microsoft

microsoft has grown a lot in the software market 

and for microsoft to grow more in the software market 

then microsoft needs to grow the hardware market 

which will make the software market grow

so microsoft needs to grow in other markets 

such as the hardware market 

and microsoft have products in hardware markets 

such as tablets and mice 

but if microsoft grows more in the hardware market 

by making and selling cpu, stationary computers and servers

then microsoft risks cannibalizing its own customers 

such as dell and lenovo 

and microsoft has avoided cannibalizing its own customers 

by renting out servers in the azure service 

instead of making and selling servers like dell does 

but microsoft could grow in other hardware markets 

without cannibalizing its own customers 

by entering every hardware market 

where there are no or too few microsoft customers 

by competing with companies that are not microsoft customers 

or making those companies microsoft customers 

and production industry is the hardware markets that will grow a lot 

with the use of ai, robotics and automation 

and microsoft could make and sell some of the machines 

that the production industry needs 

so microsoft could buy companies that produce machines 

that are used for production by industry companies 

such as cnc machine companies, metal 3d printing companies, 

robotics companies and so on 

microsoft has been successful by making and selling software 

that developers in other companies use to create their own software 

and in the same way microsoft could make and sell machines 

that workers in other companies use to industrially  produce products 

and as the production industry grows 

then that industry will buy more machines and software 

from microsoft 

and as the production industry develops 

then that will strengthen the economic engine 

in every country 

which will decrease poverty in every population 

so that microsoft gets more customers 

transistor pattern storage

it doesn't matter how fast the computing part of a chip is 

if it has to wait for the memory part of the chip to transfer data 

and those wait times seem short at a human time scale 

but are long in a transistor time scale 

and those wait times occur often as the chip works 

which is what holds computing performance back 

cpu stores data in its cache memory 

so that one part of the chip is computing transistors 

and the other part is memory transistors 

in a many core cpu 

each core could have its own cache 

but that also means many small pieces of cache 

which could be too little cache for some workloads 

such as ai, gaming or supercomputing 

so data transfer wait times that occur often and repeatedly 

and too many transistors that are used for cache memory 

while fewer transistors do computing 

make chips slow 

which holds back every company that rely on computing devices 

and that slows down the economy in every country 

but if each transistor that does the computing in the cpu 

together forms patterns 

and those patterns store data 

then that would replace the cache 

which would mean more computing power 

and more memory 

the transistors that do the computing in a cpu 

constantly switch between on and off 

so the memory patterns would be shimmering 

from transistors switching between on and off while they compute 

so it wouldn't matter if the transistors in those patterns 

are sometimes on or off 

since the pattern is the storage unit 

and later that data is stored on the hard drive 

so that the data remains if the computer is turned off 

so researchers don't need to develop some memristor cpu combo 

instead normal transistors could be used 

but they would have to be used differently 

possibly with some software 

controlling the memory patterns of the transistors 

transistor pattern storage would make transfer of data 

from the memory part of the chip 

to the computing part of the chip 

nearly instantaneous 

because the memory is stored as memory patterns 

on the transistors that do the computing 

which would make those chips extremely fast 

without needing to develop a new chip technology 

so data transfer that is nearly instantaneous within the chip 

and almost all the transistors of the cpu would do computing 

while patterns of those transistors store data 

then that would be truly next gen 

distributed redundancy

data centers are powerful engines that powers the economy 

but they also speed up science, research and development 

which makes data centers vital in developed countries 

but data centers are easily destroyed 

in conflicts and wars 

which would weaken the economy 

and thereby give less resources to the military 

which increases probability of military defeat 

so distributed redundancy is needed 

so that compute is spread out geographically in nodes 

which would make it difficult for an adversary 

to destroy more than a few of those nodes 

and the easiest and most economical way 

to spread out compute nodes geographically 

is to enable the civilian market 

to sell extremely powerful gaming computers 

and extremely powerful gaming consoles 

which would be bought by gamers 

and computer enthusiasts 

those compute nodes would not replace data centers 

instead they would complement data centers 

if data centers are destroyed in conflicts and wars 

gamers and computer enthusiasts could be rewarded 

if they allow various organizations and companies 

to use those extremely powerful gaming computers 

and extremely powerful gaming consoles 

as compute nodes 

for a certain amount of hours each day and night 

in a time of crisis 

and laws could be implemented 

that requires those extremely powerful gaming computers 

and extremely powerful gaming consoles 

to be used as compute nodes 

by various organizations and companies 

for a certain amount of hours each day and night 

in a time of crisis 

and the gamers and computer enthusiasts would be thrilled 

to get hardware more powerful than what they ever dreamed about 

when data centers are deployed in space 

then distributed redundancy could easily be achieved 

by spreading out more space based data centers 

throughout the solar system 

but data centers will still be needed locally on planet earth 

and for distributed redundancy to work on planet earth 

then compute nodes are needed 

and the most economical way to achieve that 

is if extremely powerful gaming computers 

and extremely powerful gaming consoles 

are used as compute nodes 

training solutions

if situations escalate 

so that it risks becoming official 

that I could possibly be a covert leader 

then I or someone else 

could simply start one or multiple consultancy companies 

where the business model is 

that I act as a covert leader in my daily and nightly life 

while covert personnel train to protect me as blue teams 

while other covert personnel train against me as red teams 

the covert training would be considered to be high risk 

and thereby with the risk of serious injuries or lethal consequences 

if situations goes out of control 

and others could act as covert leaders 

so that blue teams and red teams get their training 

which would enable different individuals and interests 

to have excuses for their actions 

and that would keep deniability intact 

where it's necessary 

welfare

the welfare system is a big cost for each country 

but a country won't save any money 

by trying to cut its welfare costs 

because it's usually a constant amount 

of unemployed people, pensioners, students, 

sick people and injured people 

but a country could save enormous amounts of money 

by enabling companies to produce cheaper products and services 

so that people on welfare spend less of their welfare money 

to pay for food and housing 

so that people om welfare thereby need less welfare money 

which reduces the welfare expenses of that country 

and every government is capable of enabling companies 

to produce cheaper products and services 

such as food and apartments 

in every country 

the simple thing is if communication is established 

between governments and companies 

so that governments learn what companies need 

what companies need to produce cheaper products and services 

could be what media writes about 

such as automation and lower taxes 

but it could also be something that some talk about 

such as better work training programmes 

and something obvious like less rules and less bureaucracy 

and it could be something else 

real

adware games on android devices and on apple devices 

are abusive and a form of psychological torture 

so adware games should be considered to be child abuse 

if those games are played by children 

and adware games should be considered abuse 

if those games are played by adults 

there is a reason that steam has forbidden adware games 

while xbox, playstation and nintendo 

have tried to limit adware games on their platforms 

perfect system

if society only protects righteous individuals 

then each individual that is murdered is unrighteous 

or it will be a fake murder of a righteous individual 

such a system would not have to be policed too hard 

because all murders would benefit the society 

no matter whether those murders were unwanted or not 

that system would also apply to violence, accidents and so on