Towards the andromeda galaxy which is over twice the size of the Milky Way. We are hurtling towards each other at about a quarter millions miles per hour.
For thousands of years after you die, that little fuzzy spot near Cassiopeia will slowly get larger and larger in the sky, and in about a four billion years, long after the Earth’s oceans have dried up and the sun is a giant, reddish monster hovering in the sky, and our magnetic field will have long since died out, our atmosphere will have been mostly stripped away and the weather will feel like being on the highest mountains in an oven, the night sky will be covered with a dazzling display of the Andromeda galaxy overhead, spiral arms visible with the naked eye stretching from horizon to horizon.
We will merge, in a series of passes through each other, with almost no stars actually colliding most likely, although a good number will be ejected into the emptiness of intergalactic space, and will finally settle into a new shape, and may trigger a new phase of star formation as new clouds of gas and dust collide and collapse in the new super-galaxy.
Oh no you zoomed out to far and triggered the weird sensation. How bizarre it all is!! To know these things as little ape creatures. So small as to barely exist in a lake of space and an ocean of time. Whywhywhyhowwhyhowhowhow is any of this real???
You’re also made of 30-trillion little microscopic machines with vastly more complexity each than even the most fantastic clockwork we’ve ever devised, that are each working in harmony with each other, creating a vast machine that is continually breaking itself apart and rebuilding itself from parts of its environment as it moves through time and space.
And somehow you can breath either manually or automatically without breaking a stride.
Fun fact, we do not just orbit the galaxy in a circle, we also have a motion perpendicular to that circle. We oscillate up and down through the plane of the Milky Way. The Milky Way is super thin, like super ultra thin. If the Milky Way were a pancake, it would only be the thickness of a sheet of paper, a sad pancake indeed. However in terms of human scales it is still huge, so we have a large way to travel. Our galactic orbit is tilted as compared to the galactic plane, so throughout the cosmic year we move up and down as compared to the center. A motion of 100-200 light year, so pretty big. That orbit also has procession, so we move through different parts.
The galaxy itself is also moving, although at that scale it’s easier to think of the galaxy to be stationary and other galaxies moving towards or away from us. In general we are all moving towards a galaxy cluster known as “The Great Attractor” as it is the most massive (except for your mom).
It’s also often forgotten that our sun isn’t the only star moving in the galaxy. All of the stars orbit the galaxy in a lot of different orbits. And some don’t orbit at all, instead moving with escape velocity (or faster) to get flung outside of our galaxy. Some have their own orbit in companion dwarf galaxies that in turn orbit our own galaxy. It’s easy to think of a galaxy as a fixed thing, with all the stars in the same place moving together like on a disk. But this isn’t the case at all, stars aren’t bound together and can follow their own path. Over time their relative positions change and the constellations we know won’t exist anymore.
The structures we see in galaxies like spiral arms for example are only structures in the same way a wave in the ocean is a structure. It is clearly a thing that exists, with properties we can at least somewhat constrain (like size for example). But the water inside that wave is just water like everywhere else. At one point it’s part of the wave and then at some point it no longer is. It’s the same for stars, sometimes part of a structure, other times not (although it gets complicated quickly if you dig into the details)
Did everyone forget about the galaxy? It’s also a giant circle, and the sun orbits it like we orbit the sun.
Perhaps the real question should be “Where is the Galaxy taking us?”
As far as I know we’re headed toward another galaxy. Luckily we’ll all by long gone by the time that collision happens.
Towards the andromeda galaxy which is over twice the size of the Milky Way. We are hurtling towards each other at about a quarter millions miles per hour.
For thousands of years after you die, that little fuzzy spot near Cassiopeia will slowly get larger and larger in the sky, and in about a four billion years, long after the Earth’s oceans have dried up and the sun is a giant, reddish monster hovering in the sky, and our magnetic field will have long since died out, our atmosphere will have been mostly stripped away and the weather will feel like being on the highest mountains in an oven, the night sky will be covered with a dazzling display of the Andromeda galaxy overhead, spiral arms visible with the naked eye stretching from horizon to horizon.
We will merge, in a series of passes through each other, with almost no stars actually colliding most likely, although a good number will be ejected into the emptiness of intergalactic space, and will finally settle into a new shape, and may trigger a new phase of star formation as new clouds of gas and dust collide and collapse in the new super-galaxy.
The Milky way and Andromeda may not collide.
https://www.space.com/astronomy/the-milky-way-may-not-collide-with-neighboring-galaxy-andromeda-after-all-from-near-certainty-to-a-coin-flip
But you’re still coming in to work, right?
Not if it’s Thursday. I work from home Thursday
Oh no you zoomed out to far and triggered the weird sensation. How bizarre it all is!! To know these things as little ape creatures. So small as to barely exist in a lake of space and an ocean of time. Whywhywhyhowwhyhowhowhow is any of this real???
You’re also made of 30-trillion little microscopic machines with vastly more complexity each than even the most fantastic clockwork we’ve ever devised, that are each working in harmony with each other, creating a vast machine that is continually breaking itself apart and rebuilding itself from parts of its environment as it moves through time and space.
And somehow you can breath either manually or automatically without breaking a stride.
So what you’re saying is, we’re all just REALLY good factorio runs
Knowing there’s no chance imaginable of being able to witness all this is so depressing… My death anxiety feeds on thoughts like this.
On the plus side, we live at a time where we can still observe the cosmic microwave background radiation and total solar eclipses.
Since the moon’s orbit grows by 3" every year, after a few million years it’ll be far enough away that it won’t completely eclipse the sun anymore.
And in a billion year’s time, the CMB will be redshifted so far into deep radio wavelengths that it’ll be impossible to observe
First thank you for filling in OP’s coverup of Mama’s intentions.
So then, we’re just going for a ride to a farm upstate :(
Fun fact, we do not just orbit the galaxy in a circle, we also have a motion perpendicular to that circle. We oscillate up and down through the plane of the Milky Way. The Milky Way is super thin, like super ultra thin. If the Milky Way were a pancake, it would only be the thickness of a sheet of paper, a sad pancake indeed. However in terms of human scales it is still huge, so we have a large way to travel. Our galactic orbit is tilted as compared to the galactic plane, so throughout the cosmic year we move up and down as compared to the center. A motion of 100-200 light year, so pretty big. That orbit also has procession, so we move through different parts.
The galaxy itself is also moving, although at that scale it’s easier to think of the galaxy to be stationary and other galaxies moving towards or away from us. In general we are all moving towards a galaxy cluster known as “The Great Attractor” as it is the most massive (except for your mom).
It’s also often forgotten that our sun isn’t the only star moving in the galaxy. All of the stars orbit the galaxy in a lot of different orbits. And some don’t orbit at all, instead moving with escape velocity (or faster) to get flung outside of our galaxy. Some have their own orbit in companion dwarf galaxies that in turn orbit our own galaxy. It’s easy to think of a galaxy as a fixed thing, with all the stars in the same place moving together like on a disk. But this isn’t the case at all, stars aren’t bound together and can follow their own path. Over time their relative positions change and the constellations we know won’t exist anymore.
The structures we see in galaxies like spiral arms for example are only structures in the same way a wave in the ocean is a structure. It is clearly a thing that exists, with properties we can at least somewhat constrain (like size for example). But the water inside that wave is just water like everywhere else. At one point it’s part of the wave and then at some point it no longer is. It’s the same for stars, sometimes part of a structure, other times not (although it gets complicated quickly if you dig into the details)
That’s called a crepe and they are DELICIOUS.
Praise skycrepe
The galaxy is taking us to see its friend
Now do the local group and super clusters! The universe is wild!