“One of the most radical shifts in the history of science” – Inc. Magazine
BREAKTHROUGH “INFINITY CHAMBER” COULD UNLEASH $8 TRILLION IN NEW WEALTH
If you thought the computer revolution changed the world, the next 45 seconds will blow your mind…
Table of Contents:
- Introduction
- Who is Michael Robinson?
- The Quantum Infinity Chamber: Solutions That Have Been Out of Reach Are Suddenly in Play
- This Tiny Startup has over 60 Patents and Applications Protecting Their Intellectual Property
- How Quantum Physics Fueled the Computer Revolution
- Qubits Defeat Binary Limitations
- A Nobel Prize and a New Startup Company
- Just Some of the Ways Quantum Computing Could Change the World…
- Transforming the Global Logistics Market
- Accelerated Drug Development
- Revolutionize the Entire Battery Industry
- A 500% Boost in Solar Conversion Efficiency
- The Founder of the Company Pioneered the Quantum Industry
- Addressing the Global Water Crisis
- Several Tech Billionaires are Getting on Board…
- Two Distinct Ways to Play this Opportunity
- The Quantum Infinity Hub is only one of Five Distinct Investment Hubs at Nova-X
- Details on the Tiny Quantum Startup
You are looking at what we call a “quantum infinity chamber…”
This tiny device measures just two inches wide by one inch tall.
When activated, conditions inside simulate DEEP SPACE…
With temperatures falling to nearly 459 degrees BELOW ZERO…
So cold, in fact, that the subatomic particles inside slow to near-perfect stillness.
Out of this stillness, a world-changing revolution is now being born.
It’s about to unleash quantum technology breakthroughs unlike anything that we have ever seen…
So radically different from computers, smartphones, and lasers that it could create over $8 trillion in new wealth and disrupt every industry on the planet.
Imagine: Electric vehicles could run seven years on a single charge… new drugs could help put an end to cancer, diabetes, and even Alzheimer’s… superfertilizers could help end world hunger without damaging the environment… synthetic carbon-capturing materials could literally suck toxins right out of the atmosphere, reversing climate change…
In short, the power inside this tiny chamber promises to be game-changing for mankind…
And life-changing for early investors.
Bob Keppel:
Hi, folks. I’m Bob Keppel, executive publisher for Money Morning.
In the next few minutes we’ll be sharing the fascinating story behind the Infinity Chamber and all its implications in the next few minutes.
The really exciting part is: For the first time ever, investors can grab a unique ground-floor stake in this game-changing technology.
To help us break down what’s happening, I’m joined now by our director of technology and venture capital research, Michael Robinson.
Michael Robinson:
It's great to be with you, Bob.
Bob:
Michael, you’re a 37-year veteran of Silicon Valley. You’ve served as a strategic consultant, a board member, and a senior advisor to 12 startups.
You also have a history of getting out in front of disruptive technology.
Back in 2012, you published an article about the technology hidden inside the Infinity Chamber. And now, the rest of the world is finally catching up to you.
Michael:
Look, situations like this – I’m talking about radical paradigm shifts that transform society – only come around once every 50 years or so.
In fact, I’d say we’ve only had three major paradigm shifts in the last 150 years. The first was in the 1870s when oil was discovered.4
Bob:
Oil made John Rockefeller the richest man in the world. In fact, he turned $4,000 into $340 billion in today’s dollars.
Michael:
And the second major shift, Bob, hit around 1910 with the invention of the automobile. And as we all know, cars changed everything.
Bob:
Of course. Cars made Henry Ford wealthy. He turned a ground-floor stake of $28,000 into $200 billion in today’s dollars.
Michael:
And then the third major shift was the computer revolution – which really took off in the 1980s. Of course, computers changed the world.
Bob:
And the wealth they created was simply astounding. From Intel to Apple to Microsoft, Google, Facebook, and Nvidia – all of them minted hundreds, even thousands of millionaires.
Michael:
And that’s where we are today, Bob, on the very leading edge of a new paradigm shift.
This breakthrough could finally allow us to combat the biggest problems facing mankind today…
Solutions That Have Been Out of Reach Are Suddenly in Play!
I’m talking cancer, climate change, the global water crisis, world hunger. One MIT scientist even believes this breakthrough could extend human life – as well as the quality of life.
I want the folks at home to really understand this – so I like to think of the world’s biggest problems as very complex mazes.
This maze has roughly 150 trillion possible paths.
Bob:
That sounds almost impossible for a human to even comprehend – let alone solve.
Michael:
That’s correct – because a human can only explore one path at a time.
And the world’s fastest supercomputers work exactly the same way. They explore one path until they hit a dead end. Then, they go back to the beginning – over and over and over again. Bob, even a supercomputer would take decades to solve this maze.
The Infinity Chamber operates in an entirely differently way.
In fact, instead of exploring one path at a time, the Infinity Chamber can explore all possible paths simultaneously.
As a result, it could solve this maze in just 30 seconds.
And this is very important. That technology puts solutions to the world’s greatest challenges in play.
Bob:
We’ll be going into more detail on that in a moment. We’re also going to talk about the tiny company that is way out in front on this technology.
But first, let’s talk about what’s happening around the world. Already, 15 countries have implemented national initiatives to harness this breakthrough.
Michael:
They’re all pumping billions into this technology. Heck, the United States and China are racing to gain an edge in this new space. In fact, China believes this is so important they’ve invested $10 billion and made it part of their national strategy.
Bob:
And the United States has gone so far as to enact a law – bill number 6227 – dedicated to full-scale development of this breakthrough.
By the way, this bill passed the Senate UNAMINOUSLY – so there is no debate…
This Breakthrough Is Critical to the United States – Both Economically and on a National Security Level!
Michael:
Bob, this technology could remake the world’s military, economic, and technological powers. At the same time, it could redefine industries as diverse as communications, health, finance, and even energy.
Bob:
And you’re not the only one who thinks so, Michael. From Fox News to Time Magazine to the Wall Street Journal… this technological arms race has reached an all-out frenzy.
Michael:
That’s exactly right, Bob. And at the center of it all sits the tiny startup that created the Infinity Chamber. And talk about a dominant advantage, Bob…
They’ve Got over 60 Patents and Applications Protecting Their Intellectual Property!
