November 17, 2025
Quantum technologies are moving from the edges of science into the arena where industries solve real problems. The transition will take time, but the early signs are clear. Universities are building new research capacity. Companies are exploring use cases. States are beginning to understand the economic potential. For South Carolina, the question is not if quantum will matter. It is how our region can prepare people and institutions to benefit from it.
As part of the SC Quantum Summer Sprint, educators, researchers, and technical professionals from across the state engaged with online quantum learning platforms, including Black Opal by Q-CTRL, Classiq for Academia, qBook from qBraid, and QliteX. Participants shared detailed feedback about what they found useful, what felt challenging, and what is needed for broader adoption in a survey administered by SC Quantum. The insights from this work point to a simple conclusion.
Online learning tools will play an important role in preparing South Carolina for a quantum future, but only if we support the people and institutions who bring these tools into the classroom, the lab, and the workforce.
INSIGHT: Build familiarity through accessible learning
One of the strongest themes from the Summer Sprint was the importance of accessibility. Participants were already familiar with quantum at a basic level, but many noted that the subject still feels intimidating for new learners. Even skilled educators and researchers said that quantum topics can feel abstract or too far removed from practical applications. This is one of the main barriers for broader engagement. This early work also shows that educators are not just interested in the theory of quantum technologies. They are beginning to test real tools and approaches, which signals a growing focus on implementation and practical use.
Online educational platforms help solve this problem. They introduce concepts in short segments, offer step by step explanations, and give learners the chance to test ideas at their own pace. Interactivity and clear content emerged as the two features people valued most. When lessons feel digestible, the distance between a curious learner and a confident one becomes much smaller. For South Carolina, this matters. If we want students, educators, technicians, and workers to participate in the quantum economy, we need tools that make the subject approachable.
“Online learning will not replace the hands-on work happening in our classrooms and labs. It gives people a way to enter the field with confidence and curiosity, and that is the introductory step South Carolina needs in building a quantum-ready workforce.”
— Dave Alsobrooks, Director of Communications, SC Quantum
INSIGHT: Support educators and early adopters
Another clear theme was that people tend to adopt technology before their institutions do. Many participants described themselves as early adopters who are comfortable testing new ideas and tools. At the same time, they noted that their institutions move slowly due to limited resources, unclear priorities, or a cautious culture around emerging technology.
This gap reinforces the importance of what we often call peopleware. The most motivated champions for quantum education are already inside our colleges, universities, and technical programs. They want to build new content and pilot new approaches. What they need is help navigating internal barriers. Participants highlighted several support needs that would make adoption easier. These include curriculum templates, technical assistance, leadership facing materials, peer communities, and, most often, funding. These forms of support matter as much as the platforms themselves.
If South Carolina wants to lead in quantum readiness, we need to empower the people who are already doing this work. Online tools can speed up learning, but champions need backup. They should not feel like they are pushing a new field forward on their own.
INSIGHT: Strengthen the undergraduate pipeline
The feedback also showed where online platforms are most likely to gain traction in the near term. The strongest opportunities are in undergraduate education, self paced learning, and professional development for educators. Participants identified these areas as the most natural places to introduce quantum concepts.
This aligns with broader workforce trends. Undergraduate programs shape the talent pipeline for advanced manufacturing, life sciences, cybersecurity, and other sectors that quantum will eventually touch. Foundations built today can lead to stronger career pathways tomorrow. Online platforms give universities an efficient way to introduce these foundations without requiring immediate changes to degree structures or research programs.
As we learn what works at the undergraduate level, the lessons will help shape future efforts in K–12 settings and support more advanced learning in graduate programs. Strong early foundations make it easier to expand the pipeline in both directions over time.
INSIGHT: Design a hybrid approach to quantum learning
Participants also offered insight into what an ideal online learning experience should look like. No single tool can satisfy every need. Some platforms are strong at explaining concepts in short, engaging modules. Others stand out for offering hands on experimentation and exposure to real computational environments. Learners benefit when introductory lessons feel interactive and clear, but they also benefit when they can apply what they learn in settings that reflect real scientific or engineering practice.
This suggests that a hybrid approach may work best. South Carolina does not need to select a single platform as the answer. Instead, we can curate a set of tools that support different stages of learning. Introductory material can rely on engaging, approachable lessons. More advanced content can move toward hands on activities. Such combinations mirror how students learn in other technical fields and create a smoother path from initial curiosity to practical skill.
INSIGHT: Create a regional learning community
One final insight stands out. Participants said they want to learn not only from platforms, but from each other. Many expressed interest in peer forums and communities of practice where educators and practitioners can share what works, ask questions, and compare approaches. This kind of community would strengthen the region. It would also help South Carolina move toward a coordinated strategy for quantum literacy.
This is an important opportunity. No single institution can build quantum readiness alone. A regional learning community can connect universities, technical colleges, industry partners, and educators who are testing new content. It can also strengthen our position as a state preparing for a quantum economy, not as isolated efforts, but as a unified network.
“A strong quantum economy in our region begins with access. When people can learn at their own pace and see how these technologies connect to real problems, we are fast-tracking our workforce development efforts and positioning talent to stay in the region.”
— Bill Clinton, Senior Director of Strategic Initiatives, SC Quantum
Looking ahead
Online education will not replace hands on teaching, research, or workforce programs. It will complement them. It will give South Carolinians a way to engage with quantum technologies early, safely, and at a pace that fits their context. The insights from the Summer Sprint make it clear that the value of these platforms increases when they are supported by strong peopleware, aligned institutional goals, and a shared regional vision.
Want to read more? DOWNLOAD THE SUMMER SPRINT REPORT
If South Carolina wants a quantum future, we need to start by making the learning journey clear, approachable, and connected. Online education is one of the tools that can help us get there.
Dave Alsobrooks
Director of Communications, SC Quantum
dalsobrooks@scquantum.org