Smart rust can clean water, but researchers can use it to oxidize blood.

 Smart rust can clean water, but researchers can use it to oxidize blood.

The smart rust is one version of nanotechnical systems that can clean up water. The smart rust uses iron oxide's ability to trap many pollutants inside its structure. Iron oxide is magnetic, which makes it possible to pull toxic chemicals into its structure. There is a possibility that iron oxide (Fe2O3) can also be used to release lots of oxygen in water or any other liquid. The idea is that chemical or electrochemical nanotechnology breaks the chemical compound between iron and oxygen. In that case, that chemical reaction releases pure oxygen into the liquid.

Small iron oxide particles in water can release oxygen into the water. And that thing makes it possible to increase oxygen levels in water. An even more powerful tool would be rustbite, which is connected with fullerene. In that case, the fullerene will break down carbon compounds. The fullerene will just reduce carbon, and then it breaks chemical compounds in carbon chains. And along with a powerful oxygenizer, that thing can remove anaerobic bacteria from water. The carbon can break chemical compounds of carbon and oxygen, and that thing separates oxygen from carbon. Breaking the carbon dioxide molecules immediately.

"In this illustration, a “smart rust” nanoparticle attracts and traps estrogen molecules, which are represented by the floating objects. Credit: Dr. Dustin Vivod and Prof. Dr. Dirk Zahn, Computer Chemistry Center (CCC), Friedrich-Alexander-Universität Erlangen-Nürnberg" (ScitechDaily.com/How “Smart Rust” Nanoparticles Are Revolutionizing Water Cleanup)

The smart rust that releases oxygen into the water can also be used to oxygenize the blood. The fullerene that is connected to that iron oxide can clean toxic chemicals from the blood and also increase the oxygen level, which can give it time to operate. The most dangerous situation in an accident is that the oxygen level in the blood will drop too low. And if there is no change to react and increase the blood's oxygen level, that can cause brain damage quite soon.

What if someday researchers can re-oxidize hemoglobin outside the lungs? That thing makes it possible to increase oxygen delivery to the desired location in the body.

In some of the most interesting and futuristic visions iron oxide and some enzymes can form so-called auto-oxygenation in hemoglobin. In that system, the molecules separate carbon from carbon dioxide when hemoglobin protein carries it out of the blood The idea is that nanotechnology can break the carbonyl group that ties carbon dioxide together.

Then that nanomachine, which can be an artificial protein, can re-oxygenate the hemoglobin outside the lung. Those nanomachines can bring that oxygen from other places. Nanotechnical systems can use things like iron oxide to transport oxygen to the desired place in the body. Or the nanomachine can remove only carbon from carbon dioxide.

https://scitechdaily.com/how-smart-rust-nanoparticles-are-revolutionizing-water-cleanup/

https://technologyandfuture4.wordpress.com/2023/08/26/smart-rust-can-clean-water-but-researchers-can-use-it-to-oxidize-blood/

The writing of strange organism 46B and the strange lake at the Antarctic, what can give us the answers, what kind of world, there is probably found in Jupiter's Europa moon

Organism 46B
Picture I

Kimmo Huosionmaa

Below this text is a video of strange octopus, what has been named as the “Organism 46B”, and that is one of the strange species, that are found in Antarctica. That octopus was once attacked by Soviet scientists, and this case is quite interesting, because of some reasons this incident wanted to remain secret. The reason for keeping this case secret is actually unknown because there should not find any secrets in the cases, where some animals attack human.


The poison of that octopus is similar with other octopuses, what means that the will of getting the poison for some special equipment would not be the reason for keeping this thing secret. Under the Antarctica ice is a strange world, where have been found lakes, what has been isolated from the age of dinosaurs, and those lakes would keep the ecosystems, what is unknown for humans. There is a possibility, that in Antarctica lakes lives some species, what doesn’t need oxygen for the living, and they could possible separate oxygen from the chemical combinations. Even in Europe live fishes, what doesn’t need to take pure oxygen from water or air for the living. Those fishes like crucians would live in conditions, where the oxygen level is extremely low, and that’s why those lakes are very interesting targets for scientists.


