The Complex Energy Method Applied to the Nd Scattering with a Model Three-Body Force
Aye Mya Phyu (Mandalay Uni.), Hiroyuki Kamada (Kyushu Ins. Tech.),, Jacek Golak (Jagiellonian Uni.), Htun Htun Oo (Mandalay Uni.), Henryk Witala, (Jagiellonian Uni.), Walter Gloeckle (Ruhr-Uni. Bochum)
TL;DR
This paper applies the complex energy method to nucleon-deuteron scattering with a simple three-body force, demonstrating good agreement with modern calculations and establishing a foundation for further applications.
Contribution
It introduces the complex energy method to three-body scattering problems with a separable force, showing its effectiveness and potential for broader use.
Findings
Good agreement with modern direct calculations
Validates the complex energy method for three-body scattering
Provides a basis for future applications
Abstract
Using the complex energy method, the problem of nucleon-deuteron scattering is solved with a simple three-body force having a separable form. Our results are compared with the results of modern direct two-variable calculations and a good agreement is found. This forms a firm base for other applications of the complex energy method.
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