Team Updates

Milestone

2

Description

Small planets tend to be more dense. Hard surface, typical for smaller ones, can keep some substances (e.g. air, water) separated from the interior of a planet. Unfortunately, if a planet is too small, it may not provide enough gravity to keep the atmosphere and life forms. On the other hand, if a planet is too large, it can hardly be inhabited due to gravity holding the lighter elements like hydrogen and helium, thus making the planet unfriendly for life.

Title

Build a planet!

Action 1

Build a Mercurian class planet

Small is beautiful, they say. This planet may be small, but one can step on its surface which seems useful. However, is that enough?

cost: e, e, Fe, Fe

Action 2

Build a Jovian class Gas Giant

Here it is - more of a planet to love! Jovian class planets are huge, yet less dense than their Mercurian friends, so they may be created with less heavy elements.

cost: e, H, H, H

Action 3

Not yet

no cost

M
Michał Gajewski

Title

Light up the star

Action 1

What the F-star

A life cycle of an F class star is quite short (just a few billion years), but it is abundant in hydrogen (H). Hydrogen may be useful later, but be careful - big stars may bring big troubles.



cost: e, H, H

Action 2

It’s all K

A life cycle of a K class star is very long (dozens of billion years), but it has a lower temperature so it may be a little harder to inhabit near planets.

cost: e, H

M
Michał Gajewski
Build a Mercurian class planet
Build a Mercurian class planet
M
Michał Gajewski
Shrink the star
Shrink the star
M
Michał Gajewski
Move! The! Planet!
Move! The! Planet!
M
Michał Gajewski
Star burns in time action
Star burns in time action
M
Michał Gajewski
Asteroid Impact action
Asteroid Impact action
M
Michał Gajewski
Protoplanetary disk action
Protoplanetary disk action
M
Michał Gajewski