Amanda I. Karakas

activity

20022026

most citedQuantifying the uncertainties of chemical evolution studies. II. Stellar yields

409 citations · 2.8k across the 44 of their papers we have counts for

collaborators

Showing 2016Show all

3 papers · 1 filter

astro-ph.SR2016★ 26 cited

Intermediate-mass asymptotic giant branch stars and sources of $^{26}$ Al, $^{60}$ Fe, $^{107}$ Pd, and $^{182}$ Hf in the solar system

G. J. Wasserburg, Amanda I. Karakas, Maria Lugaro

We explore the possibility that the short-lived radionuclides $^{26}$ Al, $^{60}$ Fe, $^{107}$ Pd, and $^{182}$ Hf inferred to be present in the proto-solar cloud originated from $3-8…

astro-ph.SR2016★ 32 cited

On the nature of the most obscured C-rich AGB stars in the Magellanic Clouds

P. Ventura, A. I. Karakas, F. Dell'Agli +3

The stars in the Magellanic Clouds with the largest degree of obscuration are used to probe the highly uncertain physics of stars in the asymptotic giant branch (AGB) phase of evol…

astro-ph.SR2016★ 43 cited

On Potassium and Other Abundance Anomalies of Red Giants in NGC 2419

Christian Iliadis, Amanda Karakas, Nikos Prantzos +2

Globular clusters are of paramount importance for testing theories of stellar evolution and early galaxy formation. Strong evidence for multiple populations of stars in globular cl…

Intermediate-mass asymptotic giant branch stars and sources of 26Al, 60Fe, 107Pd, and 182Hf in the solar system

On the nature of the most obscured C-rich AGB stars in the Magellanic Clouds

On Potassium and Other Abundance Anomalies of Red Giants in NGC 2419

Intermediate-mass asymptotic giant branch stars and sources of $^{26}$ Al, $^{60}$ Fe, $^{107}$ Pd, and $^{182}$ Hf in the solar system