Sentence examples for resolved star from inspiring English sources

I will demonstrate an alternative to traditional population synthesis based on a Markov-Chain Monte Carlo method which uses the spatially resolved star formation history as a prior on the HMXBs' birth location and age.

I will specifically discuss how we are merging well-characterized stellar physics with these HST-based resolved star observations to measure star formation histories, investigate the stellar initial mass function, spatially map the dust content of galaxies, and study star-gas interactions, all fundamental to improving our understanding of galaxy evolution.

As far as global methods are concerned, it is worth pointing out the bad performance of a global NJ on trees cd and dd (or cc with b = 0.05 or 0.1), specially if one takes into account that the Robinson-Foulds distance for the (less resolved) star tree is 9.

Using these maps, we examine the global and resolved star-forming main sequences of SAMI galaxies as a function of morphology, environmental density, and stellar mass.

In this talk, I will highlight recent results from large HST surveys of galaxies in local universe including the ACS Nearby Galaxy Survey Treasury (ANGST) and the Panchromatic Hubble Andromeda Treasury PHATT), which have cataloged multi-color observations of ~150 million resolved stars.

A Mosaic of the 117 million resolved stars -- plus many more unresolved ones -- in the disk of the Andromeda galaxy.

This type of phylogenetic conflict among partitions could be contributing to the poorly resolved, star-like tree built from the entire core genome (fig. 2 A).

As equipment improved, astronomers were able to resolve stars in the spiral nebulae and compare their properties to the stellar counterparts.

"Her leadership has transformed how we observe by making near-diffraction-limited imaging possible on large ground-based telescopes, thus opening new fields of discovery including resolving stars and gas near supermassive black holes and studying extrasolar planets," the AAS release said.

Speckle imaging's improved ability to resolve stars near the core of the galaxy provided a measure of the volume, while improved measurements of the characteristics of their orbits around the presumed black hole--also observable courtesy of speckle imaging revealed the amount of central mass.

In 1943 Walter Baade was the first person to resolve stars in the central region of the Andromeda Galaxy.