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test_outputs.txt
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You know what I do is write for the kids, and, in fact, I'm probably the <unk> for kids, more read in the United States.
And I always tell people that I don't want to seem like a scientist.
I can feel it as a farmer, or with leather <unk> and never nobody has chosen a farmer.
I'm here today to talk to you about circles and <unk>
And you know that an epiphany is usually something that fell down somewhere.
You just have to turn the apple back to see it as a <unk>
That's the painting of a circle.
A friend of mine did that -- Richard <unk>
It's the kind of complicated circle that I'm going to talk about.
My circle began in the <unk> in the middle school in <unk> Ohio where I was the rare class of class.
When I went back to bleeding every week in the bathroom <unk> until a teacher saved my life.
She saved my life by letting go into the bathroom of the teachers.
I did it in secret, actually.
for three years.
And I had to go from the city.
I had a thumb, and 85 dollars, California -- I found a lover -- and in the years of <unk> I found a lover -- and in the years of <unk> I felt the need to start working in organizations who were fighting against AIDS.
About three or four years ago, I got a phone call from that <unk> Mrs. <unk> who said, "I need to see you.
I'm <unk> we never get to know us.
You could take it to Ohio and brings that man that I know you've already found.
And I have to tell you that I have pancreatic cancer, and I'd like you to do with this, please."
Well, the next day we were in <unk>
We were going to see, we got <unk> and we realized that she needed to be <unk>
We found a place, <unk> and monitored and took care of his family, because it was necessary, because it was necessary,
It's something we knew how to do.
And as the woman who I wanted to <unk> as an adult arrived at <unk> became a box of ashes and was put in my hands.
And what happened was that the circle was closed, and it had become a circle -- and that epiphany that I told you about was made up of itself.
The epiphany is that death is part of life.
She saved my life, my partner and I save her from her.
And you know that that part of life needs everything for the rest of life.
It needs truth and beauty, and I'm very happy that I've been talked about a lot about this.
It also needs -- needs dignity, love and pleasure. And it's our work to provide those things.
Thank you.
As an artist, the connection is very important for me.
Through my work, I'm trying to express that humans are not separated from nature and that everything is interconnected.
I was for the first time to Antarctica about 10 years ago, and I saw my first <unk>
I was amazed.
My heart can quickly, was <unk> trying to understand what was in front of me.
I took them around the water -- about 60 feet. And I couldn't longer think about a <unk> about another <unk> on another <unk> year after year.
<unk> are born when they fall from the glaciers or they break the ice walls.
Each iceberg has its individual personality.
They have a different way of interacting with their environment and their experiences.
Some people refuse to give up and hold away up to the end, while others can't afford more, and they get into a <unk> of passionate passion.
It's easy to think, when you see a <unk> that are isolated <unk> and themselves, as much as we see ourselves sometimes as humans.
But the reality is the opposite.
As you melts a <unk> I'm breathing your atmosphere <unk>
As a iceberg melts -- it's freshwater rich in minerals that feed many forms of life.
I walk up to photograph these <unk> as if it was about the portraits of my ancestors, knowing that in these unique moments exist in that way, and they will not be there in that way again.
It's not the death when they're <unk> it's not an end, but a continuation of its way through the cycle of life.
Part of the ice of the <unk> which I photograph is very <unk> has a couple thousand years old.
And another part of the ice has over 100,000 years.
The last pictures I'd like to show you are from a iceberg that I photographed in <unk> Greenland.
We're just getting to actually see an iceberg <unk>
Here they are.
You can see the left a little boat.
It's about five meters.
And I'd like you to pay attention to the shape of the iceberg and your line of <unk>
You can see here, it starts to <unk> the boat has moved to the other side and the man is there.
This is an iceberg <unk> Day.
It's about 120 feet or 40 meters.
This video is in real time.
And so <unk> the iceberg shows a different side of his personality.
Thank you.
I want you to imagine two couples in 1979, the same day, exactly at the same time, each day, a baby.
So, two couples each with a baby.
I don't want you to get too much in the details of conception, because if you stop thinking about conception -- I'm not going to pay attention.
So let's think about that for a moment.
And on this stage I want you to imagine that, in a case, the chromosome and the sperm is joined by the X <unk>
And in the other case, the X chromosome is joined by the X <unk> of <unk>
Both <unk> and it starts life.
We'll get back to them later.
In my <unk> it will turn two roles.
In one of my <unk> I work with the history of anatomy.
