Want to invest in quantum computing? One stock is a great buy now.


Quantum Computing These are the hot topics these days. Six months ago, the four largest pure playstock in this market had a total market value of $1.9 billion. Today their total market value has skyrocketed to $15 billion. And it’s not even a peak value – on January 6th, the tally came to the top with $19.2 billion.

But I’m not here to recommend this quartet stock. These four names could become quantum computing giants in the long run, but it seems likely they will run out of gas along the way and collapse. Their business results have so far been little significant, and these physical inventory valuations appear to be based on unrealistic assumptions of rapid advances in quantum computing technology.

Quantum Computing Specialist

Market capitalization

Revenue (TTM)

Net loss (TTM)

Price vs. Sales Rate (TTM)

Aeon Q (NYSE: IONQ)

$8.8 billion

$37.5 million

($171.6 million)

233

Computing is denied (NASDAQ: Lint)

$3.1 billion

$11.9 million

($60.6 million)

258

D-wave quantum (NYSE: QBTS)

$1.8 billion

$9.4 million

($73.8 million)

191

Quantum Computing (NASDAQ: QUBT)

$1.3 billion

$0.4 million

($27.9 million)

3,208

Data collected from FactSet on February 7, 2025 via Finviz.com. TTM= 12 months of succession.

Good luck to these quantum computing experts and their investors. But I would rather invest in more mature business titans who are also interested in quantum computing technology.

Getting research correctly is a matter of sink or swim for pure play sector experts, but large companies can treat this potentially game-changing technology as a minor side gig. And if the quantum revolution hasn’t come for the next few years, I can instead enjoy the benefits from their major businesses.

So let’s move on to the companies that have affected the recent market surge – Google Parent alphabet (NASDAQ: GOOG) (NASDAQ: Google).

Quantum computing enthusiasts in recent months began with a breakthrough by the Google Quantum AI group.

Their new willow chips It shows a promising step in error correction, suggesting that future products may be able to overcome raucous results by using more so-called qubit processing units. The heading portion of that progress report was Willow’s ability to run the benchmark process within five minutes. Digital supercomputers take 10 losses to achieve the same results.

Benchmark tests should be said to be tuned to make the quantum computer look better. Random Circuit Sampling (RCS) tests essentially simulate moderately complex quantum computing processes in a very difficult way with classic computers.

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