Bob:
And, Michael, let’s point something out here. Breakthroughs like this often set up significant opportunities for investors – especially early investors.
Michael:
You better believe it, Bob. And the investment landscape surrounding the Infinity Chamber is unprecedented. Just look at the three big paradigm shifts we mentioned earlier.
All three created staggering wealth. But truth be told, ordinary folks didn’t have a chance to participate at the ground-floor level.
Bob:
Michael, that’s true. Tycoons dominated the oil revolution. Henry Ford and his bankers made the big bucks with cars. And the venture capitalists who got in early – well, they picked up the lion’s share of the computer revolution.
Michael:
Absolutely, and that’s what makes this new revolution so different, Bob.
Bob, everyday investors have a chance to secure a ground-floor stake in a world-changing paradigm shift. In fact…
This Tiny Startup Offers the Very First Pure Play in History on This Breakthrough Technology in History!
And get this, Bob, they just began trading days ago!
And the great part is: Instead of doing an traditional IPO, they went public using a backdoor strategy. It’s very low-profile, so almost no one knows about this company yet!
Bob:
That’s why we’re here today, Michael. And we want everyone watching to get out in front on this opportunity. Our team even gained special access to this tiny startup. In fact, we just sat down with the CEO for a one-on-one meeting.
Michael:
Bob, this gentleman is the real deal.
He started working at the MIT Artificial Intelligence Lab – get this – when he was 16 years old. He founded a software company that was ultimately sold for over $500 million. And most recently, he was the genius behind Amazon Prime’s delivery logistics.
Bob:
And now, he’s the one leading the company behind the Infinity Chamber.
Michael:
Let me put it in perspective. Imagine if you had access to a one-on-one talk with Bill Gates in 1986. And he pulled you aside and offered you shares of Microsoft at 10 cents a share. You think you might want to put a few bucks into that?
Bob:
Well, I would hope so – because if you’d put a $10,000 stake into Microsoft back in 1986, that would be worth over $30 million today.
Michael:
And that’s the potential we’re looking at today, Bob.
Bob:
Well, Michael, why don’t you take us inside the Infinity Chamber? Show us why it’s such an absolute game changer.
Michael:
To really understand this new technology, we need to go back and look at what’s happened over the last 50 years or so.
Bob:
You’re talking about the computer revolution…
Michael:
That’s right. The advances we’ve made over the last five decades have been extraordinary.
And if you dig in and look at the biggest catalyst behind the computer revolution – the reason it all happened comes down to quantum physics.
In fact, everything that’s been achieved – from PCs to supercomputers to smartphones to lasers, transistors, semiconductors, and even the internet, for that matter…
And not to get too technical, but the thing that makes all these devices do what they do is electron flow. In short, quantum physics allows us to control the electron flow behind every electrical gadget on the planet.
Bob:
You’re talking about objects at the atomic level, right?
Michael:
Yes – at the atomic and subatomic level… atoms, electrons, protons, neutrons, and even light waves.
And here’s what’s really fascinating: At the subatomic level, the laws of classical physics don’t apply.
For example, imagine and apple. Now, let’s say you drop the apple.
We all know what’s going to happen. The law of gravity says the apple will drop. And drop, it does.
Bob:
But that doesn’t necessarily happen at the subatomic level.
Michael:
Correct. Subatomic particles don’t necessarily follow the law of gravity. If you could drop a subatomic particle, it might not fall. It might just sit still – suspended in midair. Or it could fly off into space.
Here’s where it gets even more complex. In our world, this apple is an apple – period, end of discussion. But in the world of quantum physics, this apple could be an apple. It could be an orange. It could even be a banana. And this is really, really important: all at the exact same time.
At the quantum level, this is called…
The Law of Superposition!
And the law of superposition says that a subatomic particle can exist in multiple states at the same time.
Bob:
OK, now let’s stop here for a second here, Michael. This science is mind-blowing.
You’re saying in the quantum world, an apple can be an apple, an orange, and a banana all at the same time?
Michael:
Of course, it makes no sense in the physical world. That’s why we have quantum physics – to help us navigate the crazy world of subatomic particles. And the application of quantum physics drove the entire computer revolution.
Bob:
Now, Michael, the computer revolution has had quite a run. And yet despite all the incredible things classic computers can do…
They simply aren’t capable of solving the world’s biggest challenges. Why is that?
Michael:
Bob, classic computers have what I call binary limitations.
Bob:
Let’s define that for our viewers.
Michael:
Yes, and this is very important. Now, as you may know computers store information in “bits,” and the information is coded in ones and zeroes. In other words, everything you watch or read or listen to on your computer is really a sequence of ones and zeroes.
So let’s say you want to put the alphabet on your computer. Each letter is represented by an eight-digit sequence of ones and zeroes.
Bob:
So to store even something as simple as a book requires a lot of space.
Michael:
Exactly. You watch a movie on your computer – behind the scenes, you’re looking at a sequence of ones and zeroes a billion times over.
Now, processing complex, data-intensive problems – like that maze we saw earlier – requires tremendous amounts of space.
Bob:
So the more complex the problem, the longer it’s going to take.
Michael:
Exactly. And when you start looking at society’s most complex challenges, it could take a supercomputer YEARS, even decades, to work through the various permutations. Now, take this cup of coffee for instance, Bob.
A single caffeine molecule is made up of 24 atoms.
Bob:
So not that complex as far as substances go.
Michael:
No, not at all. Even so, the caffeine molecule can rearrange its electrons, neutrons, and protons into different permutations. So while we still see a single cup of coffee…
It would take the world’s fastest supercomputer over 10,000 years to simulate all the possible states of caffeine.
Bob:
And that’s just a simple cup of coffee.
Michael:
Right. So when you start talking about complex pharmaceuticals and how they interact with all the billions upon billions of atoms inside a human body, it’s even more complicated.
Classic computers are fantastic – no question about that. Modern society literally runs on computers!
But in order to solve the biggest challenges facing mankind, we need something with exponentially more power.
Bob:
And that’s why the world is rushing after the technology hidden inside this Infinity Chamber.
Michael:
Exactly. And the story behind the Infinity Chamber is actually quite fascinating…
While the rest of the world was focused on building faster supercomputers, two scientists – one from Harvard and one from MIT – started thinking outside the box.
