Topic: Send people to live on Mars donate with bitcoin - page 4. (Read 4896 times)
The size of those rocks is tightly regulated.
Looks great to me. Not a government building in sight.
It'll be the asteroids that save us, they're filled with the stuff we need, we just need to get people with the balls to gather them.
It'll be the asteroids that wipe the gold markets out one day maybe! Tho people are needed on Mars more, whether they can really get it going within ten years tho?
It'll be the asteroids that save us, they're filled with the stuff we need, we just need to get people with the balls to gather them.
Yeah I'm sceptical about these kind of operations too, let me tell you, if I were aiming for space, I'd go for the asteroids filled with lots of precious metals first and use that to expand, nevermind they're asking for donations, just pissing away money to get to somewhere far away we're not quite sure about yet is incredibly short sighted.
I actually think that the millionaires who are funding the corporate space missions to grab asteroids are doing it right even if they are just doing it to get rich short term.
I actually think that the millionaires who are funding the corporate space missions to grab asteroids are doing it right even if they are just doing it to get rich short term.
From what I've read they equate it to the funding the Olympics gets. In that they can sell the rights to the project. Although in my opinion they should be making the whole process opensource to even attract any funding at all at this stage. So that if they fail any blueprints are left in place. They talk about landing the first colonizers within ten years on Mars. That is a high bar to meet and a I question their safety requirements but I admire the quest. As Stephen Hawkins quoted in that we've got less than 1,000 years to get humanity off the earth. Before a mega-virus can wipe us all out?
I'm going to buy a spaceship in 20 years for 1 BTC 
I think it's great they accept Bitcoin donations - the more places that accept BTC the better! Especially science fiction style endeavours like this.
I think it's great they accept Bitcoin donations - the more places that accept BTC the better! Especially science fiction style endeavours like this.
Yeah I'm sceptical about these kind of operations too, let me tell you, if I were aiming for space, I'd go for the asteroids filled with lots of precious metals first and use that to expand, nevermind they're asking for donations, just pissing away money to get to somewhere far away we're not quite sure about yet is incredibly short sighted.
I actually think that the millionaires who are funding the corporate space missions to grab asteroids are doing it right even if they are just doing it to get rich short term.
I actually think that the millionaires who are funding the corporate space missions to grab asteroids are doing it right even if they are just doing it to get rich short term.
Sounds pretty interesting, let's see if they raise enough 
Is this an assurance contract? Do I get my money back if you never raise enough?
Because I don't think you'll raise enough, and I don't want to donate money to your beer fund.
Because I don't think you'll raise enough, and I don't want to donate money to your beer fund.
I would go.
Donated
http://mars-one.com/en/donate
You can donate from $0.50 USD of bitcoin minimum using Bitpay - http://mars-one.com/en/donate
Quote
http://www.bbc.co.uk/news/science-environment-22146456
Applicants wanted for a one-way ticket to Mars
Want to go to Mars? Dutch organisation Mars One says it will open applications imminently. It would be a one-way trip, and the company hopes to build a community of settlers on the planet.
Uncharted waters, mountains or far away lands have always drawn explorers. History books show that desire for adventure, even in the face of extreme danger, did not deter the likes of Columbus or Magellan.
So it is perhaps not surprising that Mars One has already received thousands of prospective applicants. But there is no return - unlike the mission which hopes to fly to Mars and back in 2018.
Future explorers take note. Applicants must be resilient, adaptable, resourceful and must work well within a team. The whole project will be televised, from the reality TV style selection process, to landing and beyond.
On a visit to the BBC's London office, Mars One's co-founder Bas Lansdorp explains why this would be a one-way flight.
During the seven-to-eight month journey, astronauts will lose bone and muscle mass. After spending time on Mars' much weaker gravitational field, it would be almost impossible to readjust back to Earth's much stronger gravity, says Landsorp.
Successful applicants will be trained physically and psychologically. The team will use existing technology for all aspects of the project. Energy will be generated from solar panels, water will be recycled and extracted from soil and the astronauts will grow their own food - they will also have an emergency ration and regular top-ups as new explorers join every two years.
Solar wind
But is it realistic to believe that individuals could live and prosper on the Red Planet?
Mars is in the firing line of the Sun's high energy particles, called solar wind. The atmosphere of Mars is very thin as the solar wind is thought to have stripped much of it away.
