I feel like I've "made it;" an experimentalist just showed my (an observer/theorist's) plots in their talk. Thank you, Alfredo Estrade! 😭 #JINAFrontiers
The deadline to apply to the 'NHFP graduate student mentorship program' is today!
Senior astronomy graduate students take a look 👀
More info here: https://t.co/NBOhcug9hk
I'll be one of the mentors this year if you have any questions
Call open for year 2 of the NHFP graduate student mentorship program! Current & former postdoc fellows provide professional & academic support & advice to senior graduate students writing their first postdoc apps in 2023. Please check out and share! 😊https://t.co/2wQL0iQrUx
Call open for year 2 of the NHFP graduate student mentorship program! Current & former postdoc fellows provide professional & academic support & advice to senior graduate students writing their first postdoc apps in 2023. Please check out and share! 😊https://t.co/2wQL0iQrUx
Hi everyone, an important update for anyone applying to the NASA Hubble Fellowship Program (NHFP) this year: current/past NHFP fellows are running a program to provide application feedback!
Sign up here: https://t.co/WEFSkXkqcv
Details in the thread
Somdutta Ghosh ends this #JINAFrontiers with an explosion...a core-collapse supernova explosion, that is, and shows the systematic effects of the Equation of State on supernova explosion properties and nucleosynthesis. Check out Ghosh+(2022)!
Ruchi Garg gets us hyped for SECAR results (coming to FRIB this Spring) and shows how it can be useful for understanding the weak r-process signature we see in some metal-poor stars #JINAFrontiers
Alfredo Estrade is part of a team that measures new beta-delayed neutron-emission probabilities, which can impact the abundances of the second r-process peak elements (like tellurium) #JINAFrontiers
Biying Liu show nuclear mass measurements in the rare-earth region with the Canadian Penning Trap and compares them to reverse-engineering predictions. Check out the results in Orford, Vassh, et al. (2022). The N=126 factory will do even more this year! #JINAFrontiers
Most compact object merger codes model the neutron star as a fluid. Irina Sagert works on a code that is able to model the neutron star crust and core as a fluid+solid combination. "The crust is a jelly, but it's the strongest jelly we know!" #JINAFrontiers
Tsung-Han Yeh motivates the need to constrain the d(p,g) reaction rate for Big Bang nucleosynthesis. Did you know the uncertainties on the d/H abundance from theory are larger than from observation? Experiments from LUNA have reduced the uncertainties by about x2! #JINAFrontiers
@sanjanacurtis presented her amazing (and surprising) work on heavy-element formation in compact object mergers at #JINAFrontiers. It's still hard to explain the blue kilonovae in neutron star mergers, but black hole-neutron star mergers are bluer than previously thought