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How to create an ideal city on Mars?
But ideal... what does it mean?
167 responders
2 weeks
12 questions
4 fields of research
One subject: MARS
The best way to govern a colony
Realizing services
Activities on Mars
Sharing a room
Aesthetic
Sharing a bathroom
...and more!
Services
Possibilities
Relations
Basic needs
Safety
BIOENGINEER
ROBOTICS
PROGRAMMER
CONSTRUCTOR
ARCHITECT
BEATA
PIOTR
MAGDALENA
JUSTYNA
ANDRZEJ
"We choose to go to the Mars not because it's easy, but because it's hard."
WE WERE ALSO
INVOLVED IN:
small buildings
automation
radiation
distance
separation
self-sufficient
temperature
gravity
redundancy
data-driven approach
resources
wind (dust)
research centre
underground
pressure
incidents
short-distances
isolation
sun exposure
sustainable development
thick walls
long-term approach
cost
flat terrain
Palmanova , Italy, Vincenzo Scamozzi, 1953
Project of the perfect city of Leonardo da Vinci
- pavedroads, on the outline of the hexagonand radiate to its interior
- width is 5m (for two Martian vehicles)
- at least 3m between buildings - access to every building
- min. 2.5m between solar panels
- short distances
area: 58 ha
vertical garden
along the communication
A system of lamps in calming colors Therapie
From -140 to 25 Celsius
Gravity 1/3 earthly
Pressure about 1% earthly 24h 37m
687 days
96% of CO2
Up to 15 meters thickness
Localization - Arcadia Planitia
plan A-A
floor example
plan B-B
Private room
(private or shared bathroom)
(traditional or modern)
Gastronomic area
Entertainment area
Cosmetic services
Culture area
laser-tag
simulation
beach swimming pool
Natural illuminations the safest for human eyes and influence in the best way their mood.
General illumination
direct dispersed indirect
Parans Daylighting System for transportation of concentrated Sun-light
via optical fibers to the emitters inside (Parans Daylight AB)
VARIOUS TEXTURES
influence
continous flow of information
team work
know-how, data
changes
long-term
approach
efficiency
diversity,
interdisciplinarity
creative work
focused on development
WORK
interdisciplinarity
similar work system
continous development
realizing interests
individual approach
EDUCATION
learning in practice - advanced knowledge
using digital education for standard classes
COHOUSING
Creating society is a process that occurs spontaneously.
We only create conditions.
COMMON SPACE
Sabatier reaction
Manufacturing process
Ore enrichment
Preprocessing
Smelter
Fuel supply
Energy supply
Oxygen supply
Water supply
Energy sources:
continous supply
redundancy
simplicity
airlock even underground
small buildings
Crops area is almost 40% of the entire city (over 23 ha).
9300 square meters for research and development labs
Economy in base
Interplanetary trade
Cashless circulation
Accommodation provided
Food provided
Work provided
8 hours working time
Whole life on Mars
Identity
Science center - $80 mln
Implementation of space projects
Rare resources mining - $81 mln
Tourism
Rocks, gadget, marketing stuff - 1%
long-term approach
adapted for expansion
radial expansion
building residential and crops areas
small expansion of industrial area
Starship - We Built This City
Idea(l)city