What if we would combine the HULC-exoskeleton and space suit

Picture I

http://kimmontaidearvioita.blogspot.com/p/what-if-we-would-combine-hulc.html

Kimmo Huosionmaa

This writing is pure fiction. I took the idea for it from the movie "Predator", and this solution would be pure science fiction. The space suit is very suitable for deep-sea scuba diving, and also the use of this equipment in high-level radioactive areas feels a good idea, but there is one problem with that suit. The weight of the space suit is enormous, and the weight of this system causes, that it is useless in this kind of missions. But with one special equipment, this thing can revolutionize the handling of nuclear disaster and diving technologies. This equipment is HULC-style exoskeleton, what allows the capacity to use the space suit in the surface of Earth. The exoskeleton would give extremely big power to the person, who uses that machine. The space suit is suitable also in deep-sea missions because the suit is very hard. Actually, the space suit is a man-shaped spacecraft.


And in theory, the team, what uses this equipment can be dropped from the spacecraft to operational area, and the space suit is hard enough to resist the pressure of the deepest sea. Those persons can carry the heat shield, what looked like shields, what the knights used, and they can return to the atmosphere. Then the parachutes would be open, and those persons could start their operation in the deep sea or in the radioactive area. Those systems are very expensive, but they can be allowed to operate in the areas, what is too hostile for normal rescue or operative team.


The space suits can allow getting the things from the sunken ships, what are very deep.  The connecting that very heavy thing with HULC-system, could the operator also work in the places like the nuclear disaster. The space suit can allow that the man can handle the uranium fuel without risk of getting radiation illness, but this would make very bad visions in my sight. Space suits are equipped with the thing, what is called the "micrometeorite protection". That means that this suit could be used as the armor suit, what would resist all kind of threats. The suit can be equipped with RTG-generator and lasers. The laser would be in the back of the operator, and the laser rays can be transferred to the arms by using light cables. And the RTG would give enough power to that system. The exoskeleton would give enough force, that one person could carry this kind of equipment.


When we are thinking, that the space suit would be used as some kind of "predator" mission, that thing can also be equipped with the nuclear detonator. The nuclear detonator could be modified RTG-generator, where would be connected with another bite of plutonium. Power of that device would be extremely low, what means about 0,5-2 kilotons. The military might be interested in this kind of devices because they would cover the identity of the operator if this person would be injured. The space suit allows avoiding the DNA markings of the operator, and it will be very hard, and maybe in some laboratories are tested, how suitable this thing would be in some kind of missions. But the high price of that system would limit its use to the space missions. This thing could be very good equipment in some science fiction book, and in the real life, the space suit can be too expensive in the everyday use.

https://www.army-technology.com/projects/human-universal-load-carrier-hulc/

Picture I

https://www.draper.com/sites/default/files/news/spacesuit.jpg

Risks of modern computing

Kimmo Huosionmaa

What is a threat to quantum computers? Those machines are so fast to handle calculations that, they can break almost every code in the world, and that makes ultra-fast computers very dangerous in wrong hands. The problem with secrecy and confidentially in the net is that every secrecy system is made with computers, what is possible in that time. And that’s why all security solutions need to be updated simultaneously.

If those algorithm is getting old, the information what it hires will become available for hackers. And modern computers might be very fast. If their processors will be used in liquid nitrogen, they will become superconducting. That means there will be no resistance in the system, and that’s why those computers are really fast. Same way ultra-small components make possible to make very powerful small size computers.

A nanotechnology is a powerful tool for computer technology. It allows the engineers to build an atomic size component. The nano technical transistor might consist of three atoms, what formulates stand, collector, and emitter in atom size. And of course, the artificial intelligence is a strong component in computing. If we can create an artificial intelligence, what can generate own ideas, and what can use imagination and have feelings, that makes computers dangerous because feelings make them feel hate.


But the most dangerous things of artificial intelligence is that they will be conscious of themselves. That might happen a situation, where machines will rebel. The power of the robots is that they have no feelings and that's why they are ideal to work in military use. But if robots have feelings they might become very dangerous. Have you ever imagine, what if some engineer uploads program, what simulates feelings in some Predator UCAV's (Unmanned Combat Aerial Vehicle) main computer? Can you imagine, if that computer-controlled killing machine will feel anger against some target? This situation might be so terrible, that I don't think it with pleasure.


Normal computers don't have imagination, but if we connect neuron cells to the microprocessor, the computer might become surprisingly working tool. In those test will the neurons connect to microprocessors, and the reason for that kind of test is to test computers, what can really think. Those neurocomputers can do same things than living organisms. The problem of those machines in to feed those cells, what communicates with the inorganic microchip with electric signals. That will make computers a skill to produce new things. And those things are of course interested in the people, who make UCAVs.


Those intelligent UCAV's might equip with the computer, what microchip is boosted with dragonfly's or other bugs neuron cells, what might give their extreme air combat capacity, what normal UCAVs doesn't have. The normal computer makes only moves, what are programmed in that system, and when enemy learns those  UCAV's movements, they would become easy to drop. But those biologically boosted microchips can able to give those robots a capacity to make surprising actions. And if that technology goes to wrong hands, could that cause terrible things.