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Affordable Quantum Entanglement Detector

CSEF · 2018 Physics & Astronomy

Yizheng Chen, Giang T. To · Trinity Christian Schools, Garden Grove, Orange County

Overview

Objectives/Goals Using gamma rays from Na-22 matter-antimatter annihilation, we can generate entangled gamma rays, we hope to design quantum gate using aluminum. Methods/Materials Geiger counter boards, Aluminum, Lead, Na-22, Geiger tubes, Arduino board Results Making a low-cost quantum gate. Using lead to block all radiation outside to maximize gamma rays detection result in the polarized states. Conclusions/Discussion Although there are more expensive quantum gates, we are able to make a less expensive one with substantial efficiency and precision.

Summary statement

We are able to build affordable quantum entanglement detector

Help received

I recognize my science teacher Mr. Brown as our adviser and he helped us for buying materials (radiation source).

Competition history

  • CSEF 2018 Physics & Astronomy · Entry S1805

Resources

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