Start with zero quantum knowledge. Learn through interactive experiments, get AI explanations connected to your work, and build toward a project and certificate you can share.
A few good questions. A little hands-on practice. And suddenly, you’re on your way.
01 / Get curious
02 / Try it out
03 / Make it stick
04 / Go further
SCROLL TO FIND YOUR WAY↓
01 / MADE RELEVANT TO YOU
Bring the problem you work on.
Your work is the starting point. Tell your AI tutor what you do, what you are exploring, and where you get stuck. Connect each lesson to a problem that matters to you.
AN EXAMPLE CONNECTED TO YOUR WORK
“I build software. Where could a quantum routine fit into a classical application?”
Illustrative context. You choose what your tutor can use.
02 / LEARN BY DOING
Less wondering. More “oh, I get it.”
Change a gate. Predict an outcome. Run the experiment. Quantum becomes more approachable when you can see what your choices do.
TRY YOUR FIRST QUANTUM GATE
|0⟩Measure
Tap H to prepare an equal superposition.
0
100%
1
0%
Ideal probabilities · simulated, not a hardware measurement
03 / YOUR AI LEARNING WORKSPACE
A little help. A lot of understanding.
Ask your AI tutor about the experiment in front of you. Save the explanation, add your own thinking, and build a notebook you can return to.
MY QUANTUM NOTEBOOK
Today, phase clicked.
H → Z → H takes |0⟩ to |1⟩. The second H makes the phase change visible in measurement.
Nine learning outcomes across the released labs, guide and workspace. Advanced algorithms and specialist tracks are next on the curriculum roadmap.
FROM YOUR LAPTOP TO A QUANTUM COMPUTER.
Make quantum part of your toolkit.
Bring a real-world problem to the prototyping workspace. Build a bounded circuit, test it in simulation, and prepare supported experiments for an actual quantum computer through AWS Braket.
Hardware execution is coming soon. The full-access plan includes US$5 lifetime QPU credit per learner, with task costs and limits shown before submission. Results distinguish simulation from hardware measurements; a prototype does not establish quantum advantage.
From “what’s a qubit?” to “I built that.”
QUANTUMGRIDOS LEARNING
✦
Certificate of Achievement
Your name goes here.
Quantum Developer Foundations
Assessed concepts + a circuit project Unique credential · Optional public verificationSAMPLE
✦
You earned this.
Earn the certificate. Keep the skills. Show what you know through an assessment and a circuit project.
No previous quantum knowledge is required. Start with the visual foundations. The certificate guide introduces the mathematics used in its assessment.
How is learning personalized?
You choose your profession and work problem, and whether your tutor can use them. Explanations use your current lesson and inputs. The released curriculum is a guided sequence; personalization does not imply an automatically rewritten course.
What does the certificate assess?
Quantum Developer Foundations assesses core concepts and a simulated two-qubit circuit project. Earn at least 80%, pass all critical concepts and the project. This is a QuantumGridOS-issued credential, not professional licensure or a guarantee of employment.
Does lifetime access include unlimited AI and hardware?
No. Lifetime access lasts while the platform operates, with future course updates. Paid plans include 100 AI requests per day, shared across tutoring, summaries and paper explanations. Full-access enrollment and hardware execution are coming soon. The planned allowance gives each learner US$5 of lifetime QPU credit, with up to 100 shots per task and a 16-task ceiling. Tasks reserve the device cost against that credit. Hardware availability and the platform spending cap apply; check pricing and the workbench before submitting.
Are my papers and notes public?
Your library and notebook are private to your account. Extracted paper text is sent to the AI provider only when you ask for an explanation. You control certificate sharing. Delete papers in your library; saved notebook copies are managed separately.
What learning content is available?
Three free foundation courses, eight interactive labs, a foundation assessment guide and the connected workspace. The 23 planned motion lesson videos remain in production. Advanced algorithms, noise-control courses and specialist tracks are future curriculum additions.