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How we can make space travel more accessible | Bill Gutman | TEDxABQ


suppose that your grandfather died

suppose that your grandfather died several months ago and when they read

several months ago and when they read

several months ago and when they read his will you discovered that he’d left

his will you discovered that he’d left

his will you discovered that he’d left you two hundred and fifty thousand

you two hundred and fifty thousand

you two hundred and fifty thousand dollars what would you do if two hundred

dollars what would you do if two hundred

dollars what would you do if two hundred and fifty thousand dollars suddenly and

and fifty thousand dollars suddenly and

and fifty thousand dollars suddenly and unexpectedly fell into your lap well one

unexpectedly fell into your lap well one

unexpectedly fell into your lap well one thing you might do is buy that shiny

thing you might do is buy that shiny

thing you might do is buy that shiny silver Lamborghini that you’ve been

silver Lamborghini that you’ve been

silver Lamborghini that you’ve been dreaming about since you’re twenty five

dreaming about since you’re twenty five

dreaming about since you’re twenty five and if you did that you might even have

and if you did that you might even have

and if you did that you might even have enough left over to make the first

enough left over to make the first

enough left over to make the first insurance payment another thing you

insurance payment another thing you

insurance payment another thing you might do is pay off your daughter’s

might do is pay off your daughter’s

might do is pay off your daughter’s medical school debt well most of it

medical school debt well most of it

medical school debt well most of it anyway

anyway

anyway and yet another thing you might do would

and yet another thing you might do would

and yet another thing you might do would be to buy a ticket for a ride to

be to buy a ticket for a ride to

be to buy a ticket for a ride to suborbital space I’m going to try to

suborbital space I’m going to try to

suborbital space I’m going to try to make the case for you today as to why

make the case for you today as to why

make the case for you today as to why you should choose that third option now

you should choose that third option now

you should choose that third option now spaceport america is located in the

spaceport america is located in the

spaceport america is located in the southern part of New Mexico and it’s a

southern part of New Mexico and it’s a

southern part of New Mexico and it’s a leading center for suborbital space

leading center for suborbital space

leading center for suborbital space activity it was developed by and is

activity it was developed by and is

activity it was developed by and is owned and operated by the state of New

owned and operated by the state of New

owned and operated by the state of New Mexico

Mexico

Mexico so that makes every one of you here

so that makes every one of you here

so that makes every one of you here today a part owner of that facility so

today a part owner of that facility so

today a part owner of that facility so let’s talk a little bit about that space

let’s talk a little bit about that space

let’s talk a little bit about that space experience so there are three compelling

