Case Study

KID Museum Quantum Booth

We were invited by the Bethesda KID Museum to host a quantum learning booth at the KID Expo. We set up a 3-step booth: quantum key distribution, basics of quantum, and quantum algorithms.

Event
KID Expo
Venue
KID Museum, Bethesda, MD
Attendees
2,000+
Ages
Elementary – Middle School

Activities

The booth was structured as three stations, each teaching a different facet of quantum computing through play.

1

Quantum Key Distribution

A fun, all-ages demo. Two participants entangle their Qubis and stand back-to-back. They each shake to measure — getting “up” or “down” — and write their result as 0 or 1. After three rounds, they look up the animal their secret code maps to and shout out the answer.

Learning outcomes

  • How do we get information out of entangled qubits?
  • How can we share a secret codeword using entangled qubits?
Two participants standing back-to-back with entangled Qubis
Animal code mapping used in the quantum key distribution demo
2

Quantum Circuits

Kids were given a circuit to perform on their Qubis using hand motions — they treated it as a puzzle. Then they played Qubi Hero, a game where they have to perform the correct gates to get a high score.

Learning outcomes

  • What is it like to program a quantum computer?
Circuit puzzle worksheet that kids solved with Qubi hand motions
Kids playing Qubi Hero at the booth
3

Basics of Quantum

A guided walkthrough of the core operations of a quantum computer: gates, measurements, and entanglement. What stood out most was how engrossed the kids were — they stayed focused and asked questions throughout.

Learning outcomes

  • What is a qubit in real life?
  • What is a gate? How is it performed?
  • What does it mean to not measure a quantum computation?
Kids learning about quantum gates with Qubi
Hands-on demonstration of quantum gates

What kids learned

Even the youngest participants walked away with real intuition for quantum ideas — built through play, not lecture.

What a qubit is

A qubit is different from a regular bit — it can be in a mix of states until you look at it

Measurement changes things

When you shake a Qubi to measure it, it picks a result — you can’t know the answer in advance

Quantum gates

You can change a qubit’s state with specific hand motions, just like programming a quantum computer

Entanglement is real

Two Qubis can be linked so that measuring one instantly tells you about the other

Secret codes from quantum

Entangled measurements can create shared secrets — the basis of quantum key distribution

Quantum circuits as puzzles

A sequence of gates is like a recipe — kids solved circuit puzzles by performing the right moves in order

Gallery

Kids of all ages were captivated by the hands-on quantum experience.

Kids fascinated by Qubi at the KID Museum
Children exploring quantum concepts with Qubi
Engaged young learners at the quantum booth
Kids captivated by the Qubi demonstration

Want to bring Qubi to your event?

We run interactive quantum booths at museums, science fairs, and community events. Get in touch to host a session.