January 2, 2026
Rather than looking back at the year that was, the new year offers an opportunity to look ahead with everything before us. In quantum science and technology (QIST), progress is rarely about sudden breakthroughs. It is built through steady work, shared understanding, and timing. As 2026 begins, South Carolina finds itself at a critical inflection point.
The state has invested in building awareness and capability across quantum technologies, growing talent, and strengthening connections across education, industry, and research. Those efforts were foundational by design. They focused on literacy, readiness, and trust. The result is a community that now shares a belief in what quantum can add to our state's future.
The resolution for 2026 is simple. Take the next step.
That next step is about action, as research, workforce development, and applied exploration move forward in more coordinated and meaningful ways. The groundwork has been laid. What comes next builds on that preparation and translates it into sustained, hands-on work across areas including quantum computing, quantum sensing, and quantum communications.
Our collective focus now is connecting quantum capabilities to real challenges. In 2026, South Carolina will continue strengthening its position as a place where quantum technologies are developed and applied in ways that are deliberate, collaborative, and grounded in real-world applications.
At the same time, the broader field of quantum science and technology continues to mature. In 2026, progress is expected to come through refinement rather than hype. Continued advances in error correction and mitigation will improve the reliability of quantum computing systems. Hybrid approaches pairing classical and quantum systems will make experimentation more accessible. Application-driven research will further clarify where quantum sensing and quantum communications offer near-term value, particularly in areas like chemistry, communications, optimization, and sensing.
Education and workforce development will evolve alongside these technical advances. The conversation is shifting from awareness to readiness, with clearer pathways emerging for students, researchers, and professionals who want to engage with QIST in practical ways.
The outlook for the year ahead is optimistic, yet realistic. No single milestone will define quantum success in 2026. Instead, progress will show up through inquiry, partnership, and intentional action.
As the year begins, South Carolina is well-positioned to continue moving forward. The work ahead is bold, but the foundation is strong. In quantum information science and technology, that combination matters.
Dave Alsobrooks