Case Studies

Case Studies/Education/High School Pilot
Hands-onSTEMQuantumPilot
October 2025

High School Pilot: Quantum Fundamentals with Qubi

In a 90-minute pilot with 16 high school students, we used Qubi to teach core quantum concepts through guided, hands-on interaction. The session validated that tactile visualization lowers the barrier to entry and keeps learners engaged while staying scientifically accurate.

Duration
90 min
Students
16
Grades
9–12
Devices
8 pairs of Qubis
Location
Eleanor Roosevelt High School, PG County, MD

What stood out

Assessed Learning
83%
Average score on post‑test assessment. See materials below
From the Classroom
“I feel like I finally understand what an electron is.”
Feedback from a 12th grader in the school's Quantum Club.
100%
Could answer questions about the Singlet state.
Partners worked
Working in pairs encouraged discussion and joint problem solving.
0%
On phones or distracted during the session
Students Stayed Curious
Students were engaged and asked great questions throughout the entire 1.5 hours

How it ran

  • 1) Setup, pairing, and Qubi distribution
    • Arrived early to stage the room and lay out paired Qubi sets
    • Students were paired up, with one linked Qubi pair per student pair, ensuring all groups could complete both single-qubit and entanglement activities without reassigning equipment
    • The team positioned themselves at the front while remaining mobile to circulate during activities
    2) Concept bridge and measurement introduction
    • Opened with a brief, slide-guided introduction framing quantum computers vs classical computers
    • Introduced qubits as the fundamental unit and established measurement as the primary way to extract information
    • Demonstrated what a measurement looks like on Qubi to align all groups before experimentation
    3) Experiment 1: Single-Qubi measurement exploration
    • Student pairs repeatedly measured a single Qubi and looked for patterns in outcomes
    • The team circulated to prompt hypothesis-forming, consistent result tracking, and discussion
    • When a group discovered something useful, the room briefly regrouped to synchronize understanding
    4) Bases as procedural choices
    • Introduced the idea that how you measure matters, framing bases as different ways of asking a question
    • Kept the explanation procedural: choose a basis first, then measure
    • Limited theory in favor of preparing students for the next hands-on activity
    5) Entanglement setup and exploration
    • A second Qubi was distributed to each pair
    • Students entangled their Qubis and experimentally explored correlated measurement outcomes
    • The team facilitated by circulating, prompting discussion, and periodically syncing discoveries across groups
    6) Post-test and guided reflection
    • The session concluded with a post-test to check understanding
    • Students were encouraged to think out loud, with guidance focused on clarifying questions rather than providing answers
  • Materials used for this lesson (archived)

    The following materials were used during the October 2025 high school pilot. They are shared for transparency and reference, and do not reflect the latest version of our curriculum.

    Looking for the current version?

    Our lessons are actively evolving based on classroom feedback and ongoing pilots. For the most up‑to‑date materials and updates, please visit our Educational Resources.

    Conclusion

    The pilot showed strong engagement and clear learning momentum. Next, we’re refining pacing, strengthening the facilitator guide, and expanding assessment so the lesson can scale to larger classrooms.

    We’ll continue partnering with educators to co-design materials that balance rigor with accessibility, ensuring each session meets teachers where they are and supports diverse learners.

    More case studies coming soon

    We’re actively running new pilot programs and will share results here as they land. If you’d like to collaborate on a pilot or have questions about fit, we’d love to hear from you.