No Computer on Earth Can Power Next-Gen AI Except This One

My name is George Gilder, and this chip is the only one in the world with the physical properties for powering next-generation AI.

Without this tiny device, the promises of AI will never be reached.

Sure, we’re seeing “AI” of sorts right now.

It can summarize a document for you…

Cut down time on a middle schooler’s math homework…

It can even code a simple software program.

But there is a Big AI Lie spreading through the media and Silicon Valley boardrooms today, and it’s attempting to cover up a harsh reality…

No computer on the market is actually capable of delivering next-generation AI.

Over the years, our laptops have become thinner and our screens wider. But these silicon-based computers are essentially the same models that took five minutes to load a basic webpage in 1999.

The tiny device I’m revealing today is the only breakthrough pushing AI into its next evolution.

In a minute, I’ll show why I believe it will soon be in every office, home, and college in America because the innovation behind it is the most important milestone since the Industrial Revolution…

And, as a result, hundreds of new millionaires could be minted because small companies currently trading under $1 a share are set to soar to $10 or higher.

In short, in my opinion, we’re about to see more changes over the next few years than all the computer hardware innovations between 1952 and now. Remember when IBM’s 5-ton computer, the size of an entire room, was considered revolutionary?

But just like the death of IBM’s 5-ton computer, once it is released, there’s no going back…

And tenfold growth could end up conservative when this hardware officially takes over the world.

Without it, AI is stuck performing menial tasks like how ChatGPT is used today.

But thanks to this hardware breakthrough, we’re about to unlock computers that are smarter and faster while burning less power.

AI is the closest thing a machine will ever get to resembling a human brain, but it’s simply not possible using modern computers.

We need to take a revolutionary approach.

Silicon Valley entrepreneurs are spending billions of dollars creating the most advanced AI to beat the competition, but they haven’t updated hardware to match its performance.

This tiny device solves this problem, and it’s about to disrupt the electronics market, worth $3.7 trillion…

The global semiconductor market, worth $1.3 trillion…

The automotive market, valued at $2.5 trillion…

The U.S. defense industry, worth $617 billion…

The $841 billion global airlines industry…

And many, many more.

That’s why I’m convinced…

The innovation behind this tiny device will make investors more money than any AI stock they are holding or thinking of buying because EVERY AI will soon require it.  

Bill Gates is investing cash to research the core material behind it.

Gates once summoned me to his office to discuss the future of innovation, and he later said: “Gilder is very stimulating even when I disagree with him, and most of the time I agree with him.”

Jim Simons, the former professor turned billionaire trader, has exposure to it in his portfolio too.

They understand next-generation AI isn’t possible without it… all future technology depends on it.

I know because I’ve spent the past 40 years identifying life-changing tech and then investing early.

In 1991, I predicted the rise of the iPhone 16 years before it went to market.

Apple has soared over 175,000% since then.

That turns a $5,000 investment into $8.7 million.

Steve Jobs read my book and even passed it to colleagues, which means my prediction could have been the initial seed that planted the iPhone in Jobs’ head.

In 1994, I wrote about the future of television streaming, a full decade before Netflix helped millions “pull the plug” on cable.

Netflix has skyrocketed nearly 38,000%…

Enough to grow $5,000 into $1.9 million.

And in 1996, I publicly warned we were entering a new era of e-commerce and Amazon would become king.

Amazon is up 162,000%…

Multiplying every $5,000 invested into $8.1 million.

Jeff Bezos even personally helped me set up my Amazon account.

I’ve advised two U.S. presidents, and my best-selling book, Wealth and Poverty, was known as President Reagan’s “favorite” and the “bible for Reagan’s boom.”

The Economist calls me “America’s foremost tech profit.”

Today, I’m setting the record straight about the only tech in the world that can power next-generation AI, just like I did with the iPhone, Netflix, and Amazon.

Here’s the Unfiltered Truth of the Big AI Lie

I don’t hear anyone in the mainstream media talking about the Big AI Lie.

In fact, not even people working in AI are speaking publicly about it.

You’ve probably seen AI in the headlines like ChatGPT becoming the fastest-growing application in history.

The adoption rate of AI is outpacing the internet in the 1990s and smartphones in the early 2000s…

But you’re still not getting the whole, unfiltered truth.