Those two scientists started asking themselves, “What if – instead of using traditional bits to conduct calculations like a traditional computer does – what if we scale down to the quantum level and use atoms instead?”
Qubits Defeat Binary Limitations!
Here’s what they discovered, Bob. While a classic bit can only be a one or a zero… an atom – what we call a quantum bit, or qubit – can be a one or a zero at the very same time.
Bob:
It’s the law of superposition in action. A qubit can exist in multiple states at the same time.
Michael:
Yes. And these two scientists demonstrated – for the first time in history – that an atom could be in a state of superposition and be used for calculations.
Bob:
So instead of using bits – like a traditional computer – to carry out the calculations, they started using qubits.
Michael:
Yes. And by doing so, they overcame the binary limitations that restrict classic computers.
Bob:
Alright, Michael, let me be sure I’ve got this straight – because it’s all a little hard to fathom. Since the quantum bits can exist in multiple states, the quantum machines possess a lot more computational power than traditional computers do.
Michael:
Exponentially more power, Bob. EXPONENTIALLY MORE POWER.
Because not only can the qubit be a one and a zero at the same time – it can exist in any state in between one and zero.
Bob:
So it’s not just two states at once – we’re talking three, four, five states, all at the same time.
Michael:
Bob, a qubit can exist in potentially hundreds, thousands, or even millions of states at the same time, depending upon the capacity of the machine.
So while a classic computer analyzes problems one permutation at a time… a quantum computer can potentially analyze millions, billions, or even trillions of permutations all at the exact same time.
This breakthrough is so important – so revolutionary…
It Led to a Nobel Prize!
And while one of the scientists behind the Infinity Chamber was picking up a Nobel Prize…
The second scientist was launching a new startup company.
Bob:
And that’s the same startup we’re talking about today – the company that created the Infinity Chamber.
Michael:
Exactly. Let me give you a real-life example.
Recently, NASA scientists went down to Oak Ridge, Tennessee – where the Department of Energy keeps one of the fastest supercomputers in the world.
They fed the supercomputer called Summit a very complex random circuitry problem. The problem was so complex that NASA folks estimated it would have taken Summit about 10,000 years to work through it using the Summit.
The NASA scientists gave the same problem – the exact same problem – to a quantum computer…
The Quantum Computer Solved the Problem in Just 200 Seconds!
Bob, that’s just a little over three minutes. And that’s an amazing accomplishment.
Bob:
I’m starting to see just how revolutionary this breakthrough is. That kind of speed and power – well, it’s easy to understand how it could transform entire industries.
Michael:
Bob, let’s make this official. We are now leaving the computer revolution and entering the Quantum Age. I believe it will change life as we know it.
Bob:
Well, you’re not alone. As we mentioned before, Inc. Magazine says quantum computing will be “one of the most radical shifts in the enitre history of science.”
The head of global thematic investing at Bank of America – well, he believes quantum computing could be even more radical than the smartphone. He flat-out says, “This is going to be a revolution.”
And Wired Magazine plainly states, “Quantum computing could change the world.”
So, Michael, let’s walk through some of the ways quantum could, in fact, change the world.
Michael:
I’d love to. And let’s just start with something that is truly critical to modern society…
The Global Logistics Market.
Bob:
Right, you’re talking about the way products move from manufacturer to warehouses to trucks to your home.
Michael:
Exactly. Most people don’t think about logistics very often unless they are expecting a package, but it’s truly the backbone of the world’s economy.
Think about it, Bob. Everything that is bought and sold moves somehow. Look at how Amazon has taken over commerce. It comes down to logistics.
Bob:
Well, we just saw the importance of logistics in Southern California. There were over 60 ships backed up waiting to unload at the Port of Long Beach.
Michael, that’s 500,000 shipping containers floating offshore with nowhere to go!
Michael:
Of course, that’s going to inconvenience a lot of people. And it could also turn catastrophic. I mean, if a hospital doesn’t receive a rush order of ventilators on time, that’s a life-threatening problem.
Bob:
Bottom line: Logistics is crucial. No wonder it’s a $5.2 trillion industry.
Show us how quantum computing could transform logistics.
Michael:
Well, let’s take a look at a daily logistics problem – route selection. Consider this, Bob… a UPS driver makes an average of 135 deliveries a day.
Bob:
And it’s in UPS’s best interest to be as efficient as possible – because that efficiency saves them fuel, time, and money.
Michael:
Exactly. But, Bob, with 135 deliveries, the number of possible routes is so large it has 227 digits!
It would take a classic computer longer than the age of the universe itself to calculate the optimal route. And that’s just for one driver. Bob, UPS wants to do this for more than 66,000 routes – every single day!
Bob:
And I’m guessing quantum has a big edge here.
Michael:
Again, we are talking about the difference between 10,000 years and 200 seconds. And it’s not just UPS. You’ve got FedEx, DHL, and all of the regional and local delivery services.
Bob:
Now, Michael, we touched on this earlier. One of the most important and most complex industries on the planet is pharmaceuticals – specifically drug discovery. It impacts billions and billions of people.
Michael:
Absolutely. Bob, we are living through the critical nature of drug development. Look at the COVID-19 crisis. Everybody is talking about the Moderna mRNA vaccine – you know, the one that seemed to come out of nowhere in a matter of months.
But what most folks don’t realize is that the technology behind the mRNA vaccine was in development for more than 30 years!
Bob:
Seems like we got kind of lucky that it was ready because according to the Tufts Center for the Study of Drug Development…
It Takes an Average of 15 Years Just to Bring a Drug to Market.
Michael:
Plus, it costs about $2.6 billion per drug.
And when you start talking about complex pharmaceuticals and how they interact with all the billions upon billions of atoms inside a human body, classic computers simply cannot get the job done.
As a result, drug development largely comes down to trial and error – constantly going back to the drawing board and starting over again and over again and over again.
Bob:
Any industry as complex and as challenging as pharmaceuticals – well, it seems like a perfect fit for quantum computers.
Michael:
Without a doubt.
A Quantum Computer Could Conduct Trials Very Quickly…
Without Wasting Years of Time and Billions of Dollars Going Down the Wrong Path!
