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Paramjit Kaur
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#🎂ਜਗਜੀਤ ਸਿੰਘ ਜਨਮਦਿਨ ਸਪੈਸ਼ਲ💐
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![🎂ਜਗਜੀਤ ਸਿੰਘ ਜਨਮਦਿਨ ਸਪੈਸ਼ਲ💐 - We investigate the low-energy electric-dipole response of 40Mg using a 38Mg+n+n three-body model This model is implemented using a three-body hyperspherical formalism with an] analytical transformed harmonic oscillator basis In this study, two different neutron-neutron interactions are considered: a scalar Gaussian density-dependent central potential and a more realistic finite range potential which includes central, spin-orbit, and tensor components. We examine how electric-dipole response is affected by the choice of the interaction.| We investigate the low-energy electric-dipole response of 40Mg using a 38Mg+n+n three-body model This model is implemented using a three-body hyperspherical formalism with an] analytical transformed harmonic oscillator basis In this study, two different neutron-neutron interactions are considered: a scalar Gaussian density-dependent central potential and a more realistic finite range potential which includes central, spin-orbit, and tensor components. We examine how electric-dipole response is affected by the choice of the interaction.| - ShareChat](https://cdn4.sharechat.com/bd5223f_s1w/compressed_sharp_40_img_34988_1fa948bf_1770524939861_sc.jpg?tenant=sc&referrer=pwa-sharechat-service&f=861_sc.jpg "🎂ਜਗਜੀਤ ਸਿੰਘ ਜਨਮਦਿਨ ਸਪੈਸ਼ਲ💐 - We investigate the low-energy electric-dipole response of 40Mg using a 38Mg+n+n three-body model This model is implemented using a three-body hyperspherical formalism with an] analytical transformed harmonic oscillator basis In this study, two different neutron-neutron interactions are considered: a scalar Gaussian density-dependent central potential and a more realistic finite range potential which includes central, spin-orbit, and tensor components. We examine how electric-dipole response is affected by the choice of the interaction.| We investigate the low-energy electric-dipole response of 40Mg using a 38Mg+n+n three-body model This model is implemented using a three-body hyperspherical formalism with an] analytical transformed harmonic oscillator basis In this study, two different neutron-neutron interactions are considered: a scalar Gaussian density-dependent central potential and a more realistic finite range potential which includes central, spin-orbit, and tensor components. We examine how electric-dipole response is affected by the choice of the interaction.| - ShareChat")