We take a look
at 7 Evolutionary Technologies which could fully change our world.
1-Fusion Power.
But let's be
honest then.
We always hear about how emulsion power is just around the corner but this time
around I suppose there are some real improvements from MIT to the ITER in
indeed the tokamak reactor.
There are multiple systems around the world which are using different
approaches to a stable response.
There is indeed the lauki compact emulsion reactor design which is intended to
be a mobile 100 megawatt unit.
Not much further information has been cleared recently mit has also made the
extreme claim that they will produce stable emulsion power as soon as 2025 but
perhaps emulsion powers not the answer to our energy requirements.
It might come from an stranger, which is enough important ignored by mainstream
wisdom one illustration, this is the brilliant light power Sun cell reactor to
sum this up.
It's principally a response which forces hydrogen tittles to go to a lower than
ground state and parade enormous quantities of energy now, yes, I know this is
technically insolvable but it's kind of neat to see working prototypes actually
produce a response eventually whether it comes from emulsion or some other
source, it's important demanded and it'll help advance our civilization into
the future.
Superconductors
were discovered over a hundred times agone and they've a property of flaunting
zero electrical resistance.
They also expelled glamorous fields and as some of you know, I'd like doing
trials on the spirit effect, eventually whoever figures out how to make a
room-temperature superconductor will hold one of the most important keys to the
future of technology from hang trains to ultra effective motors and indeed
power lines with zero energy loss.
There would be a complete revolution.
Now, we've experimented with a many effects and nothing has been clarified just
yet one of them being metallic hydrogen, but it's also veritably doubtful to be
metastable.
It might just be super conductive when it's under extreme pressure graphene
also could be super conductive but this is a 2-dimensional subcaste and it
still needs to be cooled down but having said that there have been advances in
graphene design and product so it could be the answer to this problem.
It's not really that far off to suppose that we may just end up living in a
fantasy world.
If we aren't formerly total via our absorption would obviously be suitable to
stimulate all five senses.
And thus we wouldn't be suitable to tell the difference between real life and
the VR worlds with nearly half the population of poverty.
This would be a veritably important incitement to visit VR but that's only if
the technology becomes cost feasible to everyone obviously this is a content
for a whole nother videotape and let's just hope that people aren't ultimately
jacked into a matrix style system.
But if we take a one step further stoked reality which superimposes images and
information on the real world may be the key to power and it might give one
person an information advantage over anyone who doesn't have access to the
technology.
Obviously this would produce further of a difference in society and it just
shows formerly again that technology can be both a benefit and a detriment to
our everyday lives.
4 – Artificial Intelligence
I am going tore-emphasize the word limited because this type of AI system is
formerly in place and it's fleetly changing effects from driving vehicles to
performing surveillance.
It has no mistrustfulness proved that it can outperform humans in certain tasks
and it has measureless eventuality.
So what about a completely conscious AI and why am I not mentioning that well,
I do not suppose it's gon na be anytime soon.
The mystery to knowledge is figuring out how it indeed works.
Is it grounded on survivability or is it commodity deeper than that?
Like a soul there's no universal agreement on what life indeed is so humanity
can progress another hundred indeed thousand times into the future and there
still may not be an answer to this problem.
But at some point perhaps not in our lives but eventually in the future it may
come veritably delicate to tell the difference between a mortal and a drudge
moment our system portraying mortal.
We always hear about a new battery invention every time and it's nearly comical
at this point but constructed commodity which supersedes being battery
technology and actually making it practical.
Well, that is another story.
We also have to keep in mind that batteries have limited dates and they've
lengthy charging times that is capacitors can catch this type of technology
since they can charge within seconds and Germer cycles and indeed under grow
lesser temperature variations, but the only problem is is that capacitors.
Don't relatively carry the same energy viscosity as a battery.
So a auto running on the original weight of capacitors would not relatively get
the avail as you would on batteries that's snappily changing however and
exploration is being done with graphene and essence carbides to make a better
capacitor which has lesser energy viscosity combined with getting the cost of
capacitors down.
Also we could eventually see the capacitor replace the battery.
The question is is how long is that really going to take out of before limited.
We've employed introductory forms of nano technology with tone- drawing accoutrements and sunblock which reflects ultraviolet light.
This technology
is still in its immaturity phase.
We've only begun to discover its implicit
imagine a set of nano machines which could destroy cancer cells or have the
capability to transfigure a truck to a sports auto there really is no limit to
what nanotechnology can do but the main problem independent eenz is that it
does bring up a new realm of problems associated with energy and indeed product
and we also have to consider that nano machines can be one of the most important
munitions ever made which could make it to be one of the most revolutionary
head deadliest technologies at the same time, but to negotiating effects at a
now skill can also lead to new developments in meta accoutrements and they
aren't really machines but they are more so accoutrements which do not do
naturally a many exemplifications would include a cloaking device or indeed a
super lens which gets around the problems associated with surge decay.
But the operations of metamaterials are principally endless eventually if we
can figure out how to make and mass- produce effects and a now gauge it'll
fully change our world.
Current Ultramodern- day computers are getting deadlocked by Moore's law and
they will ultimately be replaced by a new type of calculating technology amount
computers use amount bits, else known as qubits these qubits bear quantumly, so
they've the capability to use one and zero at the same time allowing for
exponentially briskly computations.
Still, current amount computing is still in its immaturity phase since qubits are notoriously tricky to manipulate and maintain so they are not suitable to play crysis or indeed run Windows for that matter only time will tell if amount computers come a part of our everyday lives.
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