experience so there are three compelling

experience so there are three compelling elements of a suborbital space

elements of a suborbital space

elements of a suborbital space experience the first one is an

experience the first one is an

experience the first one is an opportunity to experience sustained

opportunity to experience sustained

opportunity to experience sustained microgravity microgravity is also

microgravity microgravity is also

microgravity microgravity is also sometimes called zero gravity or

sometimes called zero gravity or

sometimes called zero gravity or weightlessness and if you’ve seen videos

weightlessness and if you’ve seen videos

weightlessness and if you’ve seen videos of astronauts floating around the space

of astronauts floating around the space

of astronauts floating around the space station or sometimes researchers and the

station or sometimes researchers and the

station or sometimes researchers and the vomit comet aircraft doing somersaults

vomit comet aircraft doing somersaults

vomit comet aircraft doing somersaults that’s they’re experiencing microgravity

that’s they’re experiencing microgravity

that’s they’re experiencing microgravity so it’s it’s a more intense and a

so it’s it’s a more intense and a

so it’s it’s a more intense and a longer-lasting version of the experience

longer-lasting version of the experience

longer-lasting version of the experience you feel if you’re in a very fast

you feel if you’re in a very fast

you feel if you’re in a very fast elevator as it begins to descend or

elevator as it begins to descend or

elevator as it begins to descend or sometimes even if you’re in a car that

sometimes even if you’re in a car that

sometimes even if you’re in a car that goes over a rise in the road and then

goes over a rise in the road and then

goes over a rise in the road and then suddenly goes into a dip the second

suddenly goes into a dip the second

suddenly goes into a dip the second compelling element is the ability the

compelling element is the ability the

compelling element is the ability the opportunity to see things that can only

opportunity to see things that can only

opportunity to see things that can only be seen from space the blackness of the

be seen from space the blackness of the

be seen from space the blackness of the sky the curvature of the earth the thin

sky the curvature of the earth the thin

sky the curvature of the earth the thin blue band of the atmosphere and finally

blue band of the atmosphere and finally

blue band of the atmosphere and finally the third compelling element is the

the third compelling element is the

the third compelling element is the opportunity to see the magnificence and

opportunity to see the magnificence and

opportunity to see the magnificence and the enormity of the earth and to think

the enormity of the earth and to think

the enormity of the earth and to think about that and many of the people who’ve

about that and many of the people who’ve

about that and many of the people who’ve had that experience have actually

had that experience have actually

had that experience have actually described that experiences life-changing

described that experiences life-changing

described that experiences life-changing so to get to spaced to be a true space

so to get to spaced to be a true space

so to get to spaced to be a true space experience you need to reach the

experience you need to reach the

experience you need to reach the altitude of the Karman line the Karman

altitude of the Karman line the Karman

altitude of the Karman line the Karman line is a hundred kilometers above the

line is a hundred kilometers above the

line is a hundred kilometers above the surface of the earth or about 62 miles

surface of the earth or about 62 miles

surface of the earth or about 62 miles so why is space define to begin at 62

so why is space define to begin at 62

so why is space define to begin at 62 miles the reason for that could be the

miles the reason for that could be the

miles the reason for that could be the subject of a talk of itself but the

subject of a talk of itself but the

subject of a talk of itself but the short answer is that as airplanes fly

short answer is that as airplanes fly

short answer is that as airplanes fly higher and higher in the atmosphere the

higher and higher in the atmosphere the

higher and higher in the atmosphere the air becomes thinner and thinner and

air becomes thinner and thinner and

air becomes thinner and thinner and eventually they have to go so fast that

eventually they have to go so fast that

eventually they have to go so fast that that they’re going at orbital speed

that they’re going at orbital speed

that they’re going at orbital speed which is 17,500 miles per hour and that

which is 17,500 miles per hour and that

which is 17,500 miles per hour and that happens in about 100 kilometers hence

happens in about 100 kilometers hence

happens in about 100 kilometers hence that’s the threshold of space so if

that’s the threshold of space so if

that’s the threshold of space so if space is only 62 miles that way

space is only 62 miles that way

space is only 62 miles that way how do we get there well one way

how do we get there well one way

how do we get there well one way potentially would be to travel at say 10

potentially would be to travel at say 10

potentially would be to travel at say 10 miles per hour

miles per hour

miles per hour unlike orbit where you must reach a

unlike orbit where you must reach a

unlike orbit where you must reach a speed of 17,500 miles per hour there is

speed of 17,500 miles per hour there is

speed of 17,500 miles per hour there is no specific speed requirement to get to

no specific speed requirement to get to

no specific speed requirement to get to Silver orbital space so you only need to

Silver orbital space so you only need to

Silver orbital space so you only need to go up so you can go at 10 miles per hour

go up so you can go at 10 miles per hour

go up so you can go at 10 miles per hour it’s going to take you about six minutes

