Numerical Simulations of Alpha Decay


Kenneth A. Kiers

Current Position: Assistant Professor of Physics
1 Year of Service to Taylor University
Highest Degree: Ph.D. in Theoretical Physics,

          Numerical Simulations of Alpha Decay (Current) This project is funded by the Student Research Training Program (SRTP) at TU and involves Andy Platt, a Taylor student. The goal of the project is to perform a quantum mechanical study of the propagation of an alpha particle as it leaves a decaying nucleus. Before being detected, the alpha has no "preferred" direction of propagation. In the language of quantum mechanics, its wave function has "spherical symmetry" (or "circular symmetry" in this case, since the present study is performed in two dimensions). The act of measuring the alpha’s position destroys the symmetry of the alpha’s wave function and gives the alpha a preferred direction of propagation. Taylor’s computing facilities will enable an in-depth numerical study of this process and will hopefully help to yield new insights.

  Abstract: Numerical Simulations of Alpha Tracks

PARTICLE PHYSICS


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