committee: future committee on the peaceful uses of outer ......the committee on the peaceful uses...
TRANSCRIPT
Committee: Future Committee on the Peaceful Uses of Outer Space (COPUOS).
Chair members:
President: Brian Cedillo Ramírez.
Moderator: Julia Garduño Hernández.
Secretariat: Darío Juárez Rosales.
Topic: Upcoming government in Mars, 2030.
I. INTRODUCTION
The Committee on the Peaceful Uses of Outer Space (COPUOS) was set up by the
General Assembly in 1959 to govern the exploration and use of space for the benefit of all
humanity: for peace, security and development.
Since the 20th-century The Space Race (1957 - 1975) became a competition in the
exploration of space between Cold War rivals, the United States and the Soviet Union, for
supremacy in spaceflight capability. The Space Race included the exploration of outer space
using rocket technology with artificial satellites to send animals and humans into space, also
to land people on the Moon.
With the discover of water in Mars, the scientist verify that the red planet could be
habitable for the humankind, tripulations were sent in order to test how the humans adapted
to the ecosystem.
Countries sent people, and the civilization start to grow up, by this time the people
that continue living there are having conflicts about the security and laws that must be
imposed for a better coexistence in the planet. It is well known that the planet needs a leader,
and a kind of government for the security of all the citizens.
II. HISTORY OF THE CONFLICT
1950’s - Humans start launching satellites to outer space and the race to reach other planets
and celestial bodies begins.
October, 1957: Russia launches its first satellite (Sputnik
1), making it the first nation to launch an artificial
satellite into orbit.
February, 1958: The United States launches its first
satellite (Explorer 1), making it the second nation to
launch an artificial satellite into orbit.
September, 1959: The first human-made object (Soviet Union’s Luna 2 mission) led by
Russia reaches the surface of the Moon.
1960’s - The Treaty on Principles Governing the
Activities of States in the Exploration and Use of Outer
Space, including the Moon and Other Celestial Bodies
comes into force and The first manned mission, led by
the United States, lands on the Moon.
October, 1967: The Treaty on Principles Governing the
Activities of States in the Exploration and Use of Outer
Space, including the Moon and Other Celestial Bodies
comes into force.
July, 1969: The first manned mission (Apollo 11) led by the United States lands on the
Moon.
Annex 1 “Sputnik 1, the first
artificial Earth satellite
launched by the Russian”
Federation.
Annex 2 “Explorer, the first
satellite of the United States
of America”
2010’s - NASA gets interested in exploring Mars and so do
other count ries. Another space race starts and leading and
developing countries begin funding projects in order to reach
Mars’ orbit and to achieve colonizing the planet. At the end of
this decade countries such as the United States and the Russian
Federation accomplish most of their missions
.
November, 2011: Curiosity (rover created to explore
Mars as part of NASA's Mars Science Laboratory
mission.) is launched to reach Mars in order to explore its
surface for further investigations which will be used to
study if life in the planet is sustainable.
August, 2012: Curiosity (rover created to
explore Mars as part of NASA's Mars Science
Laboratory mission.) lands on the surface of
Mars. The rover soon begins working in its
mission and starts collecting data about the
characteristics of Mars.
November, 2012: NASA announces plans to launch
another unnamed rover to the surface of Mars by the
year 2020.
November, 2013: India executes the Mars Orbiter Mission (MOM) at a cost of $75m,
spending approximately one-tenth of what NASA did on the MAVEN Mars mission.
Annex 3 “Apollo 11 crew
portrait”
Annex 4 “NASA's Curiosity
Mars rover”
Annex 5 “Mars 2020 Rover”
March, 2016: Russia states it will use nukes (as propellants) to fly to Mars in just 45 Days,
the national nuclear corporation Rosatom announced it is building a nuclear engine that will
reach Mars in a month and a half—with fuel to burn for the trip home. Russia might not
achieve its goal of launching a prototype by 2025.
June, 2016: SpaceX’s CEO Elon Musk states that: "Most likely the form of government on
Mars would be a direct democracy, not
representative, so it would be people voting directly
on issues. And I think that's probably better, because
the potential for corruption is substantially
diminished in a direct versus a representative
democracy." (2016).
