Two quantum computing stocks have emerged as standout opportunities in August 2026, with analyst price targets implying upside of more than 75% for both names after second-quarter earnings releases.

The broader quantum computing industry continued its march toward commercialization in the second quarter, with enterprise adoption, government support and capital availability all strengthening across the sector.

McKinsey’s April 2026 Quantum Technology Monitor found more than 300 organizations worldwide are now engaging with quantum computing, with early movers transitioning from pilot programs to applications embedded in end-to-end workflows.

The same report noted that one-third of large global companies analyzed allocated more than $10 million to quantum computing initiatives in 2025, with spending focused on use-case development and integration with existing technology stacks.

Commercial momentum was also visible in the earnings results of sector peers, with IonQ (NYSE: IONQ) reporting that 60% of its second-quarter revenues came from commercial customers.

D-Wave Quantum (NYSE: QBTS) reported that 62.4% of second-quarter revenues came from commercial customers, up from 45.1% a year earlier, while first-half bookings reached $35.5 million, up 1,120% year over year.

D-Wave’s remaining performance obligations rose 668% to $40.7 million, underscoring a significant acceleration in contracted future revenue that has drawn investor attention across the pure-play quantum space.

The Defiance Quantum ETF (NYSE: QTUM) rallied 51.3% over the April to June period, as investors increasingly focused on bookings, system sales, enterprise partnerships and technology milestones rather than longer-term potential alone.

Quantinuum’s (NYSE: QNT) June IPO raised $1.68 billion, making it one of the largest publicly traded pure-play quantum companies and adding a significant new name to the public-market landscape.

Despite the strong second-quarter rally, a broad reset followed in July, reflecting the high valuation sensitivity that typically characterizes speculative technology stocks after periods of substantial gains.

Investors are now increasingly looking for evidence of commercial conversion rather than relying solely on technology milestones, marking a key shift in how the sector is being evaluated.

Quantum Computing Inc. (NASDAQ: QUBT) enters the second half of 2026 with several potential growth drivers, including Dirac-3 deployment and NeuraWave’s commercial readiness, plus a Planck Dynamics agreement carrying potential program value above $10 million subject to milestones.

QCi’s $42.5 million backlog and $1.3 billion cash position provide funding for continued execution, while the NHanced acquisition and the launch of Fab 2 expand its advanced packaging and semiconductor manufacturing capabilities.

Based on short-term price targets from six analysts, the average price target for QCi represents an increase of 104.8% from its last closing price of $8.95, and the stock carries a Zacks Rank of 3, or Hold.

Quantinuum reported second-quarter 2026 revenues that jumped 279% year over year, and the company issued full-year 2026 revenue guidance of $28 million to $32 million following its IPO.

The company’s Oracle partnership to deploy Helios through Oracle Cloud Infrastructure could broaden enterprise access, while its HPE collaboration targets integration of quantum computing with high-performance computing environments.

Quantinuum also demonstrated near-five-nines logical fidelity on Helios, advancing its error-correction efforts, while its planned Sol system in 2027 and Apollo roadmap are aimed at further scaling quantum capabilities.

With more than $2 billion in liquidity following its IPO, Quantinuum has substantial resources to fund its technology roadmap, although profitability remains a longer-term objective for the company.

Based on short-term price targets from 12 analysts, the average price target for QNT represents an increase of 76.2% from its last closing price of $56.10, and the stock also carries a Zacks Rank of 3.