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Why I don't overly worry about system generation

if it has a non-zero probability, then it exists in an infinite universe.

but yeah, we've no idea what is really out there. always neat to see these things (and since I click on these, along with cat memes, my newsfeed tends to steer that way). and to repeat the title of the thread - why I don't worry about system generation. And leaning to it is not strange enough now!
It kind of opens things up for a GM to make that one (or one more) unusual world. Because if there is at least on in RL, there just has to be one in Traveller!
 
I did not know about the stellar snow line - maybe add some gravity skiing :)

https://www.ecoportal.net/en/snow-discovered-around-newborn-planets/15393/

from the article: "For the first time, astronomers have witnessed the early stages of snow formation surrounding a developing star, indicating the point at which planets begin to develop an icy coating. Observations of these types allow astronomers to understand more about how gases, dust, and ices interact within the planet-forming environments of other stars"
 
not sure if this has been posted, but a sunset similator from NASA for other worlds (youtube vid):
 
Oh boy, that Ski Pluto really takes me back. WAY back.

It was just a moment in time, at a game convention, my friends and I were just riffing on stuff. At the time, the Harmonic Convergence was the Big Deal.

And, somehow, there was some TV ad with some surfers "dudes" talking about how they can't go someplace cuz "it's got no waves". From that, we got "Pluto's got no waves".

Out of all of this, we landed on "Surf Pluto". By happenstance, there was a vendor that would put custom images on cups.

And from that, I have a "Surf Pluto" cup with an astronaut hopping out of his lunar lander, wearing a space helmet and shorts, and carrying a surfboard. One of my friends was graphically talented. I still have that cup somewhere, it must be pushing 40 years old. Always tickled me.

Good times.
 
After reading the article & the comments after, it looks like they might have to redefine what a Brown Dwarf is, and maybe a double star system.

I was actually kind of excited reading the article. A huge moon like that is amazing! But now there's conflicting information or someone isn't as read up on astronomical bodies as they should be. I mean, I know about Brown Dwarfs just from reading posts on CotI!
 
After reading the article & the comments after, it looks like they might have to redefine what a Brown Dwarf is, and maybe a double star system.

I was actually kind of excited reading the article. A huge moon like that is amazing! But now there's conflicting information or someone isn't as read up on astronomical bodies as they should be. I mean, I know about Brown Dwarfs just from reading posts on CotI!
yeah, my knowledge is based mostly on COTI and the articles that pop up. Of which I retain maybe 10% of the info.
But in the end, and the reason I started this thread, space is really, really big. and we've only a view of a tiny fraction of it. And so we can put strange things into our games because it may not be so strange after all!
 
https://www.cnn.com/2026/02/12/science/solar-system-inside-out-planets

"An exoplanetary system about 116 light-years from Earth could flip the script on how planets form, according to researchers who discovered it using telescopes from NASA and the European Space Agency, or ESA.

Four planets orbit LHS 1903 — a red dwarf star, the most common type of star in the universe — and are arranged in a peculiar sequence. The innermost planet is rocky, while the next two are gaseous, and then, unexpectedly, the outermost planet is also rocky.

This arrangement contradicts a pattern commonly seen across the galaxy and in our own solar system, where the rocky planets (Mercury, Venus, Earth and Mars) orbit closer to the sun and the gaseous ones (Jupiter, Saturn, Uranus and Neptune) are farther away."
 
This arrangement contradicts a pattern commonly seen across the galaxy and in our own solar system, where the rocky planets (Mercury, Venus, Earth and Mars) orbit closer to the sun and the gaseous ones (Jupiter, Saturn, Uranus and Neptune) are farther away."
Well, if you count Pluto and her dwarf planet sisters, we're Rocky-gaseous-rocky also. Reading the article, they do admit Pluto exists, and point out that the remarkable bit isn't so much the order as the size of the outer rocky planet, which is pretty huge.
 
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the remarkable bit isn't so much the order as the size of the outer rocky planet
The notion that the Solomani Solar System was the "foundational model" that ALL other planetary systems HAD TO follow was a fallacious assumption just waiting for an avalanche of evidence to bury it under the errors hubris. The notion was only able to "hold sway" for as long as it did due to the lack of evidence to the contrary. 😅

Kind of like the Flat Earth fallacy. :unsure:
Empirical everyday experience (on the planetary surface) SUGGESTS that the idea is true ... but once the scope of your information extends beyond the immediate line of sight (tethered to the ground), the fallacies in the idea become impossible to ignore (except to those who are determined to cling to their blind faith more than reason based on evidence).

Once the evidence started pouring in that the Solomani Solar System was the WEIRD one that almost no other star systems "followed" ... all kinds of basic assumptions needed to be reexamined and rewritten, based on an accumulation of evidence beyond a sample size of ONE. :oops:
 
Kind of like the Flat Earth fallacy. :unsure:
Empirical everyday experience (on the planetary surface) SUGGESTS that the idea is true ... but once the scope of your information extends beyond the immediate line of sight (tethered to the ground), the fallacies in the idea become impossible to ignore (except to those who are determined to cling to their blind faith more than reason based on evidence).
Everyday experience of people who never look out anywhere near the horizon or look at the sun or have any reasonable grounding in science maybe. The earth was observed to be spherical back in antiquity. An ancient Greek polymath, working in Egypt around 240 BCE, actually got pretty close to the actual diameter, too. Columbus's journey wasn't remarkable because people thought he'd fall off the world, it was because people had a pretty good idea how big the world was, and going to India from the other way around was very much taking the long (and uncharted) way, and that was why people were skeptical.
 
The notion that the Solomani Solar System was the "foundational model" that ALL other planetary systems HAD TO follow was a fallacious assumption just waiting for an avalanche of evidence to bury it under the errors hubris. The notion was only able to "hold sway" for as long as it did due to the lack of evidence to the contrary. 😅
On the other hand, the most plausible assumption in the absence of other evidence is that our stellar system is typical and unremarkable. Why would one presume to think otherwise?

Orbital telescopes are a relatively recent development.
 
Why would one presume to think otherwise?
Well, we seem to have had this happy congruence rocky planets, gas giants, type of star, moons, and a particular one with temperate climate, water, Oxygen/Nitrogen atmosphere, and, the happenstance of not just life, not just cells and algae, but, complex organisms and intelligent life that managed to survive an apocalyptic comet or meteor strike, not just once, but more than once.

So, you know, that's kind of a stand out asterisk on our little bubble of space.
 
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