February, 2017: Vice President, Prime Minister and Ruler of Dubai, His Highness Sheikh
Mohammed bin Rashid Al Maktoum unveils “Mars 2117 project” which establishes a design
of a human settlement created by the United Arab Emirates planned to be ready in 2117.
March, 2017: President of the United States, Donald J. Trump signs the NASA Transition
Authorization Act of 2017 which expanded the space program’s budget to $19.5 billion with
the purpose of continue exploring Mars in order to send humans to the planet.
April, 2017: President of the United States, Donald J. Trump urges the NASA to accelerate
the process of sending humans to Mars, shortening the time to 7 years.
April, 2017: The United Arab Emirates launches space program to boost colonization of
Mars by 2021 which is focused on recruiting people who are willing to live on Mars’ surface
as a test that will determine if starting a colony is a viable option.
April, 2017: NASA reveals the design of a greenhouse which could be used to feed to first
explorers of Mars which is designed to mimic the conditions on the Earth’s surface in order
to allow inhabitants to grow their own food.
Annex 6 “Mars 2117 Project”
June, 2019: The United States send a tripulation of 5 representative astronauts in order to
start colonizing Mars, but in an attempt to maneuver into its orbit the ship came too close to
Mars, and as a result such ship got destroyed when coming into contact with the planet’s
surface. All of this was caused due to poor calculations made by the NASA.
2020’s - The first astronauts start being sent to the planet after a year of investigations from
which both the United States and the United Arab Emirates conclude that life in Mars is, in
fact, possible.
November, 2020: The Russian Federation in collaboration with the Republic of India
launches a base into Mars orbit.
February, 2020: The United States of America, the Philippines
and Japan send a base into Mars’ orbit, creating a space
competition between United States and Russia.
October, 2020: Pedro Duque and Pablo Martínez, spanish citizens,
volunteer to be the first inhabitants of Mars.
May, 2022: Pedro Duque and Pablo Martínez are sent by the
European Space Agency to Mars along with other three astronauts.
July, 2024: After spending two years living on Mars’ surface and trying to prove that Mars is
habitable for humans, Pablo Duque dies after a a cabin vent valve accidentally opened when
the crew was performing spaceship maintenance.
October, 2025: More astronauts are sent in order to start a colony, these astronauts are sent
by the United States of America, since this country had previously developed a project that
would allow them to maintain a sustainable life in Mars.
January, 2026: The United Arab Emirates begin to build a small civilization for the
inhabitants from project Mars One.
Annex 7 “Pedro Duque”
March, 2026: Mars One project sends a colony of
fifty people in order to start living in Mars, and the
United Arab Emirates start their project.
February, 2027: Trips to Mars start being
commercialized by the company SpaceX. Elon
Musk (the company’s leader) manages to make trips
to Mars, trips that most people on Earth can afford.
June, 2027: Hundreds of people set off on their journey to start living on Mars. Thanks to
this the United Arab Emirates decide to continue building more civilizations for forthcoming
inhabitants.
September, 2027: Population in Mars reaches 2,000 inhabitants thanks to the low fares that
companies such as SpaceX, Blue Origin LLC and Sierra Nevada Corporation offer.
December, 2027: The lack of government in the new civilization promptly causes the planet
to be out of control, Mars’ crime index raises. This receives worldwide attention and
international leaders launch campaigns to be elected as governors of Mars.
III. CURRENT HAPPENINGS
February, 2028: Presidential campaigns begin. Elon Musk, Jeff Bezos and countries that
helped reach the planet begin to propose potential candidates.
March, 2028: Thanks to his great presidential performance as the leader of the company
Amazon, Jeff Bezos postulates himself for the presidency of Mars.
April, 2028: The United States proposes a four-year government period with one possible re-
election.
August, 2028: The Russian Federation claims its right over the planet, arguing it was them
who launched the first base into Mars’ orbit.
Annex 8 “Foundation Mars”
One (8)
August, 2028: The United States responds to Russia’s allegations and states that according to
the Treaty on Principles Governing the Activities of States in the Exploration and Use of
Outer Space, including the Moon and Other Celestial Bodies no nation has the right over a
celestial body and any violation against such treaty should be sanctioned.
