Some people actually deserved the Nobel Prize. Will black holes suck up the universe? What mysteries will be solved in our lifetimes?

Some people actually deserved the Nobel Prize. Will black holes suck up the universe? What mysteries will be solved in our lifetimes?
How did chemists save astronomy? What’s so important about the spectrum, and how are they made? How can we tell what things in space are made out of?
Why is infrared astronomy so hard? How do we fit giant telescopes into tiny rockets? What will the James Webb uncover?
This week we have moist exoplanet atmospheres, possibility of life arise on a massive planet, the shape of a black hole singularity, and many more. #spaceradio with @PaulMattSutter #365DaysOfAstro
Where does the quantum world begin? Why do we have a hard time fundamentally understanding quantum systems? What connects quantum and classical physics?
An asteroid that changes color!
Why does a black hole end in a singularity? How can we measure distances to stuff in space?
What is a solar flare? Do singularities exist? Do we live inside a black hole? @PaulMattSutter will answer all these questions on #spaceradio at #365DaysOfAstro
What’s at the center of a black hole?
Can we use black holes to time travel? Can gas giants have gassy moons?
Over-rated super Earths. Could we survive on a super-Earth? more at #365DaysOfAsto with @PaulMattSutter