Forget AI, Think Bigger and Invest Better

Few things will make you stop in your tracks.

Well, I found myself in this situation last Saturday morning. 

I woke up at the crack of dawn, groggily headed down the steps to make some coffee and found myself walking into a room with two eight year olds and thousands of lego pieces scattered across my living room floor. 

But when life gives you an unassembled Millennium Falcon, by god you roll up your sleeves and get to work. 

Seven thousand, five hundred and forty-one pieces to be exact. For the record, that’s 3,525 pieces MORE than Lego’s Death Star set; deep down that just doesn't feel right. 

The fastest time to build that I found was 7 hours, 36 minutes and 37 seconds. It was done by one Ivan Yu of Canada in December, 2023. 

But what would you say if someone accomplished it in a fraction of a second. 

That, dear reader, is what will happen through quantum computing. 

Forget AI, Think Bigger

Picture my Lego dilemma in terms of computing technology, and I’ll play the role of your traditional computer. 

The endeavor was a daunting one for me. Each individual piece had to be carefully examined and sorted for future assembly. Then there was the novel-length instructional manual that had to be followed, step-by-step.

I could only place one brick at a time, in a single, orderly sequence. Now imagine that each brick represented a bit — either a 0 or a 1 — and I had to stack them up methodically to get the Falcon together and running. 

But what if there was a far more efficient way to build this set… thus enters the quantum computer. 

Rather than placing one brick at a time, the quantum computer uses something called qubits. Instead of being just a 0 or a 1, they can be both at the same time thanks to a property called superposition. It’s like having a blurry, shimmering brick that hasn’t decided what it is yet. 

Instead of having to go through and build it piece by piece, a quantum computer would essentially be able to look at every single piece at the same time and build everything together all at once. 

Fractions of a second, to the utter dismay and horror of Ivan Yu from Canada. 

Look, this is where I’d tease you that this is the future of computing. Except, this technology is already here — and like every investment trend in history, you’re either early or you miss out. 

Today, the entire market feels propped up by AI.

To some, it’s not pretty. High valuations and growth concerns; Wall Street’s success rests on the shoulders of Nvidia. 

Don’t get me wrong, there are still incredible opportunities in AI that provide steady payouts for investors with an eye toward the long-term. However, the early days of the AI boom are over. We’ve moved on from speculation to application, and the fight now is implementing that technology into our everyday lives. 

But we’re still in the early days of quantum computing, and the major players are just starting to make their moves… and the hype is just beginning. 

Last December, Google came out with its Willow quantum chip, a superconducting quantum processor with 105 qubits with the ability to solve problems in minutes that would otherwise take a traditional computer billions of years to solve; Ivan Yu might be excited at the time saved. 

It took less than two months before Microsoft unveiled its Majorana 1 chip, this time with a new groundbreaking development through something they call “topological qubits” that can create a more stable and scalable quantum computer. 

A few days ago, as I was laboring all day to get the Millennium Falcon together, Amazon jumped into the race by announcing its own prototype quantum chip, the Ocelot. Amazon’s chip is the first to use “cat qubit architecture”, which is a special type of qubit where the superposition is between two very distinct, large quantum states. The idea here is that it will be more stable and resistant to errors. 

But let’s be honest here, you know as well as I do that there are far better opportunities than buying one of the biggest tech companies in the world. Their news and development simply serve to drive quantum stocks higher. The real trick is knowing those under-the-radar investment gems before the herd rushes in. 

That’s why I’ve put together three new investment reports that can help you navigate the quantum computing space right now, and tell you exactly which stocks are worth following over the long run. 

I recommend you check out the details for yourself right here.