September, 2028: The United Nations reaffirms the points raised by the United States stating
that no action made against such treaty will be tolerated and drastic measures will be taken
against those who dare to challenge its principles.
December, 2028: The Chinese inhabitants on Mars take over one of the most important
oxygen generators in order to take control Mars’ government, but due to poor maintenance
such generator suffers a leakage.
February, 2029: As a result of the damage made by these civilians and in urge to reach an
agreement in the government election are scheduled to take place on the first month of the
year 2030. The United Nations seek for a neutral candidate for this position in order to
eradicate upcoming disagreements between countries.
IV. KEY POINTS
• Elon Musk or Jeff Bezos as candidates for presidency.
As two of the most important private developers of technology to reach Mars’ surface,
both Musk and Bezos launch a campaign to become Mars’ governors, but many question
their capability to run a planet.
• Treaty on Principles Governing the Activities of States in the Exploration and Use
of Outer Space, including the Moon and Other Celestial Bodies.
Under this treaty, a country cannot claim ownership of a planet and cannot govern it from the
earth.
• Countries’ rights over a planet they reached.
Should the countries who helped reach Mars’ surface have more rights over the planet?
• Using democracy in order to elect a governor.
Using the same system to elect governors as the one used on Earth as a solution.
• Intervention of the United Nations in the planet.
Taking into account the Treaty on Principles Governing the Activities of States in the
Exploration and Use of Outer Space, including the Moon and Other Celestial Bodies, what
role should the United Nations play in the conflict?
V. UN ACTIONS
Treaty on Principles Governing the Activities of States in the Exploration and Use of Outer
Space, including the Moon and Other Celestial Bodies (General Assembly resolution 2222
(XXI), annex)—adopted on 19 December 1966, opened for signature on 27 January 1967,
entered into force on 10 October 1967
VI. BLOCK ANALYSIS
Western European and Others Group
France:
The French space program constitutes both common and military space missions and its
space arrangement is actualized by state-claimed Center National d'Etudes Spatiales (CNES),
which is in charge of the advancement and execution of space projects nearby industry and
established researchers.
France is one of the biggest supporters of the European Space Agency (ESA) which is
headquartered in Paris.
Luxemburg:
Luxembourg works substantial number of interchanges and remote detecting satellites,
making it one of the top countries with space presence. It is one of the Member States of ESA
and conveys space look into exercises under its National Action Plan for Space R&D. The
country is additionally home to the main office of world's driving broadcast communications
satellite administrator’s SES (Société Européenne des Satellites) and Intelsat.
Germany:
Germany has launched a few space probes including communication, route and earth study
satellites. This country is also interested in other missions and projects such as the Cassini-
Huygens mission to Saturn and its moons, the European space lab in Columbus, the Dawn -
Mission to Vesta and Ceres and the European Galileo project.
United Kingdom:
The UK is one of the biggest financial supporters of the European Space Agency
(ESA) and is interested in investing on cutting edge science and investigation missions, for
example, BepiColombo, Euclid and ExoMars Rover, all done by the ESA.
Asia- Pacific Group
Japan (JAXA):
The country’s outer space exploration efforts are led Japan Aerospace Exploration
Agency (JAXA). It currently operates a fleet of communications, meteorological, earth and
astronomical observation satellites.
China:
China holds and operates the second biggest fleet of spacecrafts in space and has been
recently working on developing more accurate remote sensing satellites, telecommunication
satellites, reconnaissance and spacecrafts.
India (ISRO):
India has launched more than 130 spacecraft since its maiden satellite launch in 1975.
The country's space missions (exploration, spacecraft launches, etc.) are supervised by state-
owned Indian Space Research Organization (ISRO).
Unites States of America:
The United States represents roughly 41% of the operational spacecrafts that orbit
earth right now. The country is currently working on a huge fleet of communication, missile
detection, climate, observation and technology satellites. The national space investigation
projects of the nation are supervised by the NASA.
Russian Federation:
The country now operates the third largest fleet of spacecraft including
communications, meteorological and reconnaissance satellites. The nation’s aeroespacial
projects include Soyuz manned spacecraft, Salyut 1 space station and Lunokhod 1 space
rover.
Canada:
Canada has worked on earth observation satellites such as RADARSAT and SCISAT,
communication satellites such as ANIK, as well as BRITE science satellites in addition to
micro scale and hybrid spacecrafts.