On Earth, we are protected from the solar wind by a strong magnetic field. Without this, it would be much more difficult to survive. Although Mars once had similar protection about four billion years ago, today there is no such shield protecting it.
The Martian surface is therefore extremely hostile to life, says Dr Veronica Bray, from the University of Arizona's Lunar and Planetary Laboratory, who is sceptical about the project.
There's no liquid water, the atmospheric pressure is "practically a vacuum", radiation levels are higher and temperatures vary wildly, she says.
"Radiation exposure is a concern, especially during the trip. This can lead to increased cancer risk, a lowered immune system and possibly infertility."
To minimise radiation, the project team will cover the domes with several metres of soil, which the colonists will have to dig up.
"I have no doubt that we could physically place a human being on Mars. Whether they'd be able to survive for an extended period of time is much more doubtful," adds Dr Bray.
Ambassador for the project, Professor Gerard 't Hooft, a recipient of the Nobel Prize for theoretical physics in 1999, admits there are unknown health risks. He says the radiation is "of quite a different nature" than anything which has been tested on Earth.
Technical challenge
"They [the applicants] will be told that there are risks, but it will be our responsibility to keep the risks within acceptable odds."
Nasa astronaut Stan Love knows first-hand the difficulties with technology that his colleagues have experienced on the International Space Station in low-Earth orbit.
The apparatus which recycles human waste and turns "yesterday's coffee into into tomorrow's coffee needs frequent maintenance and would likely not survive years of continuous duty on Mars", he says.
Love has recently returned from Antarctica which he says is a "picnic compared to Mars".
"It's full of water, you can go outside and breathe the air. It's paradise compared to Mars and yet nobody has moved there permanently."
Although dubious about the funding, the technology and the impact of radiation, Love applauds small enterprises like Mars One.
He strongly believes private organisations will help raise awareness and hopefully discover or design some technology which will help future teams reach their goal of landing on Mars.
"We've been dreaming about this for 50 years. The Moon was just supposed to be a stepping stone to Mars. But when you study the problem, you realise it's immensely hard to do this."
Many critics have focused on funding, and whether the project would hold the public's attention for many years. It will cost an estimated £3.8bn ($6bn) to send the first group.
Dr Chris Lintott from Oxford University says that while the project is technologically plausible, he does not think they will find the funding.
"It's about having the political will and the financial muscle to make this happen. That's what nobody has been able to solve so far," he explains.
But Lansdorp sees no issue with funding. He uses the revenue from the worldwide broadcasting rights of the Olympics as a comparison.
"This will be the biggest thing that humanity has ever done. In 15 years people will still be watching.
"Exploring our world, and now beyond is what humans do, it's in our genome. The settlers' dream of going to Mars will come true."
Whether or not the mission will achieve its goal, the publicity generated from the "big-brother" style televised application process means the world will surely be watching.
http://www.bbc.co.uk/news/science-environment-22146456
Applicants wanted for a one-way ticket to Mars
Want to go to Mars? Dutch organisation Mars One says it will open applications imminently. It would be a one-way trip, and the company hopes to build a community of settlers on the planet.
Uncharted waters, mountains or far away lands have always drawn explorers. History books show that desire for adventure, even in the face of extreme danger, did not deter the likes of Columbus or Magellan.
So it is perhaps not surprising that Mars One has already received thousands of prospective applicants. But there is no return - unlike the mission which hopes to fly to Mars and back in 2018.
Future explorers take note. Applicants must be resilient, adaptable, resourceful and must work well within a team. The whole project will be televised, from the reality TV style selection process, to landing and beyond.
On a visit to the BBC's London office, Mars One's co-founder Bas Lansdorp explains why this would be a one-way flight.
During the seven-to-eight month journey, astronauts will lose bone and muscle mass. After spending time on Mars' much weaker gravitational field, it would be almost impossible to readjust back to Earth's much stronger gravity, says Landsorp.
Successful applicants will be trained physically and psychologically. The team will use existing technology for all aspects of the project. Energy will be generated from solar panels, water will be recycled and extracted from soil and the astronauts will grow their own food - they will also have an emergency ration and regular top-ups as new explorers join every two years.
Solar wind
But is it realistic to believe that individuals could live and prosper on the Red Planet?
Mars is in the firing line of the Sun's high energy particles, called solar wind. The atmosphere of Mars is very thin as the solar wind is thought to have stripped much of it away.
On Earth, we are protected from the solar wind by a strong magnetic field. Without this, it would be much more difficult to survive. Although Mars once had similar protection about four billion years ago, today there is no such shield protecting it.