So wouldn’t it be incredible if we could whip up a life-saving vaccine in a few days instead of 30 years?
Imagine being able to not only treat cancer but being able to prevent cancer from ever occurring in the first place.
Imagine wiping Alzheimer’s disease off of the face of the Earth.
That’s the kind of potential for the pharmaceutical industry using quantum computers.
Bob:
Backstage, we were talking about the electric vehicle market…
Already, global investment – well, it’s off the charts.
The U.S. government – they’re planning to invest $174 billion…
Ford is putting up $29 billion. GM – $27 billion.
And projections are for the entire EV market to hit $46 trillion by 2050.
The thing is: We’ve been hearing promises from car companies for years now. Yet we’re still only getting 150 miles per charge from the best EV! That’s less than a tank of gas. How can quantum computing help change all that?
Michael:
The problem is battery life. Bob, for electric vehicles to really go mainstream, you need long-lasting batteries that don’t have to be charged very often.
We aren’t there yet. And guess what? We probably are NOT gonna get there without quantum.
The fact of the matter is: We don’t really know what goes on inside batteries.
I mean, yeah, we know how to make batteries. But we don’t really know what’s happening inside a battery at the molecular level.
Thing is: Quantum computers could change all that.
In fact, not only could they transform the electric vehicle market but they could revolutionize the entire battery industry.
Imagine an electric vehicle that runs for seven years on a single charge… or a smartphone that never runs low…
Or get this: How about a laptop you can take on a sailboat – in the middle of the ocean – for months at a time without a power cord?
That’s the full potential of quantum!
Bob:
Of course, electric vehicles – they’re one step in the push to alleviate climate change. It’s a problem that’s baffled scientists for years now.
Michael:
Huge problem, Bob. I mean, according to one expert, climate change could reduce the global economy by $23 trillion. It’s a problem we have to fix, and I think quantum computers are the key to it all.
Bob:
Well, when it comes to climate change, classic computers are NOT getting the job done.
Take solar power for instance. For years, it’s had huge promise. And yet solar is still too expensive to compete with traditional fossil fuels.
Michael:
The challenge with solar comes down to conversion efficiency. In fact, modern solar cells convert sunlight into electricity at only about a 20% efficiency.
Bob:
I mean, that’s stunning. And it’s what’s holding solar power back from mass global adoption.
Michael:
And that’s right. But that could change very soon. Consider this: Plants are naturally able to convert sunlight into energy at a nearly 100% efficiency rate.
Bob:
Now, you’re talking about photosynthesis…
Michael:
Exactly. Plants absorb sunlight just like solar panels do. They then use photosynthesis to convert that sunlight into energy.
If we could model Mother Nature, we’d be looking at solar cells with a nearly 100% conversion rate.
With a quantum computer, that’s what we’re aiming for.
Bob:
That would be transformative. A 500% boost in conversion efficiency? It would surely turn solar into a mainstream energy source. And it could drastically reduce our reliance on traditional fossil fuels.
Michael:
I believe that day is coming, Bob. And again, this is only the beginning.
Quantum computers will impact every facet of society.
Look, when you add it all up – energy, pharmaceuticals, logistics, and everything else – the global economy is roughly $88 trillion. I believe – at a very bare minimum – quantum computing will add somewhere in the neighborhood of 10%.
Bob:
So we’re talking the potential for over $8 trillion in new wealth.
Michael:
That’s right – over $8 trillion in new wealth unleashed by quantum computing. And the company leading that charge is the tiny startup that created the Infinity Chamber.
Bob:
Alright, Michael. Now, we haven’t covered this yet. How did this tiny startup grab such a dominant position?
Michael:
Bob, that’s a great question. First of all, the founder of the company pioneered the quantum industry. While most of the world was building supercomputers, he saw the need for an entirely different approach… and along the way, he’s built an entire management team that’s like a who’s who of tech superstars.
Bob:
Of course.
The CEO began his tech career at age 16 in the MIT Artificial Intelligence Lab. Then, started a company that ultimately sold for over $500 million. He created the entire Amazon Prime logistics platform.
Michael:
He’s not even the smartest guy in the building! The vice president of software built the quantum team at Google.
Bob:
Google is a $1.7 trillion company. They plan to spend several billion dollars on quantum in the coming years.
And yet this gentleman was so excited by what this tiny startup is doing with the Infinity Chamber he abandoned Google to be part of history.
Michael:
Remember how we talked about the scientist who was the first to put an atom in a state of superposition – the genius who won a Nobel Prize? Get this…
He’s on the Advisory Board!
Bob:
Alright, now it’s time to take our viewers inside and show them what’s going on in there.
Michael:
Well, quantum computing relies on qubits, so let’s start there.
Bob:
Now, just to remind everybody watching, the qubits are the atoms used to perform calculations.
Michael:
Now, here’s the key…
Companies like Google and IBM Use Synthetic Materials to Produce Qubits…
And that’s where our tiny startup has a dominant advantage. Instead of using synthetic materials, they use naturally occurring real quantum materials. I’m talking about individual atoms. Ytterbium atoms to be exact.
Bob:
OK, I’ve heard the term “ytterbium” before. It’s a rare earth element.
Michael:
That’s right. And the interesting thing is: Each ytterbium atom is perfectly identical to every other ytterbium atom in the universe. This makes it easy to scale up on the number of qubits. They also are very, very stable.
Bob:
Alright, what’s the process for turning those ytterbium atoms into qubits?
Michael:
That’s where the Infinity Chamber really comes into play – the Infinity Chamber is actually a high-pressure vacuum chamber.
They need the qubits in complete isolation. To actually hold complex quantum information, qubits can’t interact with anything. For example, a single stray hydrogen atom colliding with the system could spoil the entire thing.
And, Bob, this chamber contains 100 tiny electrodes designed to hold the atom in place.
The next step is to get the atoms ready to compute. This requires stopping those atoms from bouncing around. In fact, they use a Doppler cooling system to bring the atoms to absolute zero. Bob, we’re talking negative 459 degrees Fahrenheit.
Bob:
OK. Now, let’s explain why that temperature’s so critical – why the atoms need to be so cold.
Michael:
The reason is: The atoms must be still in order to conduct calculations. That’s where the quantum magic happens.
They then use lasers to manipulate the qubits and prepare them for calculations.
