- Welcome to Quantum-Computing
- The Project
- FAQ
- Which tools do you use ?
- Self-study-Guide
- Pennylane.ai
- Clean Code
- Statistik
- Komplexitätstheorie
- Logik
- Physik
- Stochastic & statistic
- Mathe
- Geometry
- numeric linear algebra for Coders
- Graphen-Theorie
- Einsteins Summenkonventiom
- EigenValues
- Hilbert-Raum
- Vector Calculus
- Basics:
- Einfach:
- Mittel:
- Schwer:
- Symbolbeschreibung
- Tensor Produkt
- Inners Produkt vs Kreuzprodukt
- Vektorprodukt bzw. Kreuzprodukt
- "inner product" - Skalarprodukt
- Lineare Algebra
- Notationen
- Hilbert-Raum
- Komplexe Zahlen
- Die Matrix
- Tensoren
- Funktionen n-Ordnung
- Integralrechnung
- Rechnen im Kreis
- Differentia(operator
- DataScience
- offtopic
- Griechisch für Anfänger
- Course
- Literature list
- Quantum Machine Learning
- Quantum Projects
- The Quantum Graph Recurrent Neural Network
- Quantum circuit structure learning
- Training and evaluating quantum kernels
- Kernel-based training of quantum models with scikit-learne 2
- Qubit_Rotation
- Variational Quantum Linear Solver
- Variational classifier
- Understanding the Haar Measure
- Lineare Regression @QML
- Quantum-Simulation @Kubernetes with QuEST
- Documentation
- Reinforcement Learning
- Classification
- Code Example:
- Optimizer
- Regression
- Quantum Projects
- Research Papers & More
- Variational quantum Algorithms
- Quantum Natural Gradient Descent
- Boolsche Logik
- Quantum-Logik
- Bra-Ket
- Quantum-Mathe
- Quanten-Mechanik
- Visualisation
- Quantum-Informatik
- Quanten-Physik
- Collection[unsorted]
- Quantum-Hardware
- Spin 1/2 (Fermion)
- offtopic
- Physik
- Komplexitätstheorie
- Quantum-Simulation
- Machine Learing
- Reading Guide:
- Coders Help
- Documentation-Guide
- Quantum-Hommage
- Algorithmen
- Quantum @ LinuxFoundation