Many believe AI is the most advanced technology EVER, but reality is much more complicated and blurrier…

Because if nothing else changes, this technology will soon be brought to its knees by AI’s Achilles’ heel…

Something you would never expect…

Air conditioning!

At first glance, that may seem strange…

But consider how quickly software has advanced over the past few years to reach where AI is today.

In 2009, machine learning was reserved for Fortune 500 companies and university professors. But today, anyone can access these tools on their phone.

Hardware has attempted to keep up with software’s lightning-quick evolution.

More powerful CPUs (central processing units) and GPUs (graphics processing units) were created, RAM and storage had no choice but to grow, and AI-specific chips were built to improve performance.

All these were only minor improvements that require higher power while producing more heat.

Investors see AI as a global race among software giants, but the real crisis is about hardware and keeping it cool.

That’s where the biggest and most profitable opportunity is today.

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…

And that’s the 10x opportunity in front of investors today.

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…

Which is exactly what I have discovered and why I’m so excited to share this information with you.

We are witnessing the dawn of a revolutionary materials breakthrough, and it’s set to transform the entire landscape of modern computing and so much more.

This isn’t just an upgrade — it’s a complete reinvention of what computers are.

It’s already transforming science, winning at least six Nobel Prizes so far, and, in my humble opinion, it will soon transform the industry.

It has all the properties needed to make a supercomputer capable of powering next-gen AI.

It is substantially more adaptable and chemically complex than the silicon computers in our homes and offices today.

The biggest benefit for AI is how this material generates almost no heat during computation, and it gets rid of heat faster than EVERY other material studied in history…

Yet it has the highest thermal conductivity — meaning nothing today moves heat from one place to another as quickly as this.

What’s the secret? This material doesn’t generate much heat in the first place because its resistance to the flow of electrons is so low.

Power and heat are the biggest threats to AI today, making this material a godsend.

It instantly solves the global AI crisis, which is preventing this multitrillion market from taking the next step in its evolution.

This material is about to change everything by opening the door to the next evolution of computer hardware.

I’ve seen innovations like this before.

Discovering early-stage breakthroughs before almost everyone else is what I do best.

Back in October of 2019, I said Camtek LTD (CAMT) “is remarkably well-positioned to benefit from a confluence of two major industry trends that are unfolding right now: #1 The semiconductor industry is rebounding big time… and #2 5G is going to change everything.”

I wrote that when the stock was $10, then it soared to over $49 a share…

A 391% gain.

That same year, I said Synaptics Incorporated (SYNA) “created many of the ways that you interact with your laptop, tablet, smartphone, or smart speaker.”

And that “the company continues to lead advances in human interface technology.”

I recommended buying Synaptics at $34 a share, and then it climbed all the way to $166…

A 239% winner.

In April 2020, I recommended buying into Inmode (INMD). I said it was “a tremendous bargain” and set to benefit from President Trump announcing Americans could resume elective surgeries during the pandemic.

Inmode rose 661%.

But the material at the core of the world’s smartest computer could be my biggest prediction yet, even bigger than when I told the public to buy Amazon and Apple.

We’re still in an experimental phase right now; investors still have some time to become some of the earliest backers when stock prices are low and growth potential is off the charts.

But they can’t wait long.

Soon, technology will move away from silicon-based computers to this breakthrough material…

And in the process, hundreds of new millionaires will be created.

You’re probably eager to know what this material is.

It might surprise you that you handled it every day as a child and sometimes still do.

There’s a thin layer of graphite in every No. 2 pencil used in school and work, but it’s not ordinary graphite that’s the breakthrough I’m talking about…

It’s a single layer of carbon atoms — called graphene — which is the thinnest, strongest, most flexible, and most conductive material ever discovered.

Graphene is a thousand times more electrically conductive than copper and more thermally conductive than any other material.

It’s hundreds of times stronger than steel or aluminum, lighter than air, thinner than any other substance, flexible as rubber, and transparent.

This material can be manipulated to stop a bullet with an invisible vest, filter seawater and viruses, and it’s about to transform countless industries…

But most importantly, it’s replacing all modern computer hardware while enabling AI to reach its next evolution.