I'm <unk> by training and what I study in this case is the way people come up with anatomy -- so human bodies -- how they have considered your body fluids -- the idea of the <unk> what have thought about the body.
The other role that I performance in my work is an activist, like <unk> of patients or, as I say sometimes, <unk> <unk> of people who are medical patients.
In this case, I've worked with people whose physical characteristics defy social norms.
I've been working, for example, with identical twins two people inside one body.
I've been working with people with <unk> much higher people than the average.
And I've worked with many cases of people with <unk> sex <unk> whose physical typology didn't fit into male <unk> and conventional feminine <unk>
In general lines, we can <unk> <unk>
<unk> <unk>
I'm going to put some examples in ways of having a sex that doesn't behave in the <unk> or <unk> forms.
For example, there is the case of the individual with <unk> <unk> whose gene <unk> and tells the <unk> that we all have in the <unk> life that will become <unk>
And then, in life <unk> the testicles produce testosterone.
But because this individual lacks testosterone, the body doesn't react to it.
This is <unk> syndrome.
So, there's high testosterone levels, but it's not reaction.
As a consequence, the body develops a <unk> course <unk>
When you get the baby <unk> you have a little girl.
It's a little girl. It's raised as a child.
And often, it's not until puberty, when it's growing up and developing their breasts but it doesn't have the menstrual period, when someone realizes something is happening.
After making <unk> you realize that instead of having <unk> and <unk> actually has testicles and a y chromosome.
The important thing to understand is that you can think it's a man, but it's not really like that.
Women, like men, like men, we have in the body something called <unk> <unk>
They're in the back of the body.
<unk> glands produce <unk> the <unk> hormone.
Most of the women like me -- I consider a female <unk> I don't know his structure -- I think it's a typical woman, most women like me are sensitive to the <unk>
<unk> <unk> and we respond to the <unk>
As a consequence, somebody like me has the most exposed brain to <unk> than the woman who was born with <unk> who has the <unk> syndrome to <unk>
So sex is something complicated. It's not that <unk> are in the middle of the <unk> in some way they can be everywhere.
Another example: a few years ago, I got a call from a 19-year-old <unk> born and raised as <unk> had girlfriend, and sexual relations with her, he was wearing a life like a boy and had just figured out that he had ovaries and womb.
He had an extreme form of a disease known as <unk> <unk> <unk>
He had the 20th and the <unk> areolar glands were so active that, in essence, creating a male hormone environment.
As a consequence, his genitals were <unk> his brain was exposed to the hormone component typically male.
He was born with <unk> no one <unk> nothing.
And it went to the age of 19, when he started to have medical problems caused by internal <unk> when doctors discovered that, in fact, it was a woman inside.
Well, another example of a case of <unk>
Some people with the 20th develop what is known as <unk> is to say, they have tissue <unk> wrapped in <unk> tissue.
We don't know why that happens.
So, there are many varieties of sex.
The reason that children with this kind of bodies -- that are <unk> identical twins or <unk> or <unk> surgery -- it's not to be able to get away from a better physical health.
In many cases, people are perfectly healthy.
The reason for the fact that it will be transferred to several surgeries is that they're a threat to our social categories.
The system is based on the idea that a particular anatomy brings up with a particular identity.
We have the idea that being woman is to have identity <unk> <unk> being black to say to have African anatomy in <unk> terms.
<unk> <unk>
And when you present a body that shows something quite different, we have trouble with <unk>
So we have very <unk> ideas in our culture about <unk>
Our nation is based on a concept of the very romantic.
Imagine how surprising it is to have children who are born like two people inside one body.
The lowest case is last year with the <unk> <unk> <unk> <unk> put on trial in the <unk> <unk> <unk>
Many journalists called a lot of reporters called to wonder: "What do you test to figure out whether to <unk> <unk> is man or <unk>
And I had to tell you the journalists that there is no such test.
In fact, now we know that sex is so complicated that we have to admit that nature doesn't traces a sharp line between men and women or between men and <unk> and women and <unk> are we who map that line.
So what we have is a situation where the more we go through science, the more we have to admit that these categories were very stable categories that were <unk> directly from <unk> categories.
And not just in terms of sex.
And also in terms of race, something that turns out much more complicated than the terminology <unk>
As we see, we get into a rough terrain.
<unk> for example, the fact that we share at least 95 percent of DNA with chimpanzees.
What about the fact of <unk> of them in just a few <unk>
And as we look at the science of science, we get more and more in a awkward area where we have to recognize that categories of <unk> categories are probably too <unk>
And we're looking at this in all walks of human life.