Companies:
Blue Origin, LLC:
This company designs, develops, and manufactures spaceflight systems. Blue Origin is well-
known for its cutting edge technology and it is one of SpaceX’s biggest competitions.
SpaceX:
SpaceX is the world’s most important aeroespacial technology developer, and companies all
over the world have invested over $20 billion in it’s projects. These projects include
commercial flight launches to Mars as well as NASA and other U.S. Government missions.
Sierra Nevada Corporation:
Sierra Nevada Corporation is one of the most important developers of technology to allow
trips to Mars be affordable, this makes the company a leader on commercial flights to the
planet.
Vulcan Aerospace:
This company develops innovative technology and systems which make access to space
easier. Thanks to such technologies the space industry began investing on Vulcan
Aerospace’s projects.
Mars One:
Mars One (a project developed by the Netherlands) became an important factor to reclute
astronauts that would travel to Mars. They also provided the astronauts with proper training.
VII. SOURCES
• N.A, (2016), Online, Company Overview of Blue Origin, LLC, 26/04/2017, retrieved
from:
https://www.bloomberg.com/research/stocks/private/snapshot.asp?privcapId=30959253
• Aerospace Technology, (2017), Online, The 10 countries most active in space,
25/04/2017, retrieved from: http://www.aerospace-technology.com/features/featurethe-
10-countries-most-active-in-space-4744018/
• Kotoky, A., (2016), Online, The Cheapest Trip to Mars Leaves From This Tiny Indian
Island, 25/04/2017, retrieved from: https://www.bloomberg.com/graphics/2016-asia-
space-race/india.html
• Galeon, D., (2017), Online, UAE Announces Plans to Have a Human Colony on Mars by
2117, 25/04/2017, retrieved from: https://futurism.com/4-mars-2117-project-the-uae-
joins-the-race-for-the-red-planet/
• Wam, (2017), Online, VP, Mohamed bin Zayed unveil 'Mars 2117 Project, 25/04/2017,
retrieved from: http://www.emirates247.com/news/emirates/vp-mohamed-bin-zayed-
unveil-mars-2117-project-2017-02-15-1.648145
NASA, (n.d), Online, Mars Science Laboratory Curiosity Rover, 25/04/2017, retrieved
from: https://mars.nasa.gov/msl/
• Jackson, D., (2017), Online, Trump signs spending bill for NASA, whose budget he just
proposed cutting, 25/04/2017, retrieved from:
https://www.usatoday.com/story/news/politics/2017/03/21/donald-trump-nasa-195-
billion/99444598/
• Fernholz, T., (2017), Online, Could Donald Trump really send astronauts to Mars in the
next seven years?, 25/04/2017, retrieved from: https://qz.com/967271/could-donald-
trump-really-send-astronauts-to-mars-in-the-next-seven-years/
• Borkhataria, C., (2017), Online, NASA reveals design for inflatable greenhouse 'tube' that
could feed the first explorers on Mars missions, 25/04/2017, retrieved from:
http://www.dailymail.co.uk/sciencetech/article-4441976/NASA-reveals-design-Lunar-
Mars-greenhouse-tube.html
• Grush, L., (2016), Online, Elon Musk thinks the best government for Mars is a direct
democracy, 25/04/2017, retrieved from:
http://www.theverge.com/2016/6/2/11837590/elon-musk-mars-government-direct-
democracy-law-code-conference
• Alchin, L., (2017), Online, The Space Race, 25/04/2017, retrieved from:
http://www.american-historama.org/1945-1989-cold-war-era/cold-war-space-race.htm
• Matsuda, K., (2016), Online, The U.S. and China Are Fighting Over Mars, but Japan
May Win the Space Race, 25/04/2017, retrieved from:
https://www.bloomberg.com/graphics/2016-asia-space-race/japan.html
• N.A., (2017), Online, Mars Facts, 25/04/2017, retrieved from: http://space-