The Washington Post says:
“If you’d one day like to have a phone as thin as a piece of paper that you could roll up in your pocket, graphene may be the answer.”

Futurism.com says:
“Graphene can pretty much do anything — and it can do it better than most other materials.”

The New York Times predicts:
“The wonder material… Graphene could change the electronics industry, ushering in flexible devices, supercharged quantum computers, and electronic clothing and computers that can interface with the cells in your body.”

According to my research, investors who back this material early could see as much as a tenfold spike in their starting stake if everything unfolds the way I think it will.

“Silicon Valley” Is About to Become “Graphene Valley”

Global tech companies are already investing their money because they realize how big a threat it is to their current product lineup.

Intel, one of the world’s largest silicon chipmakers, has been researching and contributing to graphene’s development since 2015.

Nvidia, the leading AI chipmaker with 80% market share, is also researching and testing it.

Huawei, the Chinese tech company and second-biggest smartphone maker in the world, recently filed a patent for a semiconductor built with graphene.

There is a global race going on right now between major world powers to win the graphene market because these leaders understand the future belongs to those who control this material.

Just like how nations with large oil deposits controlled the 20th century, countries that control graphene will lead the 21st century.

China is investing heavily in graphene; it accounts for 60% of patent filings since 2010, and the U.S. and South Korea are not far behind.

Israel is home to nearly 200 semiconductor companies, and many are experimenting with this material.

The reasons are obvious…

DigitalTrends.com says:
“Future chips may be 10 times faster, all thanks to graphene.”

MIT News says graphene
“could help engineers design ultra-low-power, high-capacity data storage devices for classical and quantum computers.”

The Harvard Gazette calls it
“the Holy Grail of condensed-matter physics, as (it) would open the door to tremendous technological revolutions in many areas.”

AI and graphene converging together will radically change our economy while creating more wealth than anything else this decade.

In just a moment, I’ll reveal more details about my #1 graphene stock, a company currently trading under $1 a share but which is set to become a major player in the technology AI desperately depends on.

This stock will be the biggest winner of the AI Boom in my view, because soon every AI application will require graphene computer hardware; it’s the only way to build next-generation computers.

The Most Important Technological Surprise Since the Industrial Revolution

My team and I have been tracking graphene for years, and today, we are at the edge of its next major development.

Life-changing innovation only occurs when two or more technologies combine to create something even greater, just like graphene and AI right now.

I’ve seen this play out time and time again over my 40-year career.

In the year 2000, I saw 3G converging with advanced processors, making Qualcomm (QCOM) the top company in the wireless race.

AT&T attacked me in the Wall Street Journal by saying this was a “misstatement of fact,” but I was right!

Qualcomm shares have soared over 1,200% since.

Fast-forward to another huge convergence with Nvidia (NVDA).

It’s hard to imagine now, but at one point, Nvidia was known for making gaming GPUs and improving graphics for online gamers and designers.

But when these gaming GPUs converged with deep learning algorithms, AI researchers and entrepreneurs could suddenly tap into these powerful chips for more than just games.

I recommended buying Nvidia at $128 a share, and then it soared to nearly $500…

A quick 275% winner.

Then in May 2020, I saw IMPINJ’s (PI) potential as radio frequency identification (RFID) converge with intelligence-gathering software.

I recommended buying shares at under $23, and then they skyrocketed to over $95 a short while later…

A 314% gain in less than two years.

My knack for pinpointing emerging tech convergences ahead of the curve has captured the attention of global influencers and industry leaders.

Media Tycoon Rupert Murdoch invited me to Hayman Island, Australia, to speak to Fox News executives on the future of media.

Peter Thiel once flew me to Florence, Italy, to be the keynote speaker for a private tech conference.

Eric Schmidt, the founder of Google, said: “I listen very closely to what Gilder says.”

Today, my best advice is to get into graphene BEFORE it converges with AI and revolutionizes modern computer hardware.

In just a moment, I’ll reveal more details about my #1 graphene stock.

But before we get to that, here’s…

The Supercomputer Powering Next-Gen AI

In January 2024, researchers at the Georgia Institute of Technology created the world’s first functional semiconductor made of graphene.

This breakthrough will give us faster computing that’s capable of handling advanced AI, even as the devices we use become smaller and smaller.