One of them, for example, in our current culture, in the United States today, are the struggles in the beginning and in the end of life.
It's hard to set up a moment from which a body becomes human and has different rights to the <unk>
There are very <unk> discussions today, not in public, but I know within the <unk> about when someone is considered dead.
And our ancestors had never had to do it with this question of whether someone was dead.
As a lot of a lot of him put a pen in front of the nose and he moved it still not <unk>
If he stopped moving the <unk>
But today, we can, for example, to take vital organs from a body and put them on another body.
And as a result, we need to deal with a dilemma to actually determine death of somebody. And this puts us in a difficult situation where we don't have the simple categories of the past.
And you might think that this explosion of categories could be having someone like me.
In politics I'm progressive, giving people with unusual objects, but I have to admit that it gives me nervous.
And so these categories are far more fragile than we were thought to be <unk>
It took away from the concept of democracy.
And to tell you about this tension first, I have to admit that I'm a fervent fan of <unk>
I know they were <unk> I know they were <unk> but they were big.
I mean, they were so brave and bold and so radical in what they did, that I find each other and seeing that musical <unk> <unk> and not for the music, which is totally <unk>
That's why happened in <unk> with <unk> <unk>
The <unk> <unk> were -- to me, the first activists of the anatomy and I explain why.
What they <unk> was a <unk> concept, and they encouraged him with another who was radical and beautiful and stayed for 200 years.
And as you all remember, what we <unk> our <unk> <unk> was the idea of <unk> The monarchy was based on a very simplistic concept of anatomy.
The monarchs in the old world didn't know the DNA, but they had clear the idea of birth.
They had the concept of blue blood.
They were from the idea that the political power was coming into political power by the right of blood passed through the grandfather and then the son, and so on.
<unk> <unk> rejected that idea and replaced it by a new concept, and that concept was that all men are created equal.
They took the game field and they decided that the anatomy that mattered was the anatomy in common and not the differences, that was a very radical thing.
And partly they were doing it because they were part of a <unk> system where two things were <unk>
It was <unk> democracy and at the same time <unk> science.
And it's very clear, if you look at the story of the <unk> <unk> that many were very interested in science and in the idea of a world <unk>
They were <unk> of the <unk> explanations and therefore <unk> the concept of power <unk> transmitted by a vague idea of birth.
They were moving towards a <unk> concept.
And if you look at it, for example, the Declaration of Independence is talking about nature and God's God.
They don't talk about God and the nature of God.
They speak about the power of nature to tell us who we are.
And in a consequence they were passing the idea of <unk> coincidence.
And in doing so, they were laid out the foundations of the future rights movement.
They didn't think about it, but they did it for us, and it was great.
And what happened years next?
And the women were <unk>
Then he came the movement of the Civil Rights Movement with people of the <unk> <unk> saying, "I'm not a <unk>
We found men in the rows of the Civil Rights Movement who said, "I'm a man."
And again, people from color that are <unk> on the <unk> difference, and again, <unk>
We see the same with the <unk> movement.
The problem is, of course, as we look at the <unk> we have to start asking wonder why we keep certain <unk>
But attention, I want to keep some <unk> <unk> in our culture.
For example, I don't want to give a fish the same rights to a human.
I don't want to say that we should be <unk> by anatomy.
I don't want to say that the kids in five years should be allowed to have sexual relationships or married.
There are some <unk> <unk> which for me makes sense and that I think we should be able to support.
But the challenge is to try to figure out what they are, why keep them and make sense.
Well, let's go back to those two <unk> <unk> at the beginning of this talk.
We have two <unk> both <unk> in the middle of 1979 exactly the same day.
Imagine that one of them, Mary, was born three months before time: June 1, 1980.
So Henry, in the contrary, I was born at March was born March March <unk>
For the only fact that we were born three months before Mary are attributed to all the rights three months before Henry -- the right to the sex consent, the right to the vote, the right to <unk>
Henry has to wait for all of that not because it has a biological age, but because it was born later.
We found other <unk> in relation to their rights.
Henry, just by virtue of being considered -- if I haven't told you if it's <unk> in virtue of being considered a man now to be a guy who's been considered to be a legal <unk> that Mary doesn't have to worry about.
Mary, on its hand, does not have the same rights that Henry in all states, for example.
Henry can marry all of the states with a woman, but Mary can marry a woman in some states.
