Quantum For Everyone
100+
Downloads
Everyone
info
About this app
Quantum For Everyone aims to give a high-level understanding of quantum computing to high schoolers, undergraduates & graduates.
Quantum For Everyone talks about the need for quantum computing to solve our modern world’s problems and gives an introductory class to quantum mechanics by describing four quantum properties: superposition, interference, entanglement,& measurement.
Moreover, it explains the different types of qubits and how can we manufacture each one of them ( superconducting, trapped ions, photonic, etc…).
Furthermore, it gives insights into the different quantum gates that act on a single qubit or two qubits and even three qubits.
Lastly, it explains famous quantum algorithms like Shor’s Algorithm & Grover’s algorithm, and famous quantum protocols like Quantum Teleportation & Quantum Key Distribution.
Quantum For Everyone talks about the need for quantum computing to solve our modern world’s problems and gives an introductory class to quantum mechanics by describing four quantum properties: superposition, interference, entanglement,& measurement.
Moreover, it explains the different types of qubits and how can we manufacture each one of them ( superconducting, trapped ions, photonic, etc…).
Furthermore, it gives insights into the different quantum gates that act on a single qubit or two qubits and even three qubits.
Lastly, it explains famous quantum algorithms like Shor’s Algorithm & Grover’s algorithm, and famous quantum protocols like Quantum Teleportation & Quantum Key Distribution.
Updated on
Safety starts with understanding how developers collect and share your data. Data privacy and security practices may vary based on your use, region, and age. The developer provided this information and may update it over time.
No data shared with third parties
Learn more about how developers declare sharing
No data collected
Learn more about how developers declare collection
What's new
Explains Quantum Mechanics, Qubits, Quantum Gates & Circuits, Quantum Algorithms & Protocols.