The Martian surface is therefore extremely hostile to life, says Dr Veronica Bray, from the University of Arizona's Lunar and Planetary Laboratory, who is sceptical about the project.
There's no liquid water, the atmospheric pressure is "practically a vacuum", radiation levels are higher and temperatures vary wildly, she says.
"Radiation exposure is a concern, especially during the trip. This can lead to increased cancer risk, a lowered immune system and possibly infertility."
To minimise radiation, the project team will cover the domes with several metres of soil, which the colonists will have to dig up.
"I have no doubt that we could physically place a human being on Mars. Whether they'd be able to survive for an extended period of time is much more doubtful," adds Dr Bray.
Ambassador for the project, Professor Gerard 't Hooft, a recipient of the Nobel Prize for theoretical physics in 1999, admits there are unknown health risks. He says the radiation is "of quite a different nature" than anything which has been tested on Earth.
Technical challenge
"They [the applicants] will be told that there are risks, but it will be our responsibility to keep the risks within acceptable odds."
Nasa astronaut Stan Love knows first-hand the difficulties with technology that his colleagues have experienced on the International Space Station in low-Earth orbit.
The apparatus which recycles human waste and turns "yesterday's coffee into into tomorrow's coffee needs frequent maintenance and would likely not survive years of continuous duty on Mars", he says.
Love has recently returned from Antarctica which he says is a "picnic compared to Mars".
"It's full of water, you can go outside and breathe the air. It's paradise compared to Mars and yet nobody has moved there permanently."
Although dubious about the funding, the technology and the impact of radiation, Love applauds small enterprises like Mars One.
He strongly believes private organisations will help raise awareness and hopefully discover or design some technology which will help future teams reach their goal of landing on Mars.
"We've been dreaming about this for 50 years. The Moon was just supposed to be a stepping stone to Mars. But when you study the problem, you realise it's immensely hard to do this."
Many critics have focused on funding, and whether the project would hold the public's attention for many years. It will cost an estimated £3.8bn ($6bn) to send the first group.
Dr Chris Lintott from Oxford University says that while the project is technologically plausible, he does not think they will find the funding.
"It's about having the political will and the financial muscle to make this happen. That's what nobody has been able to solve so far," he explains.
But Lansdorp sees no issue with funding. He uses the revenue from the worldwide broadcasting rights of the Olympics as a comparison.
"This will be the biggest thing that humanity has ever done. In 15 years people will still be watching.
"Exploring our world, and now beyond is what humans do, it's in our genome. The settlers' dream of going to Mars will come true."
Whether or not the mission will achieve its goal, the publicity generated from the "big-brother" style televised application process means the world will surely be watching.
http://www.bbc.co.uk/news/science-environment-22146456
You can donate from $0.50 USD of bitcoin minimum using Bitpay - http://mars-one.com/en/donate
Quote
http://mars-one.com/en/mission/mankind-on-mars
Humankind on Mars
Say someone were to tell you: we are going to build a human settlement on Mars. After you have laughed a bit, only to be met with a serious face, you might ask:
How is this possible?
Will the astronauts come back?
How will the astronauts prepare for a life on Mars?
What will the journey from Earth to Mars be like?
What will it be like to live on Mars?
Emigration to Mars
A one way trip has obvious technical advantages, but what does this mean for the astronauts themselves? That depends on who you ask. You could say that most people would rather lose a leg than live the rest of their life on a cold, hostile planet, having said goodbye to friends and family forever, the best possible video call suffering from a seven minute delay—one way.
However, there are individuals for whom traveling to Mars has been a dream for their entire life. They relish the challenge. Not unlike the ancient Chinese, Micronesians, and untold Africans, the Vikings and famed explorers of Old World Europe, who left everything behind to spend the majority of their lives at sea, a one-way mission to Mars is about exploring a new world and the opportunity to conduct the most revolutionary research ever conceived, to build a new home for humans on another planet.
Mars One will offer everyone who dreams the way the ancient explorers dreamed the opportunity to apply for a position in a Mars One Mission. Are you one for whom this is a dream?
Years of Training
Before they leave the Earth’s atmosphere to travel to Mars, each astronaut will be put through the required eight years of training. They will be isolated from the world for a few months every two years in groups of four in simulation facilities, to learn how they respond to living in close quarters while isolated from all humans except for the three crew members. In addition to the expertise and work experience they must already possess, they have to learn quite a few new skills: physical and electrical repairs to the settlement structures, cultivating crops in confined spaces, and addressing both routine and serious medical issues such as dental upkeep, muscle tears and bone fractures.