“Not only can you make things smaller, faster, with less heat dissipation, but you’re actually using properties of electrons not accessible in silicon. So, this is really a paradigm shift, a different way of doing electronics,” Walter de Heer, Regents’ Professor of Physics at Georgia Tech, said.

The graphene semiconductor has 10 times faster computing than ordinary silicon chips.

De Heer says, “It’s like driving on a gravel road versus driving on a freeway.”

Its electrical properties are far superior to any silicon semiconductor ever made, and this will soon have a significant impact on America’s economy.

The global semiconductor market is reaching $1.3 trillion, and graphene is set to replace silicon as the leading material computers are built on.

Without graphene semiconductors, AI is stuck thinking at a basic level, performing simple tasks forever.

History has proven this…

The first form of AI was created at the outset of World War II when Alan Turing developed special-purpose computers that outperformed humans in deciphering Nazi codes.

Today, applications like ChatGPT generate words based on your input, but it does not have the ability to comprehend the meaning behind those words.

Of course, there are more advanced applications of AI, like scientists who use it to determine a protein’s shape to develop new, breakthrough drugs, but even this is an extremely menial task for a biotech researcher.

AI today is essentially the same as Alan Turing’s in the 1940s…

But graphene semiconductors open an entire new world of technology to us.

Electrons move through graphene quickly, leading to faster processing speeds and computation.

It’s flexible, strong, and thin, which are helpful properties for the shrinking size of computers.

But most importantly to AI, the roadblock of overheating is solved instantly because nothing cools off better than this material.

Graphene is more energy-efficient than silicon-based semiconductors, and as AI demands more and more power, this is crucial for machines to reach their full potential.

Billionaire entrepreneur Sir Richard Branson of the Virgin Group said: “Graphene has the proven potential to be a revolutionary material in efforts to put the planet on track for a better future.”

Branson knows a thing or two about getting into big investments early. He currently owns 400 companies ranging from space tourism to online gambling to TV streaming and more.

The Only Chance for Getting in Early on Groundbreaking Technology?

Getting in early on a new technology can make someone more money than any other investing they’ve done before…

But getting in late — at the “top” — can devastate their savings as well.

Just ask investors who bought Nasdaq tech stocks in March 2000, right before the entire index dropped 76%.

Or those who bought Nortel Networks, North America’s biggest telephone equipment maker, which fell from $120 a share to zero…

Or talk to someone who got into the cryptocurrency Ethereum when it was already bid up high in November 2021, just before it crashed 75%.

They will say it’s not enough to identify a groundbreaking new technology; the timing matters just as much.

But if you’ve ever invested too late in a tech company, it’s likely not your fault.

The mainstream media is constantly pumping up the latest fad but is almost never forward-thinking enough to explain what’s coming next.

They want investors to chase the latest fad even if it’s not to their advantage.

To understand why, just look at who their biggest revenue generator is… regular investors…

The big brokerage houses, money managers, and others that spend almost $67 billion annually to advertise on these channels, and they all get rewarded every time there’s a frenzy.

It happened during the dot-com era with Bitcoin, and now it’s happening with AI.

But anyone following the frenzied crowd is already too late because the biggest rewards go to those who are early.

It’s nearly impossible to grow sizable wealth over a short period by getting in on the same AI software stocks everyone else is running into right now.

However, there is an opportunity to get in early on the material behind the future of computers — the only material with the physical properties for unleashing next-generation AI.

To invest early in a truly revolutionary technology, investors must understand the big picture, and explaining it is what I do best.

Marc Andreesen, the founder of Netscape and one of the greatest venture capitalists ever, said: “Gilder is far out ahead of everyone else.”

The truth is that investors need to be far out ahead of everyone else if they want to make big gains from breakthrough technology stocks.

Being slow costs money, and being late costs a fortune.

Graphene is hundreds of times stronger than steel or aluminum, thinner than any other material, but flexible as rubber.

It’s about to revolutionize every computer in the world while unleashing AI’s next big leap.

If an investor takes action right now, they could set themselves up for rewards reserved for only those savvy enough to get in on breakthroughs before they go mainstream…

Like the people who knew about Apple or Netflix before they became household names.

Investors who get into graphene won’t be joining the frenzied crowd; they’ll be leading far ahead of it and enjoying all of the benefits that come with it.