facts.com/mars/
• Debczak, M., (2015), Online, Why the Curiosity Rover is Forbidden From Collecting
Water on Mars, 25/04/2017, retrieved from: http://mentalfloss.com/article/69391/why-
curiosity-rover-forbidden-collecting-water-mars
• Stockton, N., (2016), Online, Russia Thinks It Can Use Nukes to Fly to Mars in 45
Days—If It Can Find the Rubles, 25/04/2017, retrieved from:
https://www.wired.com/2016/03/russia-thinks-can-use-nukes-fly-mars-90-days-can-find-
rubles/
• Byers, M., (2016), Online, Elon Musk, president of Mars?, 25/04/2017, retrieved from:
https://www.washingtonpost.com/opinions/elon-musk-president-of-
mars/2016/01/22/732f1520-bfc7-11e5-bcda-
62a36b394160_story.html?utm_term=.bce51f47f907
• González, M., (2016), Online, ¿Quién gobernará Marte cuando consigamos establecer
una colonia allí?, 25/04/2017, retrieved from: https://www.xataka.com/espacio/quien-
gobernara-marte-cuando-consigamos-establecer-una-colonia-alli
• Holbrooks, J., (2016), Online, El gobierno de Marte ya está planeado: un vislumbre de
ley marciana, 25/04/2017, retrieved from: http://elreporterosf.com/?p=20659
• BBC Mundo, (2016), Online, Por qué la Unión Soviética fue la verdadera ganadora de
la carrera espacial (y no Estados Unidos), 25/04/2017, retrieved from:
http://www.bbc.com/mundo/38028270
• SpaceX, (2017), Online, About SpaceX, 27/04/2017, retrieved from:
http://www.spacex.com/about
VIII. RECOMMENDED SOURCES
● https://www.xataka.com/espacio/quien-gobernara-marte-cuando-consigamos-
establecer-una-colonia-alli
● https://www.washingtonpost.com/opinions/elon-musk-president-of-
mars/2016/01/22/732f1520-bfc7-11e5-bcda-
62a36b394160_story.html?utm_term=.bce51f47f907
● https://www.bloomberg.com/graphics/2016-asia-space-race/india.html
● https://www.wired.com/2016/03/russia-thinks-can-use-nukes-fly-mars-90-days-can-
find-rubles/
● https://www.bloomberg.com/graphics/2016-asia-space-race/japan.html
IX. ANNEXES
● Annex 1: Sputnik 1
Volkova B. (2013). Hace 56 años entramos en una nueva era. Revista Sputnik. (online).
Checked out on May 12th 2017. Checked out on Ma Retrieved from:
https://sputnik87.wordpress.com/tag/sputnik-1/
● Annex 2: Explorer 1
Loff S. (2015) Explorer and Early Satellites. NASA. (online) Checked out on May 12th
2017. Retrieved from: https://www.nasa.gov/mission_pages/explorer/explorer-overview.html
● Annex 3: Apollo 11 crew portrait
Loff S. (2015). Apollo 11 Mission Overview. NASA. (online) Checked out on May 12th
2017. Retrieved from: https://www.nasa.gov/mission_pages/apollo/missions/apollo11.html
● Annex 4: Mars Orbiter Mission
Mai T. (2015) Mars Orbiter Mission (MOM) NASA (online) Checked out on May 12th 2017.
Retrieved from:
https://www.nasa.gov/directorates/heo/scan/services/missions/solarsystem/MOM.html
● Annex 5: Mars 2020 Rover
NASA. (n.d) Mars 2020 Rover. NASA. (online) Checked out on May 24th 2017. Retrieved
from: https://mars.nasa.gov/mars2020/mission/rover/
● Annex 6: Mars 2117 Project
Rossman, S. (2017). UAE aims to put human settlement on Mars by 2117. (online) Checked
out on May 24th 2017. Retrieved from: https://www.usatoday.com/story/tech/nation-
now/2017/02/15/uae-aims-put-human-settlement-mars-2117/97937004/
● Annex 7: Pedro Duque
(WA). (n.d) Pedro Duque. European Space Agency. (online) Checked out on May 24th 2017.
Retrieved from: http://www.esa.int/esl/ESA_in_your_country/Spain/Pedro_Duque3
● Annex 8: Foundation of Mars One
Curbello F. (2017). La primera colonia humana en Marte. Milenio.com. (online). Checked
out on 24th 2017. Retrieved from: http://www.milenio.com/cultura/Marte_0_207579355.html