it’s going to take you about six minutes

it’s going to take you about six minutes to or six hours to get there but you’d

to or six hours to get there but you’d

to or six hours to get there but you’d be burning lots and lots of fuel and

be burning lots and lots of fuel and

be burning lots and lots of fuel and that just isn’t practical so the way we

that just isn’t practical so the way we

that just isn’t practical so the way we normally do it is we burn a really

normally do it is we burn a really

normally do it is we burn a really powerful rocket motor for 10 to 60

powerful rocket motor for 10 to 60

powerful rocket motor for 10 to 60 seconds and accelerate very quickly to

seconds and accelerate very quickly to

seconds and accelerate very quickly to several times the speed of sound say

several times the speed of sound say

several times the speed of sound say 3,500 miles per hour and then Coast the

3,500 miles per hour and then Coast the

3,500 miles per hour and then Coast the rest of the way all right so on the way

rest of the way all right so on the way

rest of the way all right so on the way up very interesting things happen you

up very interesting things happen you

up very interesting things happen you will want once you’re outside the

will want once you’re outside the

will want once you’re outside the Earth’s atmosphere and your rocket

Earth’s atmosphere and your rocket

Earth’s atmosphere and your rocket motors burned out and you’re not feeling

motors burned out and you’re not feeling

motors burned out and you’re not feeling any drag from the atmosphere you will be

any drag from the atmosphere you will be

any drag from the atmosphere you will be experiencing the condition that

experiencing the condition that

experiencing the condition that physicists refer to as freefall and

physicists refer to as freefall and

physicists refer to as freefall and that’s what causes microgravity and

that’s what causes microgravity and

that’s what causes microgravity and during that time you’ll be able to do

during that time you’ll be able to do

during that time you’ll be able to do all those things that you’ve seen those

all those things that you’ve seen those

all those things that you’ve seen those videos of astronauts doing on the space

videos of astronauts doing on the space

videos of astronauts doing on the space station you’ll be able to float around

station you’ll be able to float around

station you’ll be able to float around your cabin you’ll be able to do those

your cabin you’ll be able to do those

your cabin you’ll be able to do those really interesting experiments where you

really interesting experiments where you

really interesting experiments where you lay out a line of mmm say and you lunge

lay out a line of mmm say and you lunge

lay out a line of mmm say and you lunge out and eat them one by one all those

out and eat them one by one all those

out and eat them one by one all those things will be possible but there’s one

things will be possible but there’s one

things will be possible but there’s one big difference those astronauts on the

big difference those astronauts on the

big difference those astronauts on the space station have days weeks even

space station have days weeks even

space station have days weeks even to do that you’re only going to have a

to do that you’re only going to have a

to do that you’re only going to have a few minutes so so you’re going to need

few minutes so so you’re going to need

few minutes so so you’re going to need to take advantage of that time now on

to take advantage of that time now on

to take advantage of that time now on the good side since you’re only going to

the good side since you’re only going to

the good side since you’re only going to be there for a few minutes you’re not

be there for a few minutes you’re not

be there for a few minutes you’re not going to need to to wash your hair okay

going to need to to wash your hair okay

going to need to to wash your hair okay so while you’re floating around your

so while you’re floating around your

so while you’re floating around your cabin I would hope that you would take a

cabin I would hope that you would take a

cabin I would hope that you would take a few minutes to look out the window and

few minutes to look out the window and

few minutes to look out the window and see those wonderful sights that black

see those wonderful sights that black

see those wonderful sights that black sky the curved earth and all those

sky the curved earth and all those

sky the curved earth and all those things and that you would take a little

things and that you would take a little

things and that you would take a little bit of time and contemplate your

bit of time and contemplate your

bit of time and contemplate your position on the earth and the Earth’s

position on the earth and the Earth’s

position on the earth and the Earth’s position even though it’s enormous in

position even though it’s enormous in

position even though it’s enormous in the much larger solar system in the

the much larger solar system in the

the much larger solar system in the solar system’s position in the enormous

solar system’s position in the enormous

solar system’s position in the enormous ly larger galaxy and our galaxy’s

ly larger galaxy and our galaxy’s

ly larger galaxy and our galaxy’s position is one of billions out there in

position is one of billions out there in

position is one of billions out there in the universe at large

the universe at large

the universe at large again many people have described that

again many people have described that

again many people have described that experience as life-changing in the

experience as life-changing in the

experience as life-changing in the history of humans in space there have

history of humans in space there have

history of humans in space there have been only about 600 people that have

been only about 600 people that have

been only about 600 people that have been there we think that space tourism

been there we think that space tourism

been there we think that space tourism has the potential to increase the number

has the potential to increase the number

has the potential to increase the number of people that have the space experience

