AI as we know it

 AI as we know it wouldn’t exist if computer hardware capacity didn’t double and double again, but everything we’ve done up until now to make computers smarter has reached its limit.

We’re hitting a wall… Modern computer hardware is not smart enough, requires too much power, and creates too much heat.

This is the reason data centers spend tens of millions of dollars annually for powering giant fans and air conditioners.

Facebook placed its data center in Lulea, Sweden, where temperatures have dropped to -42°F.

Google’s is in Hamina, Finland, using seawater from the Bay of Finland to cool it.

Without glaciers and rivers, many of these massive AI data centers would have already melted down!

AI software is literally melting today’s computer chips.

And that’s no exaggeration.

It’s simple physics.

The biggest roadblock to future AI is hardware, not software, but you won’t hear many Silicon Valley CEOs saying this publicly. These people are selling the Big AI Lie…

And as AI grows, this hardware crisis is only getting worse.

AI Requires Billions of Times More Energy Than the Human Brain

The human brain uses about 14 watts of power, equivalent to a small light bulb, and can handle complex tasks like thinking, remembering, and processing sensory information…

AND it does it all without overheating.

Meanwhile, the combined computer networks that make up the entire internet use much more energy… hundreds of gigawatts… enough to power entire cities and even countries.

Despite using billions of times more energy, these computer systems are far less complex and multidimensional compared with a single human brain.

Even the brightest minds in Silicon Valley have admitted it…

And yet — with more advanced AI being released every day — the chips in today’s computers overheat and melt down…

In short, the current generation of Silicon Valley computer scientists has lost touch with the most important findings of their own profession while completely ignoring physics.

The more advanced AI becomes, the more power it requires and the more heat it produces…

We need something much more powerful than a boost in RAM or a more advanced microchip if AI is to ever advance past performing menial tasks…

And today, for the first time, we have exactly that.

The Exceptional Material Solving the AI Crisis

Why is the human brain able to handle tasks without melting down… while today’s computer chips melt down at a fraction of the work?

Simple…

It’s because silicon is the core ingredient for computer chips, but this material is simply not strong or advanced enough to build a network of super intelligent AI computers.

The brain is much more efficient than silicon.

It consists of multidimensional carbon combined with myriad electrical, chemical, and even quantum interactions.

In order to build a machine that can power next-gen AI, we need truly exceptional material. AI has its limits until this problem is dealt with