- 1 Why is water scarce in the Expanse?
- 2 Why can’t belters go to Earth?
- 3 What is the population of Mars in the expanse?
- 4 Is the expanse a Type 1 civilization?
- 5 What year is the expanse set in?
- 6 Does Earth get destroyed in the expanse?
- 7 How tall are belters the expanse?
- 8 What is the OPA in the expanse?
- 9 Why are belters skinny?
- 10 What happened to Earth on the expanse?
- 11 What planets are inhabited in the expanse?
- 12 What happened to Ganymede the expanse?
- 13 What is a Type 1 civilization capable of?
- 14 What is a Type 4 civilization?
- 15 What are we on the kardashev scale?
Why is water scarce in the Expanse?
The MCRN is in the process of terraforming Mars, and as part of that are taking up quite a bit of the available water in the system. This, among the other problems, puts a significant strain on the water supply in the system. Also, even on Ceres, the water doesn’t go there and stay there.
Why can’t belters go to Earth?
Many Belters would never be able to go to the surface of a planet after living their entire lives in low-gravity. Instead, they utilize “spin gravity,” meaning that they get spun up to spin like a planet, but much faster. The centripetal acceleration creates a kind of gravity.
What is the population of Mars in the expanse?
It has a population of ten billion humans, and is governed by the Martian Congressional Republic.
Is the expanse a Type 1 civilization?
So technically, the civilization in the Expanse isn’t even type I.
What year is the expanse set in?
The only known certain date is 2307, the commencement production date of Ganymede Gin, a liquor brand. However, after multiple implications, it is of most likelihood that The Expanse commences in 2350, mostly evidenced by the previous name of the series, 2350.
Does Earth get destroyed in the expanse?
Earth was left completely crippled following the bombardment, despite the subsequent C.F. victory.
How tall are belters the expanse?
Physically distinctive traits. Humans born in the Belt are taller and thinner than those on Earth and Mars, standing 2-2.5 meters tall, and have brittle bones from growing up in low gravity. As a consequence, they cannot survive in Earth’s gravity for very long.
What is the OPA in the expanse?
The Outer Planets Alliance (OPA) is a loosely affiliated network borrowing or associating under a core common ideology that started its life as a labor union or advocacy group, fighting for the interests of inhabitants of the Belt, often in direct conflict with the inner planets’ Earth-Mars Coalition Navy.
Why are belters skinny?
Earthlings look like us, Martians are more slender (due to the low gravity of Mars), and Belters are thinner still (due to the almost non-existant gravity of the outer colonies).
What happened to Earth on the expanse?
30 years after the conflict, Earth had recovered from the devastation it received and had finally opened its doors for trade. The power it once held over all of humanity however then came to an end after being defeated in the Laconia-Sol Conflict.
What planets are inhabited in the expanse?
- Ilus IV.
What happened to Ganymede the expanse?
The Ganymede incident was the first battle of the UN-MCR War, and the conflict that kickstarted the interplanetary conflict. The incident would involve marines of the United Nations Marine Corps and Martian Marine Corps, eventually escalating into space warfare between the two powers’ respective navies.
What is a Type 1 civilization capable of?
A Type I civilization, also called a planetary civilization— can use and store all of the energy available on its planet. A Type II civilization, also called a stellar civilization—can use and control energy at the scale of its planetary system.
What is a Type 4 civilization?
Type IV Civilizations are civilizations that have control over multiple galaxies., and theoretically are able to harness all the power available in those galaxies.
What are we on the kardashev scale?
Human civilization as of 2018 was producing around 18.4 Terawatts of power, placing us at just over 0.6 on the Kardashev scale as we’ve defined it (≈0.73 on Sagan’s version). The scale is logarithmic, and as such while 0.6 may appear close, K1 energy consumption would be around 9,450 times higher than current levels.