of people that have the space experience

of people that have the space experience by orders of magnitude

by orders of magnitude

by orders of magnitude so why would that be well one reason is

so why would that be well one reason is

so why would that be well one reason is that the space vehicles that are being

that the space vehicles that are being

that the space vehicles that are being developed for for space tourism are

developed for for space tourism are

developed for for space tourism are reusable right now as you probably know

reusable right now as you probably know

reusable right now as you probably know we throw away the hardware after every

we throw away the hardware after every

we throw away the hardware after every launch of people to space so making it

launch of people to space so making it

launch of people to space so making it reusable is going to help a lot another

reusable is going to help a lot another

reusable is going to help a lot another reason is that these vehicles are only

reason is that these vehicles are only

reason is that these vehicles are only going to go to speeds of say a

going to go to speeds of say a

going to go to speeds of say a thirty-five hundred miles per hour and

thirty-five hundred miles per hour and

thirty-five hundred miles per hour and they’re only going to go to altitudes of

they’re only going to go to altitudes of

they’re only going to go to altitudes of perhaps 60 miles or seventy miles so the

perhaps 60 miles or seventy miles so the

perhaps 60 miles or seventy miles so the design is simplified quite a bit and

design is simplified quite a bit and

design is simplified quite a bit and another reason is because these these

another reason is because these these

another reason is because these these missions are only going to last for a

missions are only going to last for a

missions are only going to last for a few minutes and so consequently you

few minutes and so consequently you

few minutes and so consequently you don’t have to take along large supplies

don’t have to take along large supplies

don’t have to take along large supplies of life-support oxygen water or food

of life-support oxygen water or food

of life-support oxygen water or food from the passengers perspective not only

from the passengers perspective not only

from the passengers perspective not only that but but the rigors are being

that but but the rigors are being

that but but the rigors are being accelerated only 3,500 miles per hour

accelerated only 3,500 miles per hour

accelerated only 3,500 miles per hour meaning that a lot more people are going

meaning that a lot more people are going

meaning that a lot more people are going to be able to do this and secondly

to be able to do this and secondly

to be able to do this and secondly because you’ll be able to train for the

because you’ll be able to train for the

because you’ll be able to train for the mission in just a short time maybe a few

mission in just a short time maybe a few

mission in just a short time maybe a few days or a week and do your mission you

days or a week and do your mission you

days or a week and do your mission you won’t you’ll be able to do this in sort

won’t you’ll be able to do this in sort

won’t you’ll be able to do this in sort of a vacation

of a vacation

of a vacation setting so the Dennis Tito who is widely

setting so the Dennis Tito who is widely

setting so the Dennis Tito who is widely regarded as the world’s first space

regarded as the world’s first space

regarded as the world’s first space tourist he spent many months training

tourist he spent many months training

tourist he spent many months training with the Russians to fly to the space

with the Russians to fly to the space

with the Russians to fly to the space station and he also spent two million

station and he also spent two million

station and he also spent two million twenty million dollars of his own money

twenty million dollars of his own money

twenty million dollars of his own money to do that okay so if space is life

to do that okay so if space is life

to do that okay so if space is life changing we’d like to get more people

changing we’d like to get more people

changing we’d like to get more people there but space has a problem right now

there but space has a problem right now

there but space has a problem right now there’s what I call the space conundrum

there’s what I call the space conundrum

there’s what I call the space conundrum space launches are very expensive

space launches are very expensive

space launches are very expensive because they because the annual number

because they because the annual number

because they because the annual number is very low but at the same time the

is very low but at the same time the

is very low but at the same time the annual number is very low because

annual number is very low because

annual number is very low because they’re so expensive so how can we break

they’re so expensive so how can we break

they’re so expensive so how can we break that paradigm well perhaps we can take

that paradigm well perhaps we can take

that paradigm well perhaps we can take an example from the computer industry do

an example from the computer industry do

an example from the computer industry do some of you are old enough to remember

some of you are old enough to remember

some of you are old enough to remember when computers were very expensive

when computers were very expensive

when computers were very expensive because very few were sold and at the

