P. Premarathna

most citedCoupled-channels treatment of

^{7} Be (p, γ)^{8} B

in effective field theory

7 citations · 12 across the 2 of their papers we have counts for

collaborators

3 papers

nucl-th2020★ 7 cited

Coupled-channels treatment of $^{7} Be (p, γ)^{8} B$ in effective field theory

Renato Higa, Pradeepa Premarathna, Gautam Rupak

The E1 and M1 contributions to $^{7} Be (p, γ)^{8} B$ at low energies are calculated in halo effective field theory. The excited $^{7} Be^{⋆}$ core is included as…

nucl-th2020★ 5 cited

Coupled-channel treatment of $^{7} Li (n, γ)^{8} Li$ in effective field theory

Renato Higa, Pradeepa Premarathna, Gautam Rupak

The E1 contribution to the capture reaction $^{7} Li (n, γ)^{8} Li$ is calculated at low energies. We employ a coupled-channel formalism to account for the $^7\mathrm{Li}…

nucl-th2019

Bayesian analysis of capture reactions $^{3} He (α, γ)^{7} Be$ and $^{3} H (α, γ)^{7} Li$

Pradeepa Premarathna, Gautam Rupak

Bayesian analysis of the radiative capture reactions $^{3} He (α, γ)^{7} Be$ and $^{3} H (α, γ)^{7} Li$ are performed to draw inferences about the cross section…

Coupled-channels treatment of 7Be(p,γ)8B in effective field theory

Coupled-channel treatment of 7Li(n,γ)8Li in effective field theory

Bayesian analysis of capture reactions 3He(α,γ)7Be and 3H(α,γ)7Li

Coupled-channels treatment of $^{7} Be (p, γ)^{8} B$ in effective field theory

Coupled-channel treatment of $^{7} Li (n, γ)^{8} Li$ in effective field theory

Bayesian analysis of capture reactions $^{3} He (α, γ)^{7} Be$ and $^{3} H (α, γ)^{7} Li$