AAPL $343.99 +1.77% ▲ ACN $240.26 +0.95% ▲ ADBE $255.06 +0.30% ▲ ADEA $22.56 +5.92% ▲ ADIG $16.55 +3.63% ▲ ADP $294.50 +0.60% ▲ ADSK $244.84 -0.30% ▼ AEHR $63.88 -2.92% ▼ AEVA $10.60 +1.34% ▲ AGYS $116.02 -0.33% ▼ AI $11.79 +0.76% ▲ AIP $20.93 -2.24% ▼ ALAB $290.06 -2.18% ▼ ALKT $15.10 +3.42% ▲ ALNT $97.46 +4.85% ▲ AMBA $66.00 +2.34% ▲ AMBQ $52.24 +0.50% ▲ AMD $552.72 +0.31% ▲ AMPL $16.52 +5.22% ▲ AMZN $262.37 -0.41% ▼ ANET $184.33 -0.86% ▼ AOSL $23.83 +1.19% ▲ APLD $20.98 +4.64% ▲ APP $267.90 -2.15% ▼ APPN $48.73 +5.93% ▲ APPS $10.41 +4.30% ▲ ARM $226.59 -0.62% ▼ ARRY $3.41 +1.49% ▲ ARW $219.12 +1.93% ▲ ASML $1,676.69 +0.44% ▲ AAPL $343.99 +1.77% ▲ ACN $240.26 +0.95% ▲ ADBE $255.06 +0.30% ▲ ADEA $22.56 +5.92% ▲ ADIG $16.55 +3.63% ▲ ADP $294.50 +0.60% ▲ ADSK $244.84 -0.30% ▼ AEHR $63.88 -2.92% ▼ AEVA $10.60 +1.34% ▲ AGYS $116.02 -0.33% ▼ AI $11.79 +0.76% ▲ AIP $20.93 -2.24% ▼ ALAB $290.06 -2.18% ▼ ALKT $15.10 +3.42% ▲ ALNT $97.46 +4.85% ▲ AMBA $66.00 +2.34% ▲ AMBQ $52.24 +0.50% ▲ AMD $552.72 +0.31% ▲ AMPL $16.52 +5.22% ▲ AMZN $262.37 -0.41% ▼ ANET $184.33 -0.86% ▼ AOSL $23.83 +1.19% ▲ APLD $20.98 +4.64% ▲ APP $267.90 -2.15% ▼ APPN $48.73 +5.93% ▲ APPS $10.41 +4.30% ▲ ARM $226.59 -0.62% ▼ ARRY $3.41 +1.49% ▲ ARW $219.12 +1.93% ▲ ASML $1,676.69 +0.44% ▲

Where Will D-Wave Quantum Stock Be in 5 Years?

October 22, 2026 · by TPW Pipeline

D-Wave (NASDAQ: QBTS) already has something that matters in industries at the bleeding edge of science: technology customers are willing to pay for. This has won D-Wave many fans, but with annual sales still measured in the tens of millions, its enormous valuation assumes a whole lot more is coming. Will it?

And five years from now, where will D-Wave stock be?

First, a short primer on quantum computing: The phone or laptop you’re reading this on processes information using bits — 0s and 1s. Quantum computers use quantum bits, or “qubits,” which can exist in a combination of those two states. That gives them a fundamentally different way to process information, and that means quantum computers could tackle problems that are more or less impossible to solve by traditional methods.

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Source: www.fool.com — article syndicated from the publisher’s feed; all rights remain with the original publisher.