The Journey to Mars
The flight will take between seven to eight months (depending upon the relative positions of the Earth and Mars). The astronauts will spend those seven months together in a very small space—much smaller than the home base at the settlement on Mars—devoid of luxury or frills. This will not be easy. Showering with water will not be an option. Instead the astronauts make do with wet towelettes (wet wipes) as used by astronauts on the International Space Station.
Freeze dried and canned food is the only option. There will be constant noise from the ventilators, computer and life support systems, and a regimented routine of 3 hours daily exercise in order to maintain muscle mass. If the astronauts are hit by a solar storm, they must take refuge in the even smaller, sheltered area of the rocket which provides the best protection, for up to several days.
The journey will be arduous, pressing each of them to the very limits of their training and personal capacity. But the astronauts will endure because this will be the flight carrying them to their dream.
Life on Mars
Once they arrive on Mars, the astronauts will begin making use of their relatively spacious living units; over 50 m2 per person, and a total of more than 200 m2 combined interior space.
Within the settlement are inflatable components which contain bedrooms, working areas, a living room and a 'plant production unit', where they will grow greenery. They will also be able to shower as normal, prepare fresh food (that they themselves grew and harvested) in the kitchen, wear regular clothes, and, in essence, lead typical day-to-day lives.
If the astronauts leave the settlement, they have to wear a Mars Suit. However, all living spaces are connected by passageways, in order for the astronauts to move freely from one end of the settlement to the other. As the rovers have done much of the heavy construction prior to their arrival, it will not take the astronauts a long time to find routine in their new life, moving into carrying out valuable construction works and research.
Construction & Research
Several new components will be delivered to Mars while the first group of four astronauts are settled. In preparation of the arrival of the second group of four astronauts, the components will include a second living unit and a second life support unit. With use of the rovers, the astronauts will connect these units to the main base. When this task has been performed, the first crew has prepared the settlement for the arrival of additional astronauts, and, in the meantime, the astronauts will enjoy more room for themselves and extra security as the duplicate living environments provide back-up life support systems.
When the second crew of astronauts lands, the first crew will have already applied technology and physical labor to the construction of additional living and working spaces, using local materials. Mars One is working on concepts, such as the inclusion of tunnels and domes made from compressed Martian soil, which may be able to hold a breathable atmosphere for the astronauts to live in.
There will be a great deal of research conducted on Mars. The astronauts will research how their bodies respond and change when living in a 38% gravitational field, and how food crops and other plants grow in hydroponic plant production units. Research will include extra-settlement exploration to learn about the ancient and current geology on Mars. Of course, much research will be dedicated to the determination if life was once present or now exists on Mars.
Reports from Mars
The astronauts will not only submit routine reports, but will also share all that they enjoy and find challenging. It will give the people on Earth a unique and personal insight view of life on Mars. They could answer intriguing questions like:What is it like to walk on Mars? How do you feel about your fellow astronauts after a year? What is it like living in the reduced Mars’ gravity? What is your favorite food? Do you enjoy the sunsets on Mars?
Future Expansion
A new group of four astronauts will land on Mars every two years, steadily increasing the settlement’s size. Eventually, a living unit will be built from local materials, large enough to grow trees. As more astronauts arrive, the creativity applied to settlement expansion will certainly give way to ideas and innovation that we cannot conceive now. But we can expect the human spirit to continue to persevere, to even thrive in this challenging environment.
http://mars-one.com/en/mission/mankind-on-mars
Humankind on Mars
Say someone were to tell you: we are going to build a human settlement on Mars. After you have laughed a bit, only to be met with a serious face, you might ask:
How is this possible?
Will the astronauts come back?
How will the astronauts prepare for a life on Mars?
What will the journey from Earth to Mars be like?
What will it be like to live on Mars?
Emigration to Mars
A one way trip has obvious technical advantages, but what does this mean for the astronauts themselves? That depends on who you ask. You could say that most people would rather lose a leg than live the rest of their life on a cold, hostile planet, having said goodbye to friends and family forever, the best possible video call suffering from a seven minute delay—one way.
