Quantum computing is no longer a sci-fi concept; it is now a reality. In addition to small entrepreneurial companies with fresh ideas and the potential to make them into a commercial blockbuster, there are many established companies, including Magnificent 7 members, who also have a footprint in the sector. Defiance Quantum ETF (NASDAQ: QTUM) is a very popular ETF for investors seeking exposure to the quantum computing realm with some risk mitigation.
Those investors have done well; QTUM has gained +77% in the past year, and is up +20.51% year-to-date at the time of this writing. However, there are two (2) catalysts that could not only continue the trend, but give it the horsepower to establish multiple new highs.
Defiance Quantum ETF

Combining big named stocks with a quantum footprint with its pure play quantum computing stocks has given QTUM a nice downside risk mitigation while riding the crest of the quantum surge.
By hedging its volatile small-cap pure-play exclusive quantum computing and machine learning holdings with a mix of hardware, software, research, communications, and other quantum related stocks, QTUM has managed to capture a large chunk of the quantum fervor upside while mitigating severe corrections.
|
Net Assets |
$4.18 billion |
Expense Ratio |
0.40% |
|
Yield |
1.10% |
YTD Return |
20.51% |
|
52-week range |
$72.97-$132.99 |
1-Year Return |
77.82% |
|
NAV |
$131.91 |
3-Year Return |
45.89% |
|
Avg. Daily Volume |
356,498 shares |
5-Year Return |
19.02% |
Top 10 holdings:
- Intel – 2.21%
- Global Unichip – 2.05%
- Micron Technology – 2.04%
- Stmicroelectronics NV – 2.02%
- Teradyne, Inc. – 1.99%
- Nokia Oyj – 1.94%
- Mediatek Inc. – 1.83%
- ON Semiconductor Corp. – 1.81%
- Onto Innovations Inc. – 1.79%
- Marvell Technology – 1.77%
Money and Strategic Alliances

The combination of funding and commercial partnerships should boost quantum computing to even greater heights this year.
While QTUM has had a good run to date, there are two trends that are rapidly building that can independently boost it to new heights, but taken together, may very well send it into the stratosphere: new funding commitments, and new strategic relationships. Below are a few examples:
Money – In addition to the US, other sovereign nations recognize the disruptive potential and future importance of quantum computing and machine learning technology. With funding for R&D perhaps the most crucial component of the equation, US agencies and other nations have stepped up to the plate, acknowledging the Gus Grissom quote from the film, The Right Stuff (1983): “No bucks, No Buck Rogers.”
- In April 2026, the US Department of Energy announced three (3) funding packages: $625 million over 5 years for National Quantum Information Research Centers; a $352 million notice of funding for the advancement of quantum systems, computing, and related materials, and $65 million for an unspecified 38 additional quantum projects.
- The National Science Foundation created a $100 million National Quantum and Nanotechnology Infrastructure program for open-access research facilities. Additionally, the Expanding Capacity in Quantum Information Science and Engineering program received $38 million in NSF funds, and the Quantum Leap Challenge Institutes received a $125 million commitment over 5 years.
- The National Institutes of Health initiated a grant program for the use of quantum technology in drug discovery and biomedical use applications.
- Spain announced a €60 million quantum computer project with an additional €808 million from the European Regional Development Fund
- Canada has already extended $1.8 million for photonics, sensing and ion simulation research.
Strategic Alliances – corporate partnering for joint venture mutual benefit and profit was inevitable, but some of the pairings of late are particular cause for excitement and optimism:
- Infrastructure, Hardware and Networking – Microsoft and Atom Computing are creating logical qubits; Quantum Computing Inc. and POET Technologies are designing 400G/Lane thin-film lithium niobate modulators to boost network processing speeds
- Optimization – BASF and D-Wave created a quantum powered chemical manufacturing workflow protocol that cut scheduling time from 10 hours to mere seconds; IonQ and Ansys teamed to devise medical device simulations that offered a 12% performance advantage.
- Software and Quantum-AI Hybrids – Alphabet (Google) and various partners are creating “Quantum Echoes” algorithms for accelerating molecular simulations; IonQ and CCRM created a quantum-AI therapeutic hybrid platform for healthcare and life sciences for use in Canada and Sweden.
With such big private sector players stepping up to commercialize what governments are funding to develop, this public/private one-two punch is certain to yield tangible, and positive results.