Bob:
Alright, this is where the law of superposition comes into play. They put the qubit into multiple states at the same time.
Michael:
Exactly. And then they run calculations at a pace not even the world’s fastest supercomputer can match. Finally, they use a special laser to read the calculations.
Bob:
Like we saw with the maze, the quantum machine can explore all possible solutions simultaneously – while a classic computer can only go down one path at a time.
Michael:
Yes. And like we saw, that can mean the difference between getting a solution in 200 seconds instead of waiting 10,000 years.
Bob:
Alright, Michael. Time to move from theory to practice here. What kind of results are they getting with their quantum computers right now?
Michael:
Well, they recently developed the most powerful quantum computer in the world – a 32-qubit masterpiece. Bob, this quantum machine is 158 million times faster than the world’s fastest supercomputer.
Bob:
And that’s no small feat, Michael. Because some of the biggest companies in the world are trying to develop quantum technology. We’re talking about Google, Microsoft, Amazon, IBM… I mean, those four companies alone have over $5 trillion worth of market cap.
Michael:
That’s right, Bob. And now, they are getting blown away by the tiny startup behind the Infinity Chamber.
Scientists use what’s called quantum volume to measure a quantum computer’s power. And quantum volume is a combination of speed, accuracy, and processing power. So check this out…
You can see IBM’s quantum volume, Honeywell’s, and Google’s. And finally, you’ve got this tiny startup.
Bob, their quantum volume is…
16,000 Times More Powerful than Their Next-Closest Competitor!
You know, it’s almost incomprehensible. Imagine a child on a tricycle trying to race an Indy 500 race car going 200 miles per hour. Multiple that by 10, and it’s still not even in the ballpark.
Bob:
It’s no contest.
Michael:
It’s not even close. And with 60 patents and applications protecting their advantage, they are way out in front of the competition. Consequently, they just tripled their contract booking expectations.
Bob:
In other words, Michael, this tiny startup and their Infinity Chamber is bringing quantum computing to the world RIGHT NOW.
Michael:
Yes – it’s happening, Bob. And their biggest competitors – including Google, IBM, Microsoft, and Amazon – have all formed alliances with this tiny startup. Get this – these global titans are now reselling this tiny startup’s quantum technology through their own cloud services!
Bob:
I mean it’s as if the competition is throwing in the towel.
Michael:
And the beauty of it is because this tiny startup has a competitive advantage with their technology, they can join forces with leading companies in nearly every sector.
Bob:
For example, they’ve just formed a partnership with SoftBank to deploy quantum solutions to large enterprises around the world.
At the same time, Samsung has already committed to using this tiny startup’s technology…
As has Hewlett-Packard…
And Airbus.
Michael, what other sectors are they impacting?
Michael:
They’ve actually formed a partnership with a $43 billion materials company that manufactures everything from plastics to polymers to synthetics.
Bob:
And the materials sector is a $3 trillion industry, so that could be enormous.
Michael:
Right. Because the fundamental core of molecular simulation is to create new materials that are stronger, cheaper, and cleaner for the environment.
Bob:
Now, Michael, we almost forgot to mention this tiny startup has achieved another incredible quantum breakthrough.
Michael:
This tiny startup used the Infinity Chamber to simulate the water molecule. Now, this is a landmark achievement.
First, water is among the most complex molecules ever simulated via quantum. And second, it opens the door to the simulation of other molecules and even complex chemical reactions.
Bob:
The ability to handle that kind of complexity could impact everything we’ve talked about – from pharmaceuticals to energy to electric vehicles.
Michael:
The really exciting thing about this is that…
They’ve Formed a Partnership with a Multibillion-Dollar Company Addressing the Global Water Crisis.
Bob:
That’s a huge problem. In fact, globally there are 884 million people who do not get clean drinking water.
Michael:
Well, due to the recent droughts, the United States is having its own water crisis.
The entire Western third of the nation is experiencing extreme drought conditions. In California, where I live, we’re even facing water restrictions.
Bob:
Michael, solving the global water crisis could be a windfall – both from a humanitarian standpoint and financially.
Michael:
Bob, the global water market is projected to hit nearly $1 trillion in 2023. And now that this tiny startup has simulated water, world-changing solutions could be on the way.
Bob:
Are we literally talking about creating water out of thin air?
Michael:
Well that’s the goal. And MIT is working on a technology that is already operational in 17 different countries.
The problem really gets down to efficiency – just like with solar power. Right now, we’re at about 2%… and that’s just not good enough.
But if the Infinity Chamber could boost efficiency high enough, it could finally solve one of the biggest challenges facing mankind.
Make no mistake: The quantum revolution is underway. And this tiny company is in the driver’s seat going 200 miles an hour. I don’t see how anyone is going to catch them.
Their quantum computers are 16,000 times more powerful than the nearest competitors. And now, they’ve got some of the biggest companies in the world using their quantum technology.
Bob:
I see that several tech billionaires are getting on board…
For example, Bill Gates of Microsoft is an investor…
As is Michael Dell of Dell Computer…
And Marc Benioff, the billionaire founder of Salesforce.
They’re also getting backing from Hyundai Motor Company, Kia Motors, Hewlett-Packard, and Lockheed Martin.
It seems everyone wants to be a part of the quantum revolution.
Michael:
Quantum could be the next gargantuan paradigm shift.
In my opinion, it’s going to make oil, cars, and computers look like they’re from the Stone Age. And make no mistake: It’s likely to mint more than a few new millionaires and billionaires along the way.
Bob:
It sounds like getting in early on this tiny startup could be like getting in on Intel or Apple or Microsoft at the beginning of the computer revolution.
Michael:
You can say that again. I mean, if you’d put $10,000 into Intel in 1986, it’d be worth more than $2.3 million today.
Bob:
Or if you’d put $10,000 into Apple back in 1985, it’d be worth over $22 million today.
Michael:
Or if you’d put $10,000 in Microsoft in 1986, it’d be worth over $33 million today. Bob, that’s the potential at hand right now.
Bob:
OK, Michael. I realize you don’t have a crystal ball, and there’s risk in all investments, but let’s get down to business: How high do you think this tiny startup could go?
