This approach still needs extreme cooling, and it's a messy system that works only under sophisticated error-correction setups. But the annealing systems can also grow incredibly powerful under the right circumstances. In particular, annealing circuits can provide a better starting point for quantum gate calculations.
So, D-Wave's quantum computers could become a standard addition to more ambitious quantum gate systems. That's a unique strategy. D-Wave's stock is richly valued despite lackluster revenues and negative profit margins. Be careful with these financially unstable specialists, dear investor.
How to invest in quantum computing stocks
- Open your brokerage app: Log in to your brokerage account where you handle your investments.
- Search for the stock: Enter the ticker or company name into the search bar to bring up the stock's trading page.
- Decide how many shares to buy: Consider your investment goals and how much of your portfolio you want to allocate to this stock.
- Select order type: Choose between a market order to buy at the current price or a limit order to specify the maximum price you're willing to pay.
- Submit your order: Confirm the details and submit your buy order.
- Review your purchase: Check your portfolio to ensure your order was filled as expected and adjust your investment strategy accordingly.
Future outlook for quantum computing stocks
Quantum computing is at an inflection point, with pure-play specialists like IonQ and D-Wave racing to achieve commercial viability while tech titans provide crucial infrastructure and R&D firepower.
IonQ is vertically integrating with strategic acquisitions and accelerating its road map toward millions of qubits by 2029, though it faces scrutiny from short sellers. D-Wave is the only company building both annealing and gate-model systems and recently demonstrated "quantum supremacy on a useful real-world problem."
The titans are on the move, too. Alphabet's Willow chip is making breakthrough progress. IBM is on track for fault-tolerant quantum computers by 2029. Nvidia is positioning itself as the essential bridge between quantum and classical computing through its CUDA-Q platform.
As of 2026, useful commercial applications are still five to 10 years out for most uses, but near-term value is emerging in optimization and materials simulation. The pure-play specialists offer higher risk/reward, while the established tech giants provide diversified exposure with deep pockets to weather the long development timeline.
Quantum computing will surely shake up the information technology sector over time. It's up to you to decide how early you want to pick winners in this race, though.