
Galactic Evolution – Through the Lens of Oxygen?
In today’s paper, the authors describe and attempt a method to trace the evolution of our galaxy by comparing the ratio of oxygen isotopes in different regions of the Milky Way!
In today’s paper, the authors describe and attempt a method to trace the evolution of our galaxy by comparing the ratio of oxygen isotopes in different regions of the Milky Way!
We’re still not sure what causes quasars, some of the brightest objects in the universe, to switch on. Today’s authors present a compelling case for galaxy mergers being the culprit!
In today’s paper, astronomers have accurately determined the properties of a nearby, giant star-forming region in the galaxy NGC 2366.
Are the lonely galaxies in the void doing ok? Today’s bite checks in on them and sees how they’re faring compared to their more social counterparts in the field.
Measuring the mass of black holes in the centers of far away galaxies can be tricky, but today’s paper demonstrates the viability of a new method in this field: gravitational lensing!
Galaxy clusters like to relax, but it takes most of them a long time to get there. In today’s paper, the authors have found an exception to that rule!