KONETI, SAI PRADEEP

English

The University of Nebraska, Omaha

Simulator for Qubit Measurement Using Augmented RealityPresented by Sai Pradeep Koneti, Graduate Student, Computer ScienceMentors: Dr. Mahadevan Subramaniam      Dr. Abhishek ParakhContentsIntroduction to QubitsIntroduction to Augmented RealityProject IdeaAchieved FunctionalitiesFuture EnhancementsDemoQ & AQubits• Qubits(Quantum Bits) are the basic units of Quantum computing. • Generally representation of the Qubits will be done using Ket notation.Qubit : |ψ> = cos θ |0> + sin θ |1>• Here θ is the resultant angles from Base and Polarization of the Photon. These angles form the fundamentals for quantum computing and cryptography.Augmented Reality• An enhanced version of reality created by the use of technology to overlay digital information on an image of something being viewed through a device (such as a smartphone camera).Ex : Games like Pokemon GO• We used Augmented reality for capturing the rotation of the objects and take them as a input for base and Polarization angles.Project IdeaThis research proposes a new way of visualizing the phenomenon of creation of a qubit (quantum bit) using tools of augmented reality.The main focus is on concept of polarization, basis and measurement outcomes with respect to different bases.The augmented reality application will provide a simulator for the measurement of the qubit based on the input angles of bases and polarization.What is Achieved in the ProjectUsers can provide inputs for Base and Polarization angles using the interactable augmented Reality Objects.User can create the Qubits with those values.The users can give different values of bases and polarization and can observe the variation in qubit values with respect to those bases.Future EnhancementsBlock Sphere Simulation for the Qubit. Future developments will include topics like superposition and entanglement.DEMOThank you for listening any question?

Simulator for Qubit Measurement Using Augmented Reality

https://digitalcommons.unomaha.edu/cgi/viewcontent.cgi?filename=0&article=1018&context=csworkshop&type=additional

Simulator for Qubit Measurement Using Augmented Reality

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