Can $10,000 Invested in IonQ Transform Into $1 Million?

Can ,000 Invested in IonQ Transform Into  Million?


IonQ (NYSE: IONQ) is one of the most popular quantum computing stocks on the market. It’s a pure play and is solely committed to making its quantum technology the primary option in this industry. It’s also a smaller company, with a market cap of under $20 billion.

This small size is what could deliver massive returns for IonQ stock, making it attractive to aggressive growth investors. But can IonQ turn $10,000 into $1 million? Let’s find out.

Image of a quantum computing cell.
Image source: Getty Images.

To turn $10,000 into $1 million, a 100x return is required. That’s a rare feat to accomplish, but there are several companies that have accomplished this task. Should IonQ achieve this feat, it would be worth nearly $2 trillion. The list of trillion-dollar companies is fairly slim, and if IonQ joins their ranks, it will go down as one of the most successful investments in recent history.

But is that reasonable?

Currently, IonQ is participating in a race to make the first commercially viable quantum computer. The competition is stiff, and there are other pure plays competing against IonQ, along with legacy tech players, like Alphabet and Microsoft. There are several competitors in this arena, and determining who the winner will be years in advance is no easy task. So, if you’re looking to gain exposure to quantum computing but don’t want to deal with picking a specific winner, quantum computing ETFs are also a good option. However, an ETF limits your upside because you will own a lot of losers.

The biggest hurdle all of these competitors are trying to clear is computing accuracy. Currently, quantum computing isn’t as accurate as traditional computing methods. This limits its use cases, as users need to have assurance that what the quantum computer is telling them is correct.

IonQ is the world leader in accuracy, thanks to the computing method it selected. While most companies utilize a superconducting method, IonQ uses a trapped ion approach. This method is inherently more accurate and trades processing speed for accuracy. IonQ’s competition has yet to surpass 99.9% two-qubit gate fidelity, a measure of how accurate a computer is after passing through two operations. Although there’s less than a 0.01% difference between 99.9% and 99.99%, that jump is enough to be 10 times more accurate — a massive difference.

This is a huge advantage over the competition and is IonQ’s best chance of growing into the preferred quantum computing hardware supplier. However, time is ticking for IonQ.


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