium, and the production of that gas, what was used already in the First World War.



The use of chemical agents in the war is very effective, but the problem with those weapons is, that they have no effect against military personnel. The military personnel has normally the protective clothes and the gas masks, and of course, they can get atropine what protects them against the nerve-agents like VX. The gas strike is normally the strike, where is used two types of chemical, the conventional chemical gas like chlorine or phosgene and the same time the enemy will target by nerve-agents.  The gas mask protects against the most chemical agents, what will destroy lungs, and the protective suit protects normally against mustard gas. But the nerve agent will kill the person because it can infect the target straight thru the protective gear and the dose what comes thru the skin will kill the target in the seconds.

The idea of this strike is that the atropine must be taken by nail, and in the gas, the strike will have more killing effect if the protective suit will be broken. But nowadays there would be systems, what protects the personnel from the gas. The most effective way to protect the person from nerve gasses is to give the military personnel same kind of atropine capsule, what is used in the cure for drug addiction and alcoholism. Those capsules look like Antabuse-capsules, but they will release atropine in the blood vessels.


Those capsules are created against the poison of sea snakes, what has the same effect than nerve gasses. Also, the modified insulin-pumps are tested against those feared chemicals. Those insulin-pumps are the same kind of things that are used by persons, who have diabetes but who want to hobby sports. Those pumps are equipped with the gas detectors, and they will give the atropine to the blood immediately after the gas is delivered to the area. The reason, why the military forces have dropped gas-weapons out the arsenal is probably that those weapons will not leave marks for killing to the bodies.


And if the army will lay down after the chemical attack, and then the soldiers will raise up and start to fight in the middle of attackers, would the result be devastating. Also, the chemicals could be flying by the wind to the attacker's own lines, and that would cause own casualties. The gas weapon is only the terror weapon, what is effective only against civilians. There have been made investigations, where the nerve gas molecule is tried to connect to the iron atom, what allows the control of the gas with magnet fields.


That might be one of the worst scenarios, what the international law ever faced. The developing of those weapons is strictly prohibited, but CIA and some other intelligence services have been investigated the snake poison in the poison bullets and poisoned arrows, what can be shoot with the same kind of guns, what are used to sleep the animals. And of course the air-guns are interested those intelligence and espionage personnel, and the sea-snakes poison can be shoot to the target used very sharp nail and airgun. The poison is very lethal, and it can kill the target in the seconds.

Sources


http://www.bbc.com/news/world-middle-east-42675657

Picture 1

https://i.pinimg.com/474x/9d/03/7d/9d037d7c92f96e54e5d8670a00e5c8a4.jpg

What will iron atoms make for graphene material?

Graphene is able to use ultra hard contact lenses
(Picture 1)

Kimmo Huosionmaa

When we are talking about graphene, we mean the 2 dimension carbon atom network, what allows to make very strong surfaces for another material. The graphene network is very strong, and it conducts electricity. But if the carbon network will connect the iron atoms, that action will allow magnetizing the surface. The magnetized iron graphene has the quality, that it can be pulled up and down with the magnets.


That material can be used as the walls, what must be self-cleaning. In this scenario, the iron atoms, what are connected to graphene network will be magnetized, and then the magnets will push and pull the graphene network, and then the dirt will be separated from that surface.  The push- and pull effect will be done by changing the polarity of the magnets, and then they can shake the network, and that allows to drop the dirt off it.


The graphene itself is the super material, but if we will connect there an intelligent component, we can make it even more efficient, what it has been. In this scenario, the bulletproof jackets and vests are equipped with the intelligent component and between the graphene layers is the layers of the iron graphene those intelligent protective clothes can pull the graphene layers to the bullet before it hits the target.


The intelligent system works with miniature radars and other sensors, and those sensors notice the shape of knives or bullets, what is closing the person, and activates the active system just before the projectile hits the target. Of course, those intelligent systems can activate the electric protection system, what gives the same caliber electric shocks than electric batons, or even nano-sized microwave transmitters, what will deny other people to touch that protective gear.


his technology based on the thin electric insulators, what can be protected the electric components from high voltage electricity. Also, the magnetrons can be produced in very small size, and in this scenario is used the atom-sized electric wires and other super miniaturized technology. The computing system might base the smart mobile telephones, what can be used as central processing units. The mobile telephones operating system might be changed, and then that equipment can be used as the computer, but the ideal thing is that normal mobile telephone can be equipped with the applet, what allows it to communicate with microchips, what are hired in the clothes via WLAN or Bluetooth. The imagination is the limit in nanotechnology.

Sources:

Picture  1

http://www.graphene.manchester.ac.uk/media/eps/graphene/explore/what-graphene-can-do/graphene-eye-01_500x280.jpg