Bifalgorithm post
Out of all the different kinds of solar systems, ours is the rarest. Simulations and surveys of other planets tell us that this one is by far the most common, where all the planets are about the same size and mass, like pees in a pod. How did our solar system get like this? With all the smaller ones closer in and all the bigger ones farther out. The leading theory has to do with Jupiter. We think it was the first planet to form out of the swirling clouds of gas and dust around our sun, and it got pulled inwards by gas, plowing through and clearing out material. And then came Saturn, and it inched close enough to Jupiter that the two became synced, and that kept Jupiter from moving in any closer than here, about where Mars is today. They played this tug of war with the rest of the dust disc, eventually reversing their direction and pulling them back were left to form smaller planets like Earth and Mars. Yeah, we're cosmic crumbs. Sorry. And we've looked around at lots of other Solar Systems, and it seems like we're the odd one out. To learn more, follow along.
Out of all the different kinds of solar systems, ours is the rarest. Simulations and surveys of other planets tell us that this one is by far the most common,…
Ideas in this flowchart
- Nuestro sistema solar es raro
- Comparación con otros sistemas solares
- Otros sistemas son más comunes
- Planetas del mismo tamaño y masa
- Estructura de nuestro sistema solar
- Planetas más pequeños cerca del sol
- Planetas más grandes más alejados
- Teoría principal sobre la formación
- Júpiter fue el primer planeta
- Formación de Júpiter
- Atracción hacia el interior por gas
- Interacción con Saturno
- Saturno se acercó a Júpiter
- Sincronización de Júpiter y Saturno
- Efecto en el disco de polvo
- Reversión de dirección
- Formación de planetas pequeños
- Conclusión
- Nuestro sistema es único
- Invitación a aprender más