Michael:
The quantum market is expected to hit $65 billion by the end of the decade. Even if this tiny startup uses their patented technology to capture a modest 10% of the market, that would be roughly $6.5 billion in revenue.
Bob:
That number seems reasonable given that their technology is 16,000 times more powerful than the competition.
Michael:
Bob, right now – because quantum is in its infancy, and this tiny startup has annual revenue of a mere $5 million.
Bob:
So if they hit $6.5 billion, that’d be a staggering 1,300-fold revenue surge. If the stock followed suit, you’d be looking at a massive win – good enough to turn $10,000 into $13 million by the end of the decade.
Michael:
Bob, let me hold you up right there – just for a moment. Your numbers are accurate, but I’m a conservative guy at heart, and I don’t want to promise that kind of return. So let me reign this in a bit…
This tiny startup has projected they will hit revenue of $522 million by 2026. Currently, they’re at $5 million in revenue.
Bob:
So we are talking about a 100-fold revenue surge… With that in mind, it wouldn’t be surprising to see the stock jump 500%–1,000%.
Michael:
I think that’s right on target – even realistic – given their dominant position, both from a technological standpoint…
Bob:
And strategically.
Michael:
Correct – because they are positioned at the center of what Nature Magazine calls the Quantum Gold Rush.
Let’s remember: At least 15 nations have launched national initiatives. The United States and China are in a flat-out quantum arms race. The world is desperately pursuing quantum – and that’s a driving force that’s not going to let up.
Bob:
Backstage, you mentioned that you have…
Two Distinct Ways to Play Opportunity!
Michael:
That’s right, Bob. The first way is to buy shares of this tiny startup. And for most people, that’s going to be enough for a shot at life-changing gains.
At the same time, I’ve identified a second way to play this company that could be even more lucrative.
Bob:
Are you talking about options?
Michael:
Not exactly. This is a very innovative way to invest that most people – heck, most brokers – have no clue about.
You can buy and sell a special type of security – just like you would a regular stock. And the upside potential can be astronomical.
Well, let me just share some of the rare and exceptional gains this type of special security has generated in the scientific space…
2,700% on Stem in about 18 months…
8,280% on Danimer Scientific in less than 12 months…
And 9,075% on Beam Global in less than a year.
Bob:
And you say these special securities – they can be bought and sold just like regular stocks?
Michael:
Yes, but I do want to point out that these are not for everyone. They are highly volatile and can go down just as fast as they go up. So they’re for folks who want to take a more aggressive, speculative approach.
Bob:
The great thing is: Folks can decide for themselves which way they want to play this. But from where I sit, this is a no-brainer. How do folks get in on this, Michael?
Michael:
Well, Bob, my team has put together a special investment briefing.
It contains all the details on the company we’ve been talking about today.
Bob:
That includes the name of the company, as well as the stock symbol and your recommended buy price. Michael, how can folks get their hands on this historic briefing?
Michael:
It’s very easy. All they need to do is give my research advisory service, Nova-X, a risk-free try.
The moment they do, the special investment briefing will be available for immediate download. And, Bob, I want to be clear: Details on this tiny startup are only the beginning of the quantum experience. We will be tracking every movement of this revolution through our Quantum Infinity Hub.
The Quantum Infinity Hub is our online nerve center for the Quantum Age. It starts with an ongoing flow of emerging investment opportunities that will rise up to change life as we know it.
The hub also contains an array of mind-blowing resources that will take folks deep into the quantum world. I’m talking about everything from videos to demonstrations to animations – even quantum experiments.
Bob:
Michael, this is an opportunity folks do not want to miss because, quite frankly, you have a history of getting out in front of big trends.
Michael:
I’ve developed an extensive network that includes the most successful technology innovators of our time.
Bob:
Well, your track record speaks for itself. Michael, across your two services, you’ve shown folks the opportunity to cash out 17 triple-digit winners.
At the same time, you recommend readers phase in and out of trades much like major players on Wall Street do.
So 80 times, they’ve had a chance to close out a pieces of those trades for triple-digit profits. That’s how they were able to see peak profits like…
270% on Nvidia…
563% on Digital Turbine…
410% on Twilio…
372% on Veeva Systems…
316% on Novavax…
And 375% on Vaxart…
As part of those plays.
Michael:
You know, Bob, I’m very proud of my past performance, Bob. But I truly believe the biggest opportunities in technology are still out in front of us.
That’s why the Quantum Infinity Hub is only one of FIVE DISTINCT INVESTMENT HUBS at Nova-X.
Each of these five hubs are dedicated to a specific megatrend I believe offers the biggest opportunities in the coming years.
So for us to build a hub, we require two criteria…
First, the industry in question must offer big world-changing technology.
Second, we need to see the potential for 100X growth across that industry in the coming years.
Bob:
And that criteria is so selective – right now, only five industries from around the world make the cut.
Michael:
That’s right. Quantum has massive potential. And the other four also offer phenomenal opportunities.
Bob:
Alright, tell us about another of your Investment Hubs, Michael.
Michael:
Well, let’s start with cryptocurrency…
Crypto is becoming the backbone for a new age of online commerce. It’s being used for everything from Fortune 500 transactions to securing digital art. And now, one former Goldman Sachs executive believes crypto could be a $100 trillion market.
Bob:
That’s why you’ve created a Crypto Hub – to help folks harness the power of the digital currency movement.
Michael:
That’s right. And the potential in crypto is staggering. In fact, back in 2013 most people dismissed Bitcoin as too futuristic. Thing is: I was behind closed doors with Brian Armstrong.
Bob:
He’s the crypto entrepreneur behind Coinbase who took a $150,000 investment and turned it into $10 billion.
Michael:
Exactly. Point is, Bob: I was on the inside early. As a result, I knew the potential at hand.
Bob:
Well, at the time, Bitcoin traded for just $90.
Michael:
And in early 2021, it hit over $61,000.
Bob:
That’s a staggering 67,000% gain potential for folks who got in at your recommended $90 mark and held it for the duration. Michael…
That’s Good Enough to Turn $10,000 into $6.7 Million!
Michael:
Indeed. And listen: As big as Bitcoin was, I believe the crypto movement is still in its infancy. That’s why the Crypto Hub is a central part of our focus at Nova-X.
And by the way, Bob, I’ve got a hot crypto play that people really need to know about right now.