So they still do <unk> categories that are <unk> in various ways, and <unk>
And now the question is, what do we do now that science took so much in the field of the anatomy that we got to the point of having to admit that a democracy based on the anatomy could be <unk>
I don't want to give up the science, but at the same time sometimes I feel like science is <unk>
Where do we go from here?
It seems like what happens in our culture is a kind of attitude -- "Well, we have to draw the line on some part, so we're going to do."
But many people are stuck in a rare position.
For example: Texas at some point has decided to marry a man don't have to have chromosome and get married with a woman and have to have <unk>
Now, in practice, they don't make people prescribe to people.
But this is also very strange because of the story that I told you to the beginning of the syndrome that <unk>
If you look at one of the founding parents of modern democracy, Dr. Martin Luther King, in his speech <unk> in his speech to <unk> offers a solution.
It says that we should judge people <unk> not in their skin color, but in the content of their <unk> going beyond anatomy.
And I want to say, "Yeah, the idea looks pretty good.
But in practice, how do you do this?
How do you judge people based on the content of their <unk>
I also want to point out that I'm not sure that we should be able to do this for women's rights to people, because I will admit that I know some of the <unk> <unk> who probably deserve more of the social services than some human I know.
I also want to say that maybe some <unk> that I know can be able to make more decisions and smart and <unk> about their sexual relations that people from 40 I know.
So how do we put the theme of content <unk>
It turns out.
And one part of me asked what would happen if the character of a person could be measured with an instrument, maybe with an MRI machine.
Do we really want to get at that point?
I'm not sure where we go.
What I know is that it seems to be very important that the United States will continue this current thinking of thinking about democracy.
We've done a good job in defense of democracy and I think we're going to make a good job in the future.
We don't live, for example, in a context like Iranian where a man who feels attracted to other men is susceptible to being killed -- unless they're willing to be killed to a change of sex in which case you can live in.
We're not in that situation.
I'm glad to say that we don't have a context like the one that I talked about a couple of years ago that I had made a couple of years ago that I had made a couple of years ago to then pick them up, and so they would take their name.
But when the phone asked her of the operation, he was a very <unk> operation, and he said that in that other country, these kids would be very <unk> and therefore they had to do it.
And I said, "Well, it's considered the political asylum instead of separation <unk>
The United States offers huge possibilities for people to be who are <unk> to change the way for the state.
So I think we have to be in the head.
Well, to finish up I mean I've been talking a lot about the <unk>
And I want to think about what the democracy would be, or as it could have been, if we had higher participation in the <unk>
And I want to say something a little bit radical for a <unk> and that is that I think there may be different ideas coming from different <unk> -- particularly if there are people thinking in a group.
For years, since I've been interested in the <unk> I've also been interested in researching the sexual difference.
And one of the things that has been interested in are the differences between men and women in terms of thinking and operating in the world.
And what we know about <unk> studies is that women, on average, not all, but in <unk> tend to pay more attention to complex social relationships and to deal with those who are <unk> within the group.
And if we think about that, we have an interesting situation in our hands.
So years ago, when I was in graduate school, one of my advisers who knew I was interested in feminism <unk> I considered <unk> as <unk> made me a <unk>
<unk> what has the female <unk>
And I thought, "It's the dumbest question I have heard.
Feminism has to do with rid of the stereotypes about gender stereotypes -- so there's nothing female in the <unk>
But the more I have thought about your question, the more it has been something like there is female <unk>
I mean, there might be something, on average, something different between the female and the male and the male that makes us more <unk> to complex social relationships and willing to help the most vulnerable.
So if I did the <unk> they were very excited to find the way to protect the people in the state, it is possible that they have more <unk> to this concept, maybe we would have enriched the concept of protection with the <unk>
And maybe that's what we need to do in the future when we make democracy more than <unk> to think about the individual body, in terms of identity and thinking more about relationships.
So while we're trying to create a more perfect union we think about what we do for each other.
Thank you.
In 2007, I decided that we had to rethink how we thought about economic development.
Our new goal should be that when every family thinks where to go to live and work, has the possibility to choose between at least a handful of different cities that are competing for attracting new residents.
Well, at this point, we're far from that target.
There are billions of people in developing countries who don't have a single city to <unk>
But the amazing thing about cities is that they are worth much more than their cost of construction.
So we could easily reach the world -- maybe hundreds of new cities.
Well, this may sound absurd if you've never thought about new cities.
But we just slept by apartment building.
