thick carbon fiber as armor

produce armor of carbon fiber that are 10 cm thick 

use carbon fiber armor on a combat vehicle 

build combat vehicle chassi out of carbon fiber 

advantages: lightweight, strong, little research and development needed and carbon fiber is available on the civilian commercial market

disadvantages: costly to produce

distributed defense as a self organizing system

training focusing on competence instead of physical or academic requirements 

using pedagogy instead of stress to achieve efficiency 

if person thinks it's fun to learn, person will become motivated to become more physically fit, to be able to carry rucksack and so on 

if peron think it's fun to learn, person will become motivated to study to become able to navigate and so on 

encourage that people teach each other instead of using organizations 

encourage that people cooperate with each other instead of using organizations 

if some of the people have professional backgrounds, that could be a benefit or that could be irrelevant 

when using organizations, system becomes rigid and easy to predict and easy to penetrate 

when it's a system of people cooperating, it's flexible and hard to counter 

object based: if problem needs to be solved, people spontaneously starts to cooperate to solve problem, could be civilian issues like handling forest fires, finding misslng people, helping during natural disasters, teaching kids to survive a few days in the forest for different eventualities and so on  

object based: if problem needs to be solved, people spontaneously starts to cooperate to solve problem, could be mllitary issues, like setting up milita defense when need arises, helping military with training and excercises and so on 

a self organizing system, important thing is: no organization, structure or network, just people spontaneously teaching each other 

and people spontaneously cooperating 

a self organizing system is difficult to break because it got no command or structure

a self organizing system is difficult to destroy because it is self organizing

a self organizing system that is infiltrated will not be seriously affected by infiltration

a self organizing system repairs itself by people replacing those that no more participate 

a self organizing system adapts around those nodes that are not efficient 

a self organizing system evolves itself, by people teaching each other 

3d printed carbon at nm scale to produce cpu and gpu

if carbon materials could be used to produce electronics, 

at a small scale enough to produce transistors for cpu and gpu, 

then that could become cost competitive since carbon could be 3d printed 

if carbon could be 3d printed at below 2 nm scale, then it could be competitive against silicon based cpu and gpu 

advantages of carbon materials such as graphenes and possibly carbon nanotubes is that there is less waste heat during intense work 

which would enable faster cpu and gpu without dealing with overheating 

according to media, graphene is a viable material in electonics 

and according to media, carbon nanotubes could become a future material in electronics 

polymer industrial development

step 1 use of plastic in industry 

step 2 use of carbon fiber in industry 

step 3 use of graphene in industry 

step 4 use of carbon nanotubes in industry 

electric love

young android girls, we exchanged toughts about cybernetically upgrading the body to produce electricity as a defensive weapon for near proximity targets, 

well, last night when I took a walk, my tongue zapped me in my mouth, 

so I guess, this is more of a penetrating defenses method, 

or tiring out the enemies type of a approach, 

that you have in mind?

business plan for lunar habitats

companies could fund research and development to: 

build solar panels on the light side of the moon to generate electricity, 

collect vast quantities of moon dust, 

use electricity to heat moon dust until it melts, 

use 3d printers to pour it to create a buildings with relatively thin, but sturdy walls and roofs on the moon, 

mass produce habitats 

similar method could be used on mars by using mars dust 

if technology is viable, then habitats could be mass produced on the moon and on mars

advantages: water not required, concrete and cement requires water 

disadvantages: could be brittle, especially on the moon where the cold temperature could fraction the hot material that would be produced 

if technology and business is viable, then companies could use material from asteroids to 3d print space stations in the asteroid belt and then move space stations to where customer requires 

plastic ugv business plan

plastic ugv could be useful for marine infantry and airborne infantry 

plastic ugv would be easier to air transport because of light weight 

plastic ugv would be easier to air drop because of light weight 

plastic ugv would float if air dropped on water 

plastic ugv would float if ship deployed on water 

plastic ugv would float if traversing water to reach destination 

swarms of plastic ugv could swarm targets

for companies to penetrate the market and create a market share, companies could produce plastic ugv for police units and national guard units since those units are unlikely to be attacked by rocket propelled grenades and similar effect weapons 

when enough plastic ugv have been sold, companies can use money for research and development of infusing plastic with graphene so that if possible, graphene infused plastic armor could function in a similar way like bullet proof vests 

when enough products have been sold, companies can use money for research and development of replacing plastic entirely with graphene 

when that is achieved the entire military market is wide open like virgin territory