Quantum Computing 0.15.3–200212

Download Quantum Computing 0.15.3–200212 file for Android 5.0+ and up. Quantum Computing 0.15.3–200212 app is among the category of Apps,Education in Playstore. This is advanced and newest type of Quantum Computing 0.15.3–200212 (hu.hexadecimal.quantum). The installation and downloading process is easy and quite simple. You can simply press on install button to install the app and remember to allow app installation from anonymous sources. We have also given direct download link with hight speed download. Be sure that we only provide the original, free and pure apk installer for Quantum Computing 0.15.3–200212 APK free of mofifications. All the apps & games that we provide are for personal or domestic use. If any apk download violates any copyright, you can contact us. Quantum Computing 0.15.3–200212 is the assets and trademark from the developer Resco Brands.
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About Quantum Computing 0.15.3–200212

A software for Android that emulates the actions of a quantum computer
essentially a quantum computer simulator with limited functionality

It's main purpose is to enable testing to everyone, even on the go. Since this app is only an emulator, it can show the position of the qubits on the bloch sphere. This app can also show the statevector of the system (in probability mode) and the final unitary gate will also be accessible soon. The limit is only the computing power of your device!

Help testing and join the beta program for new functionality!

You can apply any matrices to your qubits as long as they are member of the group SU(n) – they have to be unitary and have to have a unit determinant.

About the backend
The application uses a home-made backend for simulating quantum circuits. It does not yet work with noise and the number of qubits depend on the screen size and orientation (will be fixed soon, don't worry). The backend is written in Java and the entire source code can be found on GitHub at hexadec/Quantum
Please be aware that the qubit order in this application is Big-Endian, meaning that in a multi-qubit gate always the first parameter is the last bit in the statevector, whereas some other well-known system are Little-Endian, thus most multi-qubit gates are incompatible!

Main features
• At most 10 qubits
• Gates with at most 4 qubits
• Parallel processing (1-64 threads)
• Extremely high number of shots (up to 2^20)
• Lots of predefined gates
• Get results immediately
• Export results
• Import/Export gate sequence OpenQASM export in the beta
• Take the hermitian conjugate of any gate
• Show bloch sphere (only works with single qubit gates)
• Show the statevector of the system
• U3 and rotation gates
• Auto and Opt-in circuit optimization

Predefined single qubit gates
• Hadamard
• Pauli-X/Y/Z
• S-gate (π/2 phase shift)
• T-gate (π/4 phase shift)
• √NOT
• Identity

Predefined multi qubit gates
• CNOT/CY/CZ (Controlled-Pauli)
• Controlled-S, Controlled-T and Controlled-Hadamard gates
• SWAP
• Toffoli
• Fredkin

Planned features
Create and run algorithms with loops and conditions

Translators are welcomed at the GitHub repository:
https://github.com/hexadec/Quantum/blob/master/app/src/main/res/values/strings.xml 0.15.3
- Undo & Redo on long press
- 10 Qubits on all devices
- Some keyboard shortcuts added
- Better tablet support & other UI improvements
- WARNING! Dropped support for old file format (before version 0.8.1)
- Circuits can be exported into OpenQASM
- Some fixes