AI Is Only the Beginning… Graphene Is Disrupting Dozens of Markets Worth Over $5.3 Trillion

AI and graphene converging will create new hardware capable of powering the most advanced software our world has ever known…

But graphene is about to converge with much more than just AI.

This material is about to completely disrupt dozens of industries collectively worth over $5.3 trillion, creating wealth for anyone holding graphene stocks.

Under a microscope, you can see graphene is a single layer of carbon atoms in a hexagonal shape.

This unique shape is one reason why it’s so strong yet also light and thin.

However, scientists can “twist” graphene to rotate this material into brand-new patterns, which changes its electronic properties and what it can accomplish.

Most interesting of all, by “twisting” graphene, we unlock properties that are not found in original graphene!

It’s like making an entirely new material that wasn’t previously available to us.

Graphene is about to impact every industry in some way because of its ability to “twist” into new forms, potentially handing early investors a fortune because we’ve never had a material this beneficial before.

Despite the fact scientists working on graphene have ZERO experience in spinal therapy, they’re about to change spinal therapy forever.

How can this be?

It’s all because of graphene, which is so powerful that a quadriplegic young soldier who previously needed a machine to live on will one day be able to walk again.

Today, recovering from paralyzingly severe spinal trauma is considered impossible because when a spinal cord is damaged, cells that act as an “electrical system” begin to die.

It’s why the status quo care for spinal cord patients is meant to increase their comfort, not their mobility.

Just as graphene will change the computers we use, it will also radically alter how we treat spinal cord patients.

The proof is in this video…

This white rat had a severed spinal cord; he was completely paralyzed one day, and it seemed like his life was virtually over…

But almost like a miracle from God, he was running around his cage a few weeks later like he never had before.

Professor James Tour and his associates placed a graphene ribbon into the rat’s spinal column to bridge the gap in his severed cord.

Within three weeks, the rat scored 19 out of a possible 21 on a standard mobility test, a huge improvement from not being able to move around.

This “miracle” was possible because graphene’s amazing electrical conductivity helped restore his nervous system, something scientists had never witnessed before.

Now some will say this is just a rat and not a human, but graphene is converging with gene therapy, micromechanical machines, and machine learning to one day heal a broken spine as easily as someone’s fractured arm.

The spinal cord therapy market is projected to reach $6 billion by the end of the decade.

Graphene medical implants are now replacing surgical implants, ranging from artificial throats to stents, and many are making their way toward clinical trials.

The global medical device market is worth $512 billion today and is projected to reach $800 billion by 2030.

Graphene is also converging with batteries because its incredible electrical conductivity and resistance to heat make it the perfect material.

Samsung is using graphene to develop a new battery with fivefold faster charging speeds and a 45% increase in capacity.

“Graphene has widely become the primary source of interest as the representative next-generation material,” Samsung said.

It’s also disrupting energy storage because graphene supercapacitors are proven to store a hundredfold more energy.

The battery market is valued at over $100 billion right now, and there isn’t anything more important to its future than this material.

The electric vehicle market is worth $385 billion, and graphene is capable of reducing charging times from 10 hours to just minutes, an absolute game-changer for owners of these vehicles.

It’s no surprise this material is becoming a major flashpoint in geopolitical conflicts among America, its allies, and the rest of the world.

It reduces the weight of protection armor, and when applied to the surface of military vehicles, they become undetectable to hostile radar devices.

Because graphene is so thin, light, and strong, it’s the perfect material for bulletproof glass and vests.

Scientific tests proved sheets of graphene outperformed steel and Kevlar® in absorbing kinetic energy and could give our servicemembers better protection and ultimately save more lives.

The Marine Corps has tested graphene. I served in the Corps and have seen the risks our servicemembers confront up close, but graphene could give anyone in harm’s way another layer of protection we don’t currently have.

Aircraft built with graphene parts have better aerodynamics and lower weight, which reduces fuel consumption and is a breakthrough for both military and civilian aviation.

Graphene’s high electrical conductivity makes it perfect for deicing systems in the wings.

The U.S. defense industry is worth $617 billion, and the global airline industry is worth $841 billion.

