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The passage of a composite object across a barrier is very important for reaction physics in areas such as nuclear physics, condensed matter physics and other fields.
In this report, we approach the problem of the passage a composite object across a barrier by addressing the state of a particle and its dynamics in a potential well or hitting a barrier.
We provide a numerical solution to the one dimensional time-dependent Schrödinger equation using the Crank-Nicolson method.
The Bound state of a proton is demonstrated.
We also demonstrate a proton hitting a rectangular potential barrier.
The tunneling phenomenon is observed.
Transmission and Reflection probabilities were determined.
Finally, the model for a composite object across a barrier is formulated.
Daniel Boakye-Yiadom was born and raised in Kumasi, Ghana.
He is a product of University for Development Studies (UDS-Ghana) and African Institute for Mathematical Sciences (AIMS-Tanzania).
Daniel is a Physics tutor and a researcher.
His research is geared toward Quantum Mechanics and Reaction Physics.
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