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Develop theoretical algorithm to calculate quantum-mechanical atomic dynamics.
Quantum physics is an emerging field. It has demonstrated supremacy in many ways, such as quantum sensing being much more precise, and quantum computers being capable of solving problems exponentially faster than their classical counterpart.
In this Build Project, you’ll learn the key concepts in quantum physics, such as quantum states, Schrodinger equations, and use those concepts in real-life applications, including lasers and atomic spectroscopy. You will also learn and use Python to develop software programs to solve quantum problems. Those software programs will be very useful as they are not readily available in industry but only in academia. You will build your software program on Github, which is also a critical skill to have in the software development field. A well-built and active Github account is a good plus for jobs in software engineering, which has the highest pay grade among other fields.
Via a presentation, explain to the students how lasers are used in modern atomic physics research and industrial application.
Via a presentation, students will learn various mathematical models that describe atom-laser interaction quantitatively.
Through a detailed explanation and shared screen, students will create a new branch in Github, and develop, stage, and commit code changes.
Through shared screen, students will learn how to use Python as programming language to perform basic mathematical operations for scientific computation.
Through a detailed explanation, students will learn the key concepts of spectral line shapes, the types of line broadening mechanism, and quantitative methods of line shape measurement.
Through a detailed explanation, students will learn the quantum mechanical model of alkaline atoms, their spectroscopy and modern applications.
Through a presentation, students will understand how to write software programs to calculate spectral lines of alkaline atoms and analyze experimental spectroscopic signals.
Via shared screen, students will present their deliverables and receive feedback.
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Teng Zhang is a Physics Build Fellow at Open Avenues Foundation, where he works with students leading projects in physics.
Teng Zhang is a research scientist at Rydberg Technologies, where he focuses on atomic spectroscopy.
Teng Zhang has over 10 years of experience in the physics field. He was a Phd student at Penn State and an engineer at Argo AI in Pittsburgh.
He holds a PhD degree in physics.
A fun fact about Teng Zhang is that he loves running and finished a marathon in 4 hours and 20 minutes.