Imagine that half of those who wanted to live in apartments already were owners and that the other half is still not missing to do it.
You might try to increase the ability to do <unk> in all existing buildings.
But you know that the problem that we <unk> is that those buildings and the areas that surround them have rules to avoid the <unk> and the distractions that build for construction.
So it would be very difficult to do all those <unk>
But they could go to a completely new, new place, building a single apartment building completely new, always and when the rules of that place would turn the construction instead of putting it <unk>
So I proposed that governments were using new large enough zones to contain cities and gave them a name, cities under <unk>
I later learned that more or less at the same time, <unk> and <unk> were thinking about the challenge of Honduras.
They knew that every year around 75,000 <unk> would come out of their country to go to the United States, and they wanted to ask what they could do to make sure that those people could stay and do those same things in Honduras.
In the summer of 2009, <unk> happened for a constitutional crisis.
In the next regular elections, <unk> <unk> took a platform in which they <unk> reforms and at the same point, reconciliation.
He asked <unk> who was his head of <unk>
Meanwhile, I was preparing to give a talk in TEDGlobal.
Through a process of <unk> trial and error and a huge amount of tests with users, I tried to reduce this complicated concept of cities under <unk> to its most fundamental ideas.
The first point was the importance of the norms, like those rules that say you can't go and pick all the current apartments.
It takes a lot of attention to new technologies, but it takes both of the technologies to <unk> and usually they are the rules that prevent us forward.
In the fall of 2010, a friend of Guatemala sent to <unk> a link to the TEDTalk.
I showed it to <unk>
They called me.
They said, <unk> this to the leaders of our <unk>
So in December we sat together in Miami, a conference room.
I tried to explain to you this point about how valuable cities are much more valuable than their cost <unk>
And he used this picture that shows the value of land in a place like New York City <unk> which in some cases, are worth thousands of dollars per square meter.
But it was a pretty abstract argument and at some point, when there was a pause, <unk> said, <unk> maybe we could see the video of the <unk> talk.
And the talk described in very simple terms that a city under <unk> is a place where it starts with <unk> terrain -- a charter that <unk> the rules there and a choice so that people can choose if they want to go or not live under those norms.
So the president of <unk> I was called and told me that we had to do this project, this is important, this could be the way for our country to move forward.
He asked me to be <unk> and I would talk about the four and five of January.
So I presented another talk full of data, which included an image like this, which was trying to explain that to make a lot of value to a city, this has to be very big.
This is a picture of <unk> and the white line is the new airport that built in <unk>
Just this airport covers over 100 square miles.
So I was trying to convince the <unk> that to build a new city, you have to start with a site that is about 3,000 square miles.
That's more than 100,000 acres.
Everyone <unk> <unk>
The faces of the audience were very serious and <unk>
The <unk> came up to the platform and said, <unk> <unk> thank you very much for his talk, but maybe we could see the video of the TEDTalk.
I have this in my <unk>
So I sat down and showed the TEDTalk.
And this explained the <unk> that a new city can offer new choices for people.
There would be an option for a city to the one that could go in <unk> rather than hundreds of miles away into the North.
And they also <unk> new choices for leaders.
Because the leaders of the government of <unk> would need help from <unk> countries, could benefit from the countries associated with them to help them establish and make the <unk> rules so that they all could trust the charter actually <unk>
We went and saw a site.
This picture is from there.
It could easily take a thousand square miles.
And shortly after, the 19 of January, voted in Congress to <unk> their Constitution and add a constitutional arrangement that would allow these special regions of development.
In a country that had just passed through this <unk> crisis, voting in Congress for this constitutional <unk> was from <unk> to one.
All the parties, all the <unk> in society, the <unk>
For <unk> in the constitution, you have to pass twice in Congress.
On February 17 was passed on another voting age of <unk> to one.
Immediately after the voting of 21, 21 to February, a <unk> shifting <unk> went to two places in the world that are more interested in engaging in building cities.
One of them is South Korea.
This is a picture of a new big city center that is building in Korea, is larger than the center of Boston.
Everything you see there was built in four years, after it went four years ago by getting the <unk>
The other country interested in building cities is Singapore.
In fact, they've built two cities in China and they're preparing for a third.
And if you think about this <unk> this is the point where we are.
They have a place, and they're already thinking about a place for the second town.
They are preparing a legal system that would allow for <unk> <unk> and then would allow for <unk> to operate under an external legal system.
A country has committed to allow his Supreme Court to be the ultimate court for this new justice system.
