D. Bhattacharya

most citedIndependent-atom-model coupled-channel calculations strengthen the case for interatomic Coulomb decay as a subdominant reaction channel in slow O

^{3 +}

-Ne

_{2}

collisions

3 citations · 4 across the 2 of their papers we have counts for

collaborators

2 papers

hep-th2021★ 1 cited

Solving Gauge Anomaly Equations in the Standard Model using the Method of Chords

Dyuman Bhattacharya, Sayeh Rajabi

In a recent paper, Allanach et al introduced a geometric method to solve the anomaly cancellation equations for a $U (1)$ gauge theory with an arbitrary number of charges - the Meth…

physics.atm-clus2020★ 3 cited

Independent-atom-model coupled-channel calculations strengthen the case for interatomic Coulomb decay as a subdominant reaction channel in slow O $^{3 +}$ -Ne $_{2}$ collisions

Dyuman Bhattacharya, Tom Kirchner

We report on electron removal calculations for 2.81 keV/amu Li $^{3 +}$ and O $^{3 +}$ ion collisions with neon dimers. The target is described as two independent neon atoms fixed at t…

Solving Gauge Anomaly Equations in the Standard Model using the Method of Chords

Independent-atom-model coupled-channel calculations strengthen the case for interatomic Coulomb decay as a subdominant reaction channel in slow O3+-Ne2​ collisions

Independent-atom-model coupled-channel calculations strengthen the case for interatomic Coulomb decay as a subdominant reaction channel in slow O $^{3 +}$ -Ne $_{2}$ collisions