THE QUANTUM LÄND

Objectives: THE QUANTUM LÄND

  • THE QUANTUM LÄND is a research initiative focused on building advanced quantum computers and simulators in Stuttgart, Germany.
  • It specializes in neutral atom quantum technology, using individually controlled atoms as the basis for qubits. Learn more.
  • The project combines over 15 years of fundamental research to develop scalable quantum systems and real‑world applications. Visit site.
  • They operate at the University of Stuttgart’s 5th Institute of Physics, collaborating with academic and industry partners. More info.
  • The website features an interactive quantum circuit simulator, tutorials, and API access for quantum experimentation. Try the simulator.
  • It provides educational tutorials on quantum mechanics, circuits, superposition, entanglement, and decoherence. See tutorials.
  • The platform supports both software and hardware development, from algorithms to control systems for quantum machines. Explore platform.
  • They share news and updates on projects, benchmarking efforts, and scientific publications. Read blog.
  • THE QUANTUM LÄND also lists career opportunities for PhD students and postdocs in quantum research and engineering. View careers.
  • The initiative aims to help realize large‑scale, high‑performance quantum computing technology for future scientific and industrial use. Official site.
  • Quirk – Quantum Circuit Simulator: Free browser-based simulator with drag-and-drop interface to build and test quantum circuits visually.
  • Quirk-E: Enhanced version of Quirk with additional features for importing/exporting and advanced editing.
  • Quantum Computing Playground: Browser-based simulator supporting ~22 qubits with scripting and debugging capabilities.
  • IBM Quantum Platform: Cloud platform with graphical circuit builder, simulators, and access to real quantum hardware (free account required).
  • Qly: Online drag-and-drop quantum circuit designer with export options to QASM, Qiskit, or Cirq.
  • BlueQubit Quantum Simulator: Web simulator with up to ~40 qubits and visualization tools.
  • Quantum JavaScript (Q.js): Web-based simulator with drag-and-drop editor and real-time probability outputs, open-source API included.
  • Quantum Circuit Simulator by Davy Wybiral: Simple online GUI-based circuit simulator for evaluating quantum circuits.
  • PhysicsLab Quantum Simulator: 3D interactive simulator showing circuits, qubits, Bloch spheres, and measurement outcomes.
  • Google Cirq: Python-based quantum circuit framework with built-in simulator, ideal for deeper experimentation and Colab notebooks.

Reference Book: N/A

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