Ford Motor Company placed graphene in F-150s and Mustangs because reducing noise inside vehicle cabins used to mean adding more material and weight, but with graphene, it’s a different story.

Debbie Mielewski, Ford’s senior technical leader, said, “We are able to use a very small amount, less than a half percent, to help us achieve significant enhancements in durability, sound resistance and weight reduction.”

Ford’s graphene-based foam has a 17% reduction in noise, a 20% increased improvement in mechanical properties, and a 30% boost in heat endurance compared with non-graphene foam.

The global automotive market is valued at $2.5 trillion.

Scientists recently discovered a way of incorporating graphene into concrete, which increases strength and water resistance.

It reduces the cement needed for concrete by 50% and eliminates the need for steel.

This is important for our expanding world because as the population increases, the global demand for concrete is soaring at an accelerated rate.

Just check out this headline from Bloomberg…

If the price of cement continues rising, it may be so expensive and rare one day that graphene is the only alternative.

Cement was a $363 billion market in 2022, a massive industry that graphene could soon be at the center of.

Practically everyone who’s ever tested graphene has seen remarkable benefits.

• Masters champion Sergio Garcia averaged 19 yards longer with graphene golf balls.
• Novak Djokovic broke the men’s tennis record with victory at the French Open using a graphene racquet.
• Graphene microphones are 32 times more sensitive than standard nickel-based microphones and can detect sounds that are beyond the range of human hearing.

It doesn’t matter what the task is; graphene can likely make it much more efficient, and this is proven every day.

I just showed a handful of markets worth a collective $5.3 trillion seeing huge disruptions from graphene, but the truth is, this is just scratching the surface.

To share all the industries this miracle material is revolutionizing would require an entire book, so I’ll cut to the chase…

My #1 Graphene Stock for 10X Profit Potential or Higher

There is a graphene company on its way to:

• Saving millions suffering from previously incurable diseases…
• Saving hundreds of billions in healthcare costs…
• And creating trillions of dollars in value from extended healthy years of life.

The best part of all is that one share of this world-changing company trades for less than $1 today.

For these reasons and more, I’m calling it my #1 graphene stock.

I just showed how graphene repaired a severed spine, which scientists had never witnessed before…

Now, it’s ushering in a new age of medicine by rapidly converging with gene-modifying therapy.

Gene-modifying therapy is a tool scientists use to precisely cut and change parts of our DNA so we can treat diseases while working at the very root level of where diseases happen — our cells.

Today, gene therapy is expensive and complicated.

Developing gene therapy is akin to coding a new app, where you must also engineer the computer hardware and design the entire software framework it operates on.

It’s just too expensive and time-consuming, and that’s what modern gene therapy is, an industry that isn’t standardized yet.

Patients relying on gene therapy are often critically ill; there is no second chance if things go wrong, and every second counts.

The time to manufacture personalized gene therapy drugs today ranges from three to four weeks, but my #1 graphene stock could cut that in half or more…

Because this company is transforming gene therapy from a complicated science to a simple technology, in the process making it more affordable and scalable so more people can benefit.

It’s building one standard platform so now every gene therapy scientist does not have to build their own “computer.” That’s saving lives, money, and time.

My #1 graphene stock is heavily patent-protected and, as of now, is the only firm providing this type of game-changing gene therapy platform.

It’s already helping patients in 15 countries and has made partnerships here at home with Johns Hopkins and UC Davis.

Since this life-changing company trades for around $1 a share right now, it’s a true moonshot investment…

The type that could soar 10X or higher as it moves from an early-stage technology to a mainstream breakthrough.

At the time I’m writing this, this stock has a market capitalization of just $10 million, making it one of the smallest even though it’s working on technology that will soon impact millions.

Yet when the company raised $50 million last year, it did so at a $125 million valuation, meaning this one stock could soar even higher than 10X based on what it was valued recently.

The veteran entrepreneur who is currently running the company sold her last startup for over $300 million, and I believe my #1 graphene stock could eventually get bought out by a huge biotech firm that sees the massive potential we do.

This $1 stock could be valued at over $1 billion one day, providing huge gains to anyone getting in right now.

But the biggest gain potential will go to those who get in early because with each passing day, my #1 graphene stock grows closer to becoming a staple in modern medicine.

