Quantum Mechanics + vs Quantum Computing

Numerically solve Schrodinger's Wave Equation with various potentials for bound states and wave packets. Real Quantum Physics - suitable for a theory lab or demonstration in an introductory Quantum Mechanics course. Find bound states for Harmonic Oscillator, Square Well, Ammonia Maser, Hydrogen Atom, and Delta Function Potentials. Follow a wave packet as it hits a Step Barrier, Resonant Potential and Tunnel Barrier. Enter energy values for a bound state and see if the solution converges - real energy values accurate to better than 1%. Observe the Ramsauer-Townsend effect and a wave packet tunnel through a forbidden potential barrier.   Screenshots: 1) Home page with options 2) Harmonic Oscillator with 5 energy levels 3) Bound state potentials 4) Wave packet bouncing off of a step function potential 5) Wave packet potentials 6) Split two levels of an ammonia maser 7) Wave packet incident on a barrier 8) Wave packet after tunneling through barrier - right side amplified by magnifier

Quantum Computing is an innovative application designed for enthusiasts, students, and professionals in the field of quantum computing. Featuring a powerful quantum circuit editor and an integrated simulator, this app provides all the tools you need to design, test, and analyze quantum circuits with ease. Key Features: 1. Intuitive Quantum Circuit Editor: - Easily build quantum circuits using quantum gates. - Adjust specific parameters of each quantum gate and qubit to experiment with various configurations and optimize your designs. 2. Advanced Quantum Simulator: - Accurate Simulation: Run detailed simulations of your quantum circuits, obtaining precise and reliable results. - Results Visualization: Analyze the behavior of your quantum circuits through interactive graphs and visualizations that facilitate understanding. 3. Component Library: - Variety of Quantum Gates: Access an extensive library of common and advanced quantum gates, including Hadamard, Pauli-X, CNOT, and more. - Customizable Qubits: Add and customize qubits to suit the needs of your quantum experiments. 4. Learning and Resources: - Practical Examples: Explore predefined examples of quantum circuits to learn and get inspired for your own designs. - Project Export: Export your quantum circuits and simulation results in JSON format for presentations, publications, or storage. You can import such files into programs written using open source swift-computing (https://github.com/crodriguezdominguez/swift-quantum) package in order to carry out more complex experiments. With Quantum Computing, the future of quantum computing is at your fingertips. Design, simulate, and learn about quantum circuits easily and effectively. Start your journey into the quantum world today!