However, there are individuals for whom traveling to Mars has been a dream for their entire life. They relish the challenge. Not unlike the ancient Chinese, Micronesians, and untold Africans, the Vikings and famed explorers of Old World Europe, who left everything behind to spend the majority of their lives at sea, a one-way mission to Mars is about exploring a new world and the opportunity to conduct the most revolutionary research ever conceived, to build a new home for humans on another planet.
Mars One will offer everyone who dreams the way the ancient explorers dreamed the opportunity to apply for a position in a Mars One Mission. Are you one for whom this is a dream?
Years of Training
Before they leave the Earth’s atmosphere to travel to Mars, each astronaut will be put through the required eight years of training. They will be isolated from the world for a few months every two years in groups of four in simulation facilities, to learn how they respond to living in close quarters while isolated from all humans except for the three crew members. In addition to the expertise and work experience they must already possess, they have to learn quite a few new skills: physical and electrical repairs to the settlement structures, cultivating crops in confined spaces, and addressing both routine and serious medical issues such as dental upkeep, muscle tears and bone fractures.
The Journey to Mars
The flight will take between seven to eight months (depending upon the relative positions of the Earth and Mars). The astronauts will spend those seven months together in a very small space—much smaller than the home base at the settlement on Mars—devoid of luxury or frills. This will not be easy. Showering with water will not be an option. Instead the astronauts make do with wet towelettes (wet wipes) as used by astronauts on the International Space Station.
Freeze dried and canned food is the only option. There will be constant noise from the ventilators, computer and life support systems, and a regimented routine of 3 hours daily exercise in order to maintain muscle mass. If the astronauts are hit by a solar storm, they must take refuge in the even smaller, sheltered area of the rocket which provides the best protection, for up to several days.
The journey will be arduous, pressing each of them to the very limits of their training and personal capacity. But the astronauts will endure because this will be the flight carrying them to their dream.
Life on Mars
Once they arrive on Mars, the astronauts will begin making use of their relatively spacious living units; over 50 m2 per person, and a total of more than 200 m2 combined interior space.
Within the settlement are inflatable components which contain bedrooms, working areas, a living room and a 'plant production unit', where they will grow greenery. They will also be able to shower as normal, prepare fresh food (that they themselves grew and harvested) in the kitchen, wear regular clothes, and, in essence, lead typical day-to-day lives.
If the astronauts leave the settlement, they have to wear a Mars Suit. However, all living spaces are connected by passageways, in order for the astronauts to move freely from one end of the settlement to the other. As the rovers have done much of the heavy construction prior to their arrival, it will not take the astronauts a long time to find routine in their new life, moving into carrying out valuable construction works and research.
Construction & Research
Several new components will be delivered to Mars while the first group of four astronauts are settled. In preparation of the arrival of the second group of four astronauts, the components will include a second living unit and a second life support unit. With use of the rovers, the astronauts will connect these units to the main base. When this task has been performed, the first crew has prepared the settlement for the arrival of additional astronauts, and, in the meantime, the astronauts will enjoy more room for themselves and extra security as the duplicate living environments provide back-up life support systems.
When the second crew of astronauts lands, the first crew will have already applied technology and physical labor to the construction of additional living and working spaces, using local materials. Mars One is working on concepts, such as the inclusion of tunnels and domes made from compressed Martian soil, which may be able to hold a breathable atmosphere for the astronauts to live in.
There will be a great deal of research conducted on Mars. The astronauts will research how their bodies respond and change when living in a 38% gravitational field, and how food crops and other plants grow in hydroponic plant production units. Research will include extra-settlement exploration to learn about the ancient and current geology on Mars. Of course, much research will be dedicated to the determination if life was once present or now exists on Mars.
Reports from Mars
The astronauts will not only submit routine reports, but will also share all that they enjoy and find challenging. It will give the people on Earth a unique and personal insight view of life on Mars. They could answer intriguing questions like:What is it like to walk on Mars? How do you feel about your fellow astronauts after a year? What is it like living in the reduced Mars’ gravity? What is your favorite food? Do you enjoy the sunsets on Mars?
Future Expansion
A new group of four astronauts will land on Mars every two years, steadily increasing the settlement’s size. Eventually, a living unit will be built from local materials, large enough to grow trees. As more astronauts arrive, the creativity applied to settlement expansion will certainly give way to ideas and innovation that we cannot conceive now. But we can expect the human spirit to continue to persevere, to even thrive in this challenging environment.
http://mars-one.com/en/mission/mankind-on-mars
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