1Concept
Academy
From single qubit to your first running algorithm
Video courses on quantum information processing. Lectures, quizzes, and a certificate.
Learn quantum without getting lost
A better way to learn
We start with intuition and build understanding step by step. You always know what you're learning and why it matters.
2Math
3Circuit
4Real problem
Optimize a portfolio
Course preview
From theory to practice
Various topics and modules guide you gently from understanding qubits to your first quantum experiment.
Whether you start from zeroor already write code
- No physics background required
- Every concept explained with an analogy first
- 3 to 5 minute lectures, no filler
- Build real intuition before the math
- Backpropagation to variational circuits, explicitly connected
- QSVM, HQNN, VQE, QAOA covered directly
- See where quantum ML is proven and where it isn't
- A shareable certificate
- Same terms and algorithms you'll use in practice
- The last module walks through the full workflow directly
- Practice on real use cases, not toy examples only
- Structured, source-checked explanations of each algorithm family
- Classical baselines shown for every quantum method
- Reusable as reference material or teaching support
- Full program published, not a black box
The program
12 modules
From a single qubit to a hybrid quantum-classical solution for your own problem.
Module 1. Why quantum computing
3 lectures, about 13 minWhy organizations are investing in quantum computing, what today's hardware can and can't do yet, and which problems are actually worth trying it on.
Module 2. Quantum computing foundations
7 lectures, about 31 minQubits, superposition, entanglement, measurement, and the gates that turn them into a working circuit.
Modules 3 to 12
Classical ML foundationsThe machine learning you need before the quantum version.
Software and hardware stackSuperconducting vs trapped-ion qubits: gate speed, connectivity, coherence time.
Core quantum algorithmsGrover, QAOA, VQE, QSVM, HQNN, HHL.
Hybrid quantum-classical computingUse cases in finance, energy, manufacturing, healthcare and materials science.
Hands-on moduleDescribe your own problem, get a hybrid solution benchmarked against a classical baseline, with code and a report.
End-to-end walkthroughThe full workflow from problem to result, side by side.
How it's built
1
Straight to the point
Every lecture is 3 to 5 minutes, followed by questions that lock in the material.
2
Made by quantum experts
Written and recorded by the team's own quantum specialists.
3
Concept before formalism
Each idea gets a working analogy before the math, and a note on where the analogy stops holding.
4
What a quantum computer is, and what kind
What separates a quantum computer from a classical one, and the hardware types behind it.
ComparedClassicalvsQuantum
HardwareSuperconductingTrapped ion
5
Tied to real problems, benchmarked honestly
Every algorithm is paired with the kind of problem it solves in industry and run against a classical baseline.
Every runQuantum methodvsClassical baseline
IndustriesFinanceEnergyHealthcareManufacturingLogistics
6
Try it yourself, then get certified
Run your own problem through a hybrid workflow, pass the quizzes, get a certificate.
Finish the course,
keep the proof
A certificate for every completed course
Every course ends with graded module quizzes. Pass them and Academy issues a PDF certificate that records what you actually did: lectures completed, quiz accuracy, study time.
- Unique certificate ID, verifiable online
- Print-ready A4 PDF, downloadable any time
- Shareable link for CVs and profiles
- Add it straight to your LinkedIn profile
One subscription,
the whole Academy
EigenOrbit Academy
Monthly subscription€99/ month
Cancel any time from the customer portal.Included with your subscription
- Full access to EigenOrbit Academy
- Quizzes after every module
- Certificate for completed courses
- Worked examples