Bob:
Fantastic. Let’s hear about it.
Michael:
Crypto is fighting to achieve mass acceptance. That’s the only way it becomes a $100 trillion market. But there is one thing holding crypto back: transaction speeds.
Until now, there haven’t been enough people using crypto for speed to matter. But if you want to have billions of people spending trillions upon trillions of dollars with crypto, you are talking about a mind-boggling number of transactions.
Bob:
And too many transactions hitting at once could slow things down.
Michael:
Exactly. If you’ve got a slow network, and people have to wait for their transactions to go through, they aren’t going to bother.
For example, Bitcoin manages only about seven transactions per second.
Bob:
That sounds incredibly slow.
Michael:
This tiny startup can process 65,000 transactions per second! That’s over 9,000 times faster than Bitcoin.
Bob:
Michael, that’s the kind of speed that could transform crypto into that $100 trillion industry.
Michael:
And I believe this new crypto company will lead the charge. That’s why I’ve put together a special investment briefing. Folks can access it at our Crypto Hub.
Bob:
Cryptocurrency is one big element of our lives going digital. But that’s just the beginning of our next hub.
Michael:
Bob, I love this one. It’s our Digitization Hub. You know, our entire lives are becoming digital. Everything is moving online – from shopping to telemedicine to Zoom calls. Now, this has been going on for some time now, but in the last two years, the move online has accelerated exponentially.
Bob:
The big consulting firm, McKinsey, calls this “the leap,” and says the pace at which e-commerce is replacing traditional brick-and-mortar commerce jumped 10 years in just 90 days.
Michael:
It’s unstoppable momentum, Bob. This is another multitrillion-dollar industry still in its early stages.
Bob:
Those are big profits in the digitization space. And you’ve got a new digitization play for folks right out of the gate.
Michael:
Yes. You know, I love this play… it’s an online commerce technology that has run – get this – $119 billion through its platform in a single year.
The incredible thing is: This company still only touches a small percentage of the firms selling online. My team has assembled a special investment briefing, and it’s available right now on our Digitization Hub.
Bob:
Now, Michael, I want to take a moment here to point out that you’ve developed a rapid fan base. Hundreds of thousands of people have followed your work. And I want to show the very best stories your readers have sent our way. I mean, you really are changing people’s lives. For example…
Matt from Tampa sent us an email saying he’s up 475%!
Jerry from Tulsa, Oklahoma – he made over 500% in just six months!
Another reader sent us a note saying he’s up 600% in a single year!
And here’s my absolute favorite. Carl of Lexington, Kentucky, wrote to say he loves your under-the-radar recommendations and is up 1,000% in 18 months!
Michael:
Bob, this is what it’s all about for me. I love helping people make money. I’ve been in Silicon Valley for 37 years, and I also really love sharing my inside access.
Bob:
Alright, Michael, we’ve touched on three of the hubs now. That means there are two more fast-growing categories to discuss.
Michael:
Let’s do it. This next one is called the Power Hub, Bob – because it encompasses all of the power technologies that make the world go ‘round.
Bob:
Well, the International Energy Agency says we need $48 trillion worth energy investment to meet global demand.
Michael:
The moneymaking opportunity in energy is astounding. In fact, I’ve got a play that I need to share with folks right now – before it breaks loose. They use artificial intelligence to maximize energy efficiency.
Their software is already being used by more than 30 Fortune 500 companies including Amazon, Walmart, and Facebook. Bob, the upside for this play is tremendous. In 2020, this company had revenues of a mere $147 million. At the same time, the addressable market is $1.2 trillion.
So even if they capture just 5% of the market, they could see a 400-fold revenue surge by 2050.
And by the way, we’ve got a special investment briefing.
Bob:
And again, folks can access the briefing by visiting the Nova-X Power Hub.
Michael:
It’s where we’ll be covering electric vehicles, battery technology, solar – everything that makes our world go ‘round.
Bob:
Alright, Michael. You’ve got one more hub to share.
Michael:
This might be my favorite of all, Bob. It’s our Biotech Hub. And I love it because biotechnology has the potential to impact you, me, our viewers at home, as well as billions of lives across the planet.
Thing is: medical breakthroughs that once took years to develop are moving at record speed. That means we’re going to see highly lucrative seed-level plays coming fast and furious.
Bob:
Michael, you and your team have already given folks a shot at big wins in the biotech space. In fact, your team recommended Axsome Therapeutics at just $9 a share.
Michael:
And the second half of that trade could have handed them 1,005% gains in 10 months.
Bob:
And you’ve got an exciting new biotech play to share with everyone today.
Michael:
This company is sizzling hot. Not only did their breakthrough mRNA technology help Pfizer develop a COVID-19 vaccine but they are now applying mRNA to other diseases.
Bob:
You’re talking about the universal potential of mRNA to treat a vast array of diseases.
Michael:
Absolutely. In fact, they just reported a breakthrough in treating Multiple Sclerosis. And get this, Bob, they even have a revolutionary cancer vaccine in the works.
To help folks secure an early position, we’ve put together a special investment briefing.
Bob:
And again, folks can access details on this play by visiting the Biotech Hub.
It’s where you and your team will be tracking news and developments underway today in the medical space. We’re talking new prescription drugs on the FDA fast track, new surgical technology, new daily treatments for all kinds of conditions, and much more.
Now, Michael, to recap, you and your team have built five Investment Hubs – each focused on a sector with rapidly evolving technology and with 100X growth on the horizon.
They’re the foundation of Nova-X. And your team works to open the door to dozens of new investment plays with the kind of 10X, 100X, even 1,000X potential we see unfold in technology year after year after year.
Michael:
That’s why, my Nova-X members will get Daily Action Alerts, keeping them abreast of the hottest opportunities coming out of Silicon Valley.
For example, this is what a typical week might look like…
Monday: Folks receive a Video Briefing with a new investment recommendation from our Digitization Hub.
Tuesday: Folks get a Watchlist Alert notifying them about a new climate-tech startup at our Power Hub.
Wednesday: A Profit Alert is released instructing folks to close out a play and lock in any profits at our Crypto Hub.
Thursday: Folks get a Breaking News Alert regarding a new medical breakthrough at our Biotech Hub.