because very few were sold and at the

because very few were sold and at the same time very few computers were sold

same time very few computers were sold

same time very few computers were sold because they were so expensive so the

because they were so expensive so the

because they were so expensive so the computer industry needed a killer app to

computer industry needed a killer app to

computer industry needed a killer app to break that paradigm and it turns out

break that paradigm and it turns out

break that paradigm and it turns out that in my view at least computer gaming

that in my view at least computer gaming

that in my view at least computer gaming was a significant factor in breaking

was a significant factor in breaking

was a significant factor in breaking that paradigm there were a few invent

that paradigm there were a few invent

that paradigm there were a few invent individuals who found computer gaming so

individuals who found computer gaming so

individuals who found computer gaming so compelling that they were willing to

compelling that they were willing to

compelling that they were willing to spend thousands and thousands of dollars

spend thousands and thousands of dollars

spend thousands and thousands of dollars to buy a computer so that they could do

to buy a computer so that they could do

to buy a computer so that they could do that so if you think about it look

that so if you think about it look

that so if you think about it look around your house and how many computers

around your house and how many computers

around your house and how many computers to do you see and how expensive were

to do you see and how expensive were

to do you see and how expensive were they you can be thankful that in the

they you can be thankful that in the

they you can be thankful that in the 1980s there were people who were willing

1980s there were people who were willing

1980s there were people who were willing to spend many thousands and thousands of

to spend many thousands and thousands of

to spend many thousands and thousands of dollars for the for the ability to play

dollars for the for the ability to play

dollars for the for the ability to play Dungeons and Dragons and Tetris some of

Dungeons and Dragons and Tetris some of

Dungeons and Dragons and Tetris some of you remember those I’m sure okay so so

you remember those I’m sure okay so so

you remember those I’m sure okay so so this life-changing experience that

this life-changing experience that

this life-changing experience that you’ve had that you’re going to have on

you’ve had that you’re going to have on

you’ve had that you’re going to have on your space ride will provide be a source

your space ride will provide be a source

your space ride will provide be a source of tremendous personal fulfillment and

of tremendous personal fulfillment and

of tremendous personal fulfillment and personal enjoyment but at the same time

personal enjoyment but at the same time

personal enjoyment but at the same time that space mission is going you’re by

that space mission is going you’re by

that space mission is going you’re by doing that you’re going to be helping to

doing that you’re going to be helping to

doing that you’re going to be helping to ensure our future as a species in space

ensure our future as a species in space

ensure our future as a species in space by helping to bring down the costs and

by helping to bring down the costs and

by helping to bring down the costs and make space much more accessible ok so

make space much more accessible ok so

make space much more accessible ok so you will be helping for example to make

you will be helping for example to make

you will be helping for example to make humans

humans

humans multi-planet species you’ll be helping

multi-planet species you’ll be helping

multi-planet species you’ll be helping to make it possible in the future for

to make it possible in the future for

to make it possible in the future for four generations of people to come to

four generations of people to come to

four generations of people to come to generate much or most of their

generate much or most of their

generate much or most of their electrical power requirements by putting

electrical power requirements by putting

electrical power requirements by putting solar collectors in orbit around the

solar collectors in orbit around the

solar collectors in orbit around the earth you’ll be making it possible for

earth you’ll be making it possible for

earth you’ll be making it possible for us to derive much or most of our metals

us to derive much or most of our metals

us to derive much or most of our metals requirements by mining asteroids rather

requirements by mining asteroids rather

requirements by mining asteroids rather than mining the earth you’ll be making

than mining the earth you’ll be making

than mining the earth you’ll be making it possible to make better materials in

it possible to make better materials in

it possible to make better materials in space for example better crystalline

space for example better crystalline

space for example better crystalline materials that will lead to even better

materials that will lead to even better

materials that will lead to even better computers than we have today perhaps

computers than we have today perhaps

computers than we have today perhaps better pure pharmaceuticals grandpa

better pure pharmaceuticals grandpa

better pure pharmaceuticals grandpa would be proud

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