IAU S371 summarizes the current state of the art in laboratory astrophysics and how it supports observations and theory.
IAU Symposium 371 honors the contributions of Charlotte Moore Sitterly as a pioneer of astronomical spectroscopy. It summarizes the current state of the art in laboratory astrophysics and how it supports observations and theory, from near to far in the universe, and at all wavelengths.
IAU S371 summarizes the current state of the art in laboratory astrophysics and how it supports observations and theory.
IAU Symposium 371 honors the contributions of Charlotte Moore Sitterly as a pioneer of astronomical spectroscopy. It summarizes the current state of the art in laboratory astrophysics and how it supports observations and theory, from near to far in the universe, and at all wavelengths.
This symposium honors the contributions of Charlotte Moore Sitterly as a pioneer of spectroscopy, and astronomical spectroscopy in particular. The need for precise and accurate laboratory data in astrophysics has not diminished. Every time better spectrographs are built or new wavelength domains explored, we find critical information missing that is needed for analyses to derive abundances or to compare models of stars and planets to observations, in order to more fully understand the universe that we observe. IAU Symposium 371 encompassed nearly all the science themes that the IAU covers, from near to far in the universe, and at all wavelengths. But it concerned more than lab work in and of itself and brought together laboratory astrophysicists with the people who use that information, to learn about current advances and limitations, and future needs. A broad spectrum of the IAU's membership can benefit from these proceedings.
This item is eligible for free returns within 30 days of delivery. See our returns policy for further details.