There are urban planners and cities that are very interested in the project.
They can even get some funding.
But the only thing we know you've already solved is that they have a good number of people.
There are a lot of companies that wanted to be installed in the <unk> especially in a place with an area of free trade, and there's a lot of people who would like to go in there.
In the world there are 700 million people who say they would like to change immediately another place.
There's a million a year coming out of Latin America to go to the United States.
Many of them are parents who have to leave back to their family to go back to their family to get a job, and sometimes they are mothers who have to make money for just eating or buying clothes.
Sadly, sometimes there are even kids who are trying to meet their parents who haven't seen, in some cases in a decade.
So what do you think about building a new city in <unk>
Or do you build a dozen of these, or a hundred of these around the world?
What does it look like to think about insist on so that families can choose between various cities that are competing for attracting new <unk>
This is an idea worth spreading.
And my friends, <unk> asked me to say, "Thank you TED.
I'm a <unk> and this is my <unk>
But before I showed you what there is here, I'm going to make a public confession -- and that is, I live obsessed with <unk>
I love to find, literally, and more recently, photographing and publish in my blog and colorful <unk> blog and different for every time.
But I don't buy anything new.
All of my clothes is a second hand of <unk> markets and <unk> stores.
Ah, thank you.
The <unk> stores allow me to reduce the impact of my <unk> in the environment and in my <unk>
I go to meet people who are passionate about, usually my money goes to a good <unk> My thing is <unk> and buying my own personal search for <unk>
I mean, what am I going to find today?
I will be from my size?
I love <unk>
It will cost less than 20 dollars?
If all of the answers are positive, then I feel that I won.
To go back to my <unk> I want to tell you what I would find for this exciting week at TED.
I mean, what brings somebody out of that <unk>
So I'm going to show you exactly what suit.
I've brought seven pairs of clothing and nothing else.
<unk> inside for a week is all I've put in my <unk>
I thought it would be able to find everything else that I would like to use after here to Palm <unk>
And since I don't know me as the woman who walks at TED in underwear, -- that means that I found some things.
And I'd like to show you now the set of sets for this week.
It doesn't sound interesting?
As I do, I'm also going to tell you some of the lessons of life that, believe it or not, I've learned in this adventure of not using new clothing.
Let's start with Sunday.
I call this brilliant tiger
You don't have to spend a lot of money to look good.
You almost always see phenomenal for less than 50 dollars.
All the together, including the <unk> it took me <unk> and it's the most expensive thing I've ever used in the week.
<unk> color is energy.
It's almost <unk> impossible to be <unk> when you're wearing a bright red <unk>
If you're happy, you're going to attract other happy people.
<unk> The integration is <unk>
I've spent a lot of time in life trying to be myself and at the same time <unk>
I just know yourself.
If you get rid of the right people -- not just <unk> you are also <unk>
<unk> <unk> of the child that you get in.
Sometimes people tell me that it seems to be playing the <unk> or I remember her <unk>
I like to <unk> and say, <unk>
<unk> trust is the key.
If you think you look good at something, it's almost secure you are.
And if you think you don't look good at something, it's probably true.
My mother taught me this day after day.
But it wasn't until the 30 years that I really understood its meaning.
And I'm going to explain it in a few seconds.
If you think you're a beautiful person inside your interior and outside there are no way you can't <unk>
So there's no excuse for anybody in this audience.
We must be able to achieve everything we want to do.
Thank you.
<unk> a universal truth six words for you: The gold <unk> go with everything.
And finally, <unk> <unk> a personal style, and it's a great way to tell the world something about you without having to say a word.
I tested it over and over again when people were approaching me this week, just so I was using it, and we had fantastic conversations.
Obviously this is not going to go into my little <unk>
So before I went home in Brooklyn, I'm going to donate the whole thing.
Because the lesson that I'm trying to learn this week is that you have to leave certain things.
I don't need emotionally emotionally to these things, because around the corner, there will always be another crazy <unk> colorful and bright <unk> if there's a little bit of love in my heart and <unk>
Thank you very much.
Thank you.
This is a representation of your brain that we can divide in two parts.
The left side, which is the logic -- and the right side, which is the intuitive part.
So if you look at a scale to measure the <unk> of each other, we could design a blueprint for our brain.
For example, this would be someone who is completely logical.
This would be somebody who is totally intuitive.
So where do you take your brain at this scale?
Some <unk> for one of these extremes, but I think for most of the members of this audience, their brain is something like this -- with a great <unk> in