Design of Automated Polarization based on EDU-QCRY 1

Abstract

Polarization Automation based on EDU-QCRY 1 is a system designed to facilitate the use of EDU-QCRY 1 devices in simulation of sending Quantum Bit (Qubit). Polarization automation utilizes quantum mechanical properties on the EDU QCRY 1 device, which will produce bits through polarization automation on the EDU-QCRY 1 quantum polarizator device. Polarization rotation will be done automatically and randomly using an ultrasonic piezomotor device that receives random voltage input on the Arduino Uno microcontroller. The random voltage input is based on a random source from the accelerometer sensor. The measurement results of the accelerometer sensor will be processed and converted into voltage as input to perform automatic and random polarization rotations on the EDU QCRY polariator device. Furthermore, the automatic polarization results will produce a series of numbers that run on the principle of anti-cloning and quantum mechanical properties.