Those lakes in Antarctica would give us the thought, what kind of world could be found in the Jupiter’s Europa-moon, what is the very interesting object for searching extraterrestrial lifeforms. That moon is covered by huge ice-cap, and under that ice would be an ocean, where could be found bacteria and probably the fish-shape organisms. The surface of that moon is probably quite unstable, and that’s why landing on it would be dangerous.


But the thing, what could be sent to that moon would be automatized midget submarine, that can dive in the ocean. The simplest way to make that submarine just makes the nuclear-powered system, what outer layer can be heated, And then this submarine would land to the surface of Europa. After that, the outer layer would be warming, and then that submarine can dive thru the ice. Of course, it could use microwaves to get back to surface for sending transmissions to the Earth. That midget submarine can also be equipped with a small rocket, what can send the water of that moon to orbiter-probe, and that orbiter can send this sample to Earth. But this would be very dangerous because if there would be dangerous bacteria in that water, there could be some epidemics on the Earth.


And that’s why on the Moon might build very sophisticated autonomous laboratories, because if that hypothetical organism would accidentally be released to  Earth atmosphere, would the result be terrible. Organism 46B made me think, that those hypothetical alien organisms might have the ability to transform small germs in the victim's body, and those organisms, what hopefully only live in my imagination could grow as an octopus inside the victim's body. We don’t know this kind of organisms except for the parasitoid wasps on Earth, and those bugs are very interesting part of our ecosystem. And their way to life is very disgusting. They put eggs inside other bugs, and then those bugs would kill the victim. They have given ideas for creepy movie creatures like Ridley Scott’s “Alien”, what is one of the most horrified movie characters in the history of science fiction and horror.

Sources:

https://steemit.com/blog/@steemknowledge/did-you-know-50-the-truth-behind-organism-46-b


https://www.youtube.com/watch?v=s6_x5TZvQ9I

https://www.youtube.com/watch?v=2tKIoZGCY6A

Picture I

https://i.ytimg.com/vi/s6_x5TZvQ9I/maxresdefault.jpg

Why is the carbon-trapping not quite a reasonable idea than it first seems?

Kimmo Huosionmaa

When we are thinking about carbon dioxide leaks, we must remember that this gas-molecule could brake as the oxygen and carbon. The simplest way to cut that molecule is to lead it thru the active carbon, what separates those gasses like it does in the gas mask. Another way is to use lasers, what will make that molecule resonated. The resonance would cut the bonds of that molecule, what makes that gas harmless.


Solid carbon can be collected by filters and oxygen can be put in the bottles. The most effective way to separate carbon dust from the pipe is just blow them with the blower to the tank, what can be changed and transfer very easily.  If the factory uses active carbon filters, they should be changed simultaneously. That will guarantee that the holes of the filter, would not fill with carbon.


Trapping of carbon-dioxide and -monoxide in the oceans or water is not so reasonable than it first feels. The carbon-dioxide will react with water, and then there will creating carbonic acid, what will make the water acidic. That thing happens also in the ocean, what reacts like any other water mass and it will not be a very good process if the global size water area starts to eutrophication. Even if the water mass is extremely large, that reacts some way as lakes, and if the massive water mass will start to eutrophicate, the results could be devastating in worldwide, because if the ocean surface fills with dead plankton, the sunshine would not allow getting in the ocean water.

If the oceans start to acid, that would cause that some silicon- or calcium cored animals and cells cannot create the core, and when massive number of those little organisms would die, there might become the situation, that the sunshine will not able to penetrate in the deepness, and that would cause the loss of oxygen in the deep seas. That will cause massive deaths in the fish-population and other organisms. When those organisms would putrefy, that would cause that more carbon dioxide would rise to the atmosphere.


And if the small algae would die, we are in deep trouble. The problem of the storing the carbon dioxide is that thing is very stable gas, and it can be leaked in the future to the atmosphere. But if that gas would be separated to the carbon and oxygen by using lasers or active carbon filters, that thing could be safer. The separated oxygen and carbon could be stored or used as the source to the chemical factories. That carbon can use to produce the fullerene or new carbon filters. And oxygen can be used in the hospitals and welding processes.