Bringing quantum computing closer to practical applications
Quantum computing has long promised new ways to solve problems that challenge conventional computers.
On November 12, 2026, AMD and PsiQuantum announced an expanded partnership aimed at developing infrastructure for utility-scale quantum computing.
AMD also plans to make an equity investment in PsiQuantum. The companies did not disclose the amount of that investment.
According to Reuters, the collaboration will combine AMD’s computing hardware and software capabilities with PsiQuantum’s silicon-photonics approach to quantum technology.
Combining different computing technologies
Traditional computers process information using classical bits, while quantum systems use quantum bits, or qubits.
Quantum computing is not expected to replace conventional computing for every task. Instead, researchers are exploring applications where specialized quantum systems could complement existing computing infrastructure.
AMD and PsiQuantum plan to co-design systems that integrate quantum technology with high-performance computing and AI.
AMD will contribute technologies including CPUs, GPUs, adaptive computing products, and software.
PsiQuantum brings a silicon-photonics platform designed around optical and semiconductor technologies.
The collaboration reflects the importance of engineering entire computing systems rather than focusing solely on individual quantum processors.
Potential applications in scientific research
One area attracting attention is drug discovery.
Complex molecular interactions can be difficult to model accurately, creating interest in computational methods that may help researchers understand chemical behavior.
The companies reported early progress using AMD GPUs to simulate covalent inhibitors relevant to oncology research.
Those findings are preliminary company-reported research results. They do not establish that quantum computing has produced an approved treatment or demonstrated broad clinical benefits.
Additional validation will be necessary as the technology develops.
Career opportunities across disciplines
Quantum computing brings together physics, mathematics, computer science, electrical engineering, photonics, and advanced manufacturing.
For women in STEM, the field offers opportunities in both fundamental research and commercial technology development.
Quantum software engineers develop algorithms and programming tools. Semiconductor engineers work on device fabrication and integration. Photonics researchers study the behavior and applications of light.
Research scientists also explore how emerging computing architectures could support chemistry, materials science, and medicine.
As quantum technology progresses, collaboration between specialists from different disciplines will remain essential.
What comes next?
The AMD–PsiQuantum partnership is an important infrastructure development, but commercial-scale quantum computing remains technically challenging.
The companies will need to demonstrate that their integrated approach can deliver reliable performance, scalability, and useful computational results.
For the broader technology industry, the announcement highlights a growing effort to connect quantum research with established semiconductor and AI ecosystems.
And for the next generation of STEM professionals, it reinforces the importance of interdisciplinary expertise in developing technologies that may shape future scientific discovery.
Sources and further reading
Reuters — November 12, 2026: AMD and PsiQuantum partnership
Looking for Your Next Opportunity in STEM?
Discover technology news, emerging career pathways, and professional connections through Fems in STEM and Career Connections.
Editorial disclosure: Independent editorial coverage based on publicly available information. The partnership’s proposed investment and technical objectives should not be interpreted as confirmed commercial outcomes.
Discover more from Fems in STEM
Subscribe to get the latest posts sent to your email.