I’m sharing its name, ticker symbol, and my full analysis of its investment potential in my newest report: The 10X Graphene Stock .

Once an investor looks it over, they’ll have a full understanding of how this company is using graphene to save lives and why I think it could be a 10X winner.

Graphene is about to change much more than how we treat diseases, and early-stage breakthroughs like this are why I launched my premium investment research service, Gilder’s Moonshots.

Anyone signing up today will receive The 10X Graphene Stock,but it’s not for sale on Amazon or anywhere else.

We’re about to see graphene disrupt AI, defense, aviation, energy storage, medical devices, and possibly dozens of other industries.

The $1-a-share company I reveal in The 10X Graphene Stock is just the beginning.

My team was one of the first to track this fast-moving situation, and we will continue giving our readers analyses and buy recommendations as they develop.

Subscribers of Gilder’s Moonshots will receive all my new graphene stock recommendations as these companies go from small private firms to public stocks, and you’ll be one of the first to discover early-stage tech breakthroughs disrupting other industries.

Readers have already seen winners of…

• 149% with Maxlinear (MXL)
• 188% with Echo Energy (ECHO)
• 239% with Synaptics Incorporated (SYNA)
• 391% with Camtek LTD (CAMT)
• 661% with Inmode (INMD)
• And many, many more…

Of course, not every recommendation I make is a huge, triple-digit winner like those… and not every recommendation I make is a winner…

But I’ve been helping investors for more than 40 years now, with very few complaints… any time you can do something that long, you’re doing it right in my book.

And Gilder’s Moonshots is one of the most exclusive investment research services I run.

Forty thousand readers follow my flagship newsletter, The Gilder Technology Report, which means I can’t share my smallest stock recommendations with this many people.

It would drive share prices through the roof before most had a chance to profit from these opportunities, and I don’t want to put my subscribers in that position.

That’s why I launched Gilder’s Moonshots.

To accomplish this, I’ve assembled a team of some of the smartest people I’ve ever met, the experts who consult CEOs and innovators when these leaders need urgent advice.

Your Personal Think Tank for Tech Investing

One of my top analysts is Steve Waite, who has over 30 years of Wall Street experience.

He held top positions at Morgan Stanley and Merrill Lynch in New York and London.

And he served as chief strategist for SoundView Technology Group, which advised CEOs of early-stage tech companies, both privately and publicly traded.

Steve has had skin in the game too.

He cofounded an investment firm that managed $7.5 billion by the time he retired from Wall Street.

Look, you don’t build a $7 billion fund if you don’t know what you’re doing.

That’s why Steve does almost all valuations on our Moonshot companies and helps manage our portfolio.

Next, please meet my other star analyst, John Schroeter.

Over the past 30 years, John’s been an engineer, executive, consultant, and entrepreneur.

He’s the director at Abundant World Institute, one of the world’s biggest societies of technologists, futurists, and entrepreneurs.

And he consults CEOs on advanced semiconductor, high-performance computing fields and machine learning — fields where he himself holds multiple patents.

John actually coauthored the multi-award-winning book Moonshots: Creating a World of Abundance.

Billionaire Richard Branson wrote the foreword.

He also edited the landmark After Shock, published on the 50-year anniversary of Alvin Toffler’s Future Shock. In short, John understands the future of technology like few others.

Among John, Steve, and me… we have a combined 100 years of experience — and we’re putting it all to work for you.

It’s like having your own personal think tank… with top technology and financial experts working to build your net worth.

Gilder’s Moonshots is an exclusive, proprietary research service focused on microcaps with disruptive converging technology.

Some Wall Street boutique firms charge as much as $50,000 a year for their research.

And hedge fund managers typically charge a 2% annual management fee — AND 20% of the profits…

For each client they have.

That’s what we should probably charge for Gilder’s Moonshots, given the gains we’ve seen and the caliber of analysts helping me run it.

But Gilder’s Moonshots won’t cost $50,000. Or even $10,000.

One year retails at $3,990.

And I know it’s worth every penny and more.

After all, it’s not unusual for the stocks we’re following to jump five or 10 times.

Our continued success is why I’ve been called “America’s #1 Futurist” and the “World’s best stock picker.”