Friday: We close out the week with a special Takeover Alert at our Quantum Infinity Hub!
It’s like I said, Bob: NONSTOP ACTION!
And when it’s time to cash out and take any profits, we’ll issue a Profit Alert instructing folks exactly what to do.
Bob:
Well, those Profit Alerts – they’ve been very appealing over the last five years. I mean, we already talked about the potential 67,000% gain folks who listened to you on Bitcoin could have had a shot at. What else can folks look forward to as Nova-X members?
Michael:
Nova-X members have free 24/7 access to each of our five Investment Hubs.
I’m talking about fascinating videos diving into emerging technologies and special research briefings detailing cutting-edge microtrends within each industry.
Right out the gate, folks can go to our Quantum Infinity Hub and see a one-on-one interview with the CEO of the tiny startup we’re recommending. Because he really paints a picture of the new Quantum Age that folks do not want to miss.
Bob:
And of course, with your access to Silicon Valley, new, exciting interviews are always coming down the pike. Michael, the value you are offering here is really unprecedented.
Michael:
And here’s my favorite part…
As a Nova-X members, folks will be part of something truly special.
That’s why…
Our Nova-X Online Community Forum Is Open 24/7!
Think of it as a place to connect with other members… rub shoulders with industry insiders and technology veterans… share thoughts and insights on the latest breakthroughs to hit Silicon Valley!
Bob:
You and the team are also planning special community events.
Some of these events will be online via Zoom. And of course, as conditions permit, we’ll begin holding live events, including an annual Nova-X Summit.
Michael:
And don’t forget: We're also setting up a Nova-X Hotline. This is where folks can give us feedback, suggestions, and get questions about the research service answered fast.
Bob:
Well, Michael, this is really exciting. Let’s take a moment and summarize everything folks get in addition to your monthly research when they give a Nova-X subscription a risk-free try today.
To begin with, they get the special investment briefing: The 100X Quantum Age: The Tiny Startup Launching a Revolution.
Michael:
Right, and this will give them all the details on the tiny quantum startup I’m recommending today.
Bob:
Second, they get access to your Quantum Infinity Hub.
Michael:
Yes. And I urge people to dive into the Quantum Infinity Hub immediately because it’s chock-full of eye-opening resources, investment plays, videos, interviews – a real deep dive into the technology that’s poised to change the world.
Bob:
And that’s just the beginning because Nova-X members – they get full access to all five of your Investment Hubs, including Crypto, Digitization, Power, and Biotech.
And let me just remind folks that there is a special investment briefing waiting for them at each of our five hubs.
Michael:
Bob, people need to check these plays out ASAP because each and every one of them – all five plays – are time-sensitive and ready to go vertical.
Bob:
Michael, the value you are offering is above and beyond. We could easily justify a subscription price tag of several thousand dollars a year.
Michael:
Well, Bob, I’ve run this by quite a few of my industry experts, and they all agree I could charge $5,000 a year, and it would be a bargain.
Thing is: if I charge that much, it’s going to price out a lot of people. And I want to create a community where anyone who wants to be on the leading edge of technology can join us.
So the cost is not going to be $5,000. It’s not going to be $1,000. Heck, it’s not even going to be $500 a year. In fact, folks who move fast won’t even pay $100 for a full year. I’m talking just pennies a day, Bob.
Bob:
This is an absolutely incredible opportunity you’re offering.
Michael:
But I need to caution folks, Bob. This opportunity is on a first-come, first-served basis – because listen, many of the technology plays I recommend are tiny. Consequently, too many people rushing in could really drive the price into orbit.
That’s Why I Can Only Make 500 Spots Available Today!
So I urge anyone who wants to join the Quantum Age at the ground-floor level – please move quickly.
Bob:
And to make it a complete no-brainer, you’re going to offer a very unique guarantee.
Michael:
I am indeed. Look, if you are thinking about getting involved today, go ahead and do it. Just hit the “Join Us” button at the bottom of the screen.
Lock in your Nova-X risk-free trial. Get access to the Quantum Infinity Hub. Get the details on the tiny startup poised to lead the world into the Quantum Age. Give yourself a full immersion experience into everything Nova-X has to offer – all of our resources, our five Investment Hubs. I promise, you are going to be amazed. And here’s the deal…
If during the first 60 days you aren’t completely thrilled with your Nova-X experience, just say the word, and I will refund your entire subscription fee.
Bob:
That’s a strong promise.
Michael:
Well, Bob, let me take it a step further. If during the next 12 months Nova-X members don’t see at least 25 double-digit or more exits from Nova-X, just contact my team, and I’ll give you an entire second year of Nova-X absolutely free.
Bob:
In other words, you promise to show folks 25 or more opportunities to close out 50%, 100%, even 500% or more profits over the next year – or they get a second year absolutely free.
Michael:
Even If Folks Try Nova-X and Cancel, They Can Keep Everything I Send Them and Everything They Download from Our Investment Hub!
Bob:
That includes details on the tiny quantum startup, as well as the five special bonus plays.
Michael:
That’s right. But again, folks, if you want a shot at this life-changing opportunity, you simply must move fast.
This tiny startup is the first pure-play quantum opportunity in history. And at this moment, they are preparing a major announcement that could send their share price into orbit.
Bob:
Michael, thanks so much for joining us. And thank you for making this incredible opportunity available.
You heard him, folks. It’s cards-on-the-table time.
And with only 500 membership spots available today, time is running out.
The opportunity is right in front of you. I urge you to seize it now. Simply click the button below, sit back, and enjoy the ride.
Do you want to get in on the ground floor of what could be the biggest paradigm shift in the history of mankind?
If so, go ahead and hit the “Join Us” button below. You’ll be taken to a secure page where you can review all the details before making your final decision.
If you have any questions about the service and how it will work for you, I encourage you to contact our reliable Customer Service team at 888-384-8339 (or 443-353-4519 for international calls) and mention Priority Code: LNVXY204.
Please don’t wait!
With the special 60-day trial, you can try everything out risk-free.
Plus, Michael’s ironclad guarantee protects your entire membership.
But if you miss out on this and all the emerging technology investments, you could be kicking yourself for years to come.
Thanks so much for watching. For Michael Robinson, I’m Bob Keppel. Have a great day.
December 2021
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