IV INTERNATIONAL YOUTH SCIENTIFIC CONGRESS

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Presentation transcript:

IV INTERNATIONAL YOUTH SCIENTIFIC CONGRESS SPACE SCIENCE Manned Mission to Mars

Participants Chairman: Borja González Moure Assistant Chairwoman: Belén Alonso López Leon Neidenbach – Austria Beáta Nagy – Hungary Aleksandar Popović - Serbia Jaime Urbón Menéndez – Spain Allessia Sacchi – Italia Janine Kachel – Germany Eran Arntz – The Netherlands Jens Jochems – Belgium Svit Rodež – Slovenia Natalia Wosik – Poland Marie Amalie Præstegaard - Denmark

Basic Information Earth (=Blue Planet) Mars (=Red Planet) Moons Moon   Earth (=Blue Planet) Mars (=Red Planet) Moons Moon Phobos, Deimos Rotation time 24 hours 24 hours 37 minutes Revolution time 365,25 days 687 days Distance from Sun 150 million km 229 million km Equatorial diameter 12.756 km 6.792 km Volume 6 Marses 1/6 of Earth Average temperature 15 °C - 63 °C

Basic Information Earth (=Blue Planet) Mars (=Red Planet) Atmosphere   Earth (=Blue Planet) Mars (=Red Planet) Atmosphere 78% N2, 21% O2, 1% Ar, + 0,04 CO2 95% CO2, 3% N2, 2% Ar Atmospheric pressure 1013 milibars 6 milibars Gravity 1G 0,4 G Magnetic field Yes No Water Available in all forms Ice caps (+liquid water?) Geological structure Core: Iron and Nickel, Crust and Mantle: Silicates, (+Aluminium) Core: Iron and Nickel, Crust and Mantle: Silicats Volcanic activity (?) Olympus Mons

Past missions (-1988) 1960-Mars1962b (Soviet Union): failed 1965-First successful flight-by mission: Mariner 4 1971-first probe to orbit another planet: Mariner 9 1971- Mars 3: first soft landing on Mars 1975- Viking program 1988- Phobos 1 and 2

Past missions (1997-2016) 1997-Mars Global Surveyor- complete mapping of Mars 2001-Mars Odyssey 2004- Mars Exploration Program(Spirit and Opportunity) 2008- Phoenix Lander 2012-Curiosity Indian Space Research Organization

Current Missions Operational rovers: Curiosity and Opportunity Operational orbiters: Mars Odyssey, Mars Express, Mars Reconnaissance Orbiter, Orbiter Mission, MAVEN.

Future missions 2016- InSight rover Focus on finding life and sending humans 2020- ESA and RFSA team up for ExoMars 2018/2020: ISRO-Mangaalyaan 2 Mars Scientific Lab. plans to launch a rover in 2020 2020- China missions to Mars

Why Mars? Exploration Progress of technology In search of extraterrestial life Last resort: Saving the species Unite people

Challenges to face: a story GETTING THERE 1. Lift off: Boosters 2. In space Propulsion system  getting there faster Radiation 3. Landing: Speed

Challenges to face: a story ONCE THERE 4. The first month: - Survival: Base Resources - Psychological issues: Isolation Social interaction - Physical issues: Microgravity Injuries 5. Radiation

Launching the rocket TOTAL ≈ 4500 tons of cargo needed Space Launch System Falcon Heavy 130 000 kg 13 600 kg 500 million $ 90 million $ NASA (public) SpaceX (private)

Way from Earth to Mars PROTECTION FROM RADIATIONS Growing plants on spacecrafts Hyperproteic food Recycle waste Artificial gravity Places for exercising ENERGY AND FUEL “Magnetic field” generator Proper clothing Passive isolation SUPPLIES AND PHYSICAL NEEDS Solar pannels Batteries Common propellants

Landing on Mars (thinner Atmosphere) Heat-shields Parachutes Airbags Thrusters

Once there: Techniques Possible contamination of both, Mars environment and humans Emergencies Communication: Mars internet (DSCN) & satellites Living quarters: BEAM Underground constructions 3D printers MOXIE Artificial Magnetic field

Food and Water: Growing plants Insects Condensation from Martian soil Energy Supply: Solar pannels Nuclear energy Astronauts health: Daily rehabilitation Constant communication Spacesuits

Is it realistic?

Summary – How to get there?

What to do when we arrive? Making Mars habitable - Terraforming - Living underground Sovereignty Social Development

Why? Human nature Curiosity Development of Science Survival of the Species

Making it all possible Raising Awareness Funding Science Industries International Collaboration

Strategy