I am confident graphene converging with AI, medicine, defense, and more will have the biggest impact on our world and the market the 21st century will see.

That’s why I’ve created another bonus…

It’s called Tiny Titans: Two Small Companies Set to Dominate Graphene’s Future

The reality today is outside of my #1 graphene stock; most companies in this space are small and private.

My team is analyzing many companies in this early-stage market as they bring their technologies public.

The stocks in this special report are NOT official recommendations in the Gilder’s Moonshots portfolio, but they very well could be one day soon.

I’m giving you the details on both of them now so you understand why they’re such a high-risk/high-reward investment today, and you’ll be ready to move on them if and when they enter our model portfolio.

Inside Tiny Titans: Two Small Companies Set to Dominate Graphene’s Future,you’ll discover two fast-moving graphene companies disrupting major billion-dollar industries.

This report is not for sale on Amazon or anywhere else; it’s only for subscribers of Gilder’s Moonshots.

If you join us today, you’ll also receive my special report Undiscovered AI: The Stealth Superconductor Company Running It All.

Hundreds of billions are being poured into America’s new 5G network because it’s a key technology for wireless AI.

The Internet of Things, driverless cars, virtual reality, and more technologies are not possible without it, and there’s one semiconductor stock at the center of it.

It has already soared over 200% since we wrote this report, but I see room for it to run higher because it has inked major partnerships with Samsung, Siemens, the University of Texas, and others.

The moment you sign up for Gilder’s Moonshots, you’ll also receive access to Undiscovered AI: The Stealth Superconductor Company Running It All.

And you’ll get another special report: Five-by-Five: 5 Early State Moonshots You Can Buy Today.

You’ll discover five of the top small-cap technology stocks creating products that could soon impact millions.

One stock in this report could rise 200% to 600% based on my analysis, and another operates in a market set to grow nearly fivefold.

All five could deliver fast triple-digit gains based on my research.

You’ll gain access to this special report when you sign up today.

Receiving all of this for the annual retail price of $3,990 is still a great deal, but I want my readers to get in early on my #1 graphene stock so you won’t pay this fee.

I’ve asked my publisher to create a discounted opportunity to try out Moonshots for just $995 for one year, and he has agreed.

That’s 75% off the regular membership fee.

If you’re not ready to commit to a year, you can join today for $275 each quarter.

However, this deal is not online for long, and we’re giving these discounted subscriptions out on a “first-come, first-served” basis. In fact…

We’re Only Accepting 100 Additional Subscribers Today

Gilder’s Moonshots analyzes and recommends the smallest, most groundbreaking tech companies, and it wouldn’t be fair to our existing subscribers if we shared this information with a large number of readers.

That’s why we’re only accepting 100 new members today.

We reserve the right to end this 75% savings at any time without warning.

There is also a money-back guarantee for you to try Moonshots. Look over our portfolio, and invest with our research, whatever you like, for a full month. That’s because you have 30 days to review everything I’ve told you about today.

If — for any reason — Gilder’s Moonshots doesn’t meet your expectations, simply call your VIP customer service rep during the first 30 days and you’ll get every penny of your membership fee back.

You can keep all the special reports, investment analysis, and all the intelligence we provide you.

Get started right now by clicking this button:

Don’t miss this chance to access my exclusive, proprietary research for a 75% savings.

When you sign up, you’ll receive immediate access to The 10X Graphene Stock, where you’ll discover the name and ticker of my #1 graphene stock currently trading under $1 a share.

You’ll unlock our full model portfolio so you can get up to speed quickly with all of our active small-cap and microcap buy recommendations.

Over the coming months, there will be huge potential as graphene converges with AI, medicine, batteries, and so much more.

You have two choices right now…

You can sit on the sidelines as this breakthrough material disrupts dozens of billion-dollar and even trillion-dollar industries…

Or you can claim your stake early today and take advantage of what’s to come.

My team and I will be by your side every step of the way so you always know where the biggest potential is.

Plus, as a member, you’ll discover even more tech innovations outside of graphene months before you see them in the mainstream media.

There is no investment research service on the planet like Gilder’s Moonshots. I invite you to join us using today’s 75% savings; you’re fully protected by our 30-day money-back guarantee.

Sincerely,

George Gilder
Investment Director, Gilder’s Moonshots