2 Millionaire-Maker Quantum Computing Stocks

The quantum computing space is a great place to find stocks with millionaire potential. This emerging technology has the ability to complement some of the incredible techniques being developed in classical computing in extraordinary ways. Hybrid systems that connect quantum computers with conventional machines can solve problems far beyond the capabilities of the most powerful classical supercomputers.

While quantum computing may not be a relevant industry yet—because the technology is not mature enough for commercial applications—it could become one by 2030. By 2035, many tech industry experts expect it to be in fairly widespread use. With that in mind, investing in emerging quantum computing stocks might be a bit risky right now, but I think they could pay huge dividends if you pick the right stocks.

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Quantum computer.
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According to forecasts released by McKinsey & Company, the quantum computing market could be worth approximately $72 billion per year by 2035. This is the highest point the consulting firm has forecast, while the lowest point is $28 billion. Still, this is a huge market that basically doesn’t exist yet, if Ion Q (NYSE: IONQ) or D wave quantum (NYSE: QBTS) If they can capture a significant portion of that, their investment should be very successful.

But that prediction is ten years from now, and if these two don’t pan out, the opportunity cost for investors will be high.

Every quantum computer is built around qubits, the basic units by which quantum computers store and manipulate data. But there are many different technological approaches to creating these qubits, and players in the field are exploring them all. The most popular is the creation of superconducting qubits, which involves cooling circuits to almost absolute zero – a temperature that enables them to operate according to the principles of quantum mechanics. This technology is used by several well-known technology companies as well as some quantum computing startups.

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But neither IonQ nor D-Wave use this method.

IonQ uses a trapped ion approach—isolating and supercooling individual atoms to create qubits—while D-Wave uses a more unusual technique called quantum annealing. IonQ’s trapped ion approach offers the advantage of high fidelity, which is important. The main challenge facing all quantum computing systems today is that they are not accurate enough to compete with traditional computing.

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