Quantum Ready Chicago · free · no prerequisites
Chicago’s Quantum Future Starts With You.
A free guide for high school and college students in Chicago: what quantum technology actually is, where it is being built in this city, and the concrete steps from curiosity to a career in the field.
Find your quantum pathOr start with the basics →Three ways into the material.
Pick the door that fits what you need today. Everything is free, and nothing assumes you have studied physics before.
Learn
Four categories that take you from “what is a qubit” to what Chicago is actually building — with short knowledge checks as you go.
- Quantum Computing 101
- Applications and impact
- Emerging fields
- Quantum in Chicago
Roadmap
Three routes in — formal education, self-study and hands-on experience — plus a quiz that matches your interests to a career path.
- Formal education
- Self-study
- Hands-on experience
- Find your quantum path
Resources
Free courses, simulators you can run in a browser, labs in the region and the offices that run student programmes.
- Online learning
- Interactive tools
- Research opportunities
- Internships & careers
The work is a train ride away. The jobs will be too.
Superconducting qubits are built in Batavia, quantum research runs on national-lab hardware in Lemont, and the region's quantum network is coordinated through Hyde Park. A photonic computing facility has been announced for the Southeast Side. None of that is abstract for a student who lives here.
Quantum technology needs software developers, electrical engineers, cryogenics technicians, chemists, security specialists and project managers — not only physicists. This site exists so a Chicago student can see that range, and the first door into it, without an advanced math requirement or an application essay.
- 5stages
- From your first qubit to a project you can present.
- 0prerequisites
- No calculus, no physics class. Algebra and curiosity.
- 3labs in the region
- Fermilab, Argonne and the University of Chicago anchor this work.
Start with the ideas everything else is built on.
Each one is explained twice: once in plain language, once precisely — so you can hold your own in a conversation and in a classroom. The full library adds applications, emerging fields and what is happening in Chicago.
The qubit
A qubit is a controllable two-level quantum system — a real object in a real machine.
Superposition
A qubit can hold a weighted combination of 0 and 1 at the same time.
Entanglement
Two qubits can become linked, so their outcomes are correlated in a way classical systems cannot match.
Measurement
Reading a qubit forces it to choose: you get 0 or 1, and the state collapses.
Three routes in. Five stages to work through.
Formal education, self-study and hands-on experience are all valid ways into the field. Underneath them sits a self-paced spine of five stages, each with a concrete milestone to prove you are done.
- 011–2 weeks
Orientation
Get the lay of the land: what a quantum computer actually is, what it is not, and where this work happens in Chicago.
- 022–3 weeks
One qubit at a time
Meet the qubit as a physical object you can control, and see how superposition changes what 'state' means.
- 033–4 weeks
Circuits & gates
Build your first circuits. Single-qubit gates, then two-qubit gates, then run them on a simulator.
- 044 weeks
Entanglement & algorithms
Link qubits together, then see how interference turns a strange idea into something faster than classical code.
- 054–6 weeks, then ongoing
Build, present, continue
Turn what you know into your own project, show it to an audience, and pick your next step in the city.
Free material, checked and sorted.
Courses, simulators, reading and local programs — no sign-up walls, no paid funnels. Start with these three.
Chicago Quantum Exchange
The region's quantum hub, linking the University of Chicago, Fermilab, Argonne, Illinois Tech and industry labs. Public talks, open houses and student events are posted here.
IBM Quantum Learning
Free courses that start at zero and end with real circuits: basics of quantum information, then Qiskit foundations and running jobs on IBM hardware.
Quantum Country
A free, essay-length introduction to quantum computing and quantum mechanics with built-in memory exercises.
Not sure where you fit? Six questions will point you at a path.
Answer honestly about what you enjoy and the quiz shows which quantum career pathway matches, the skills to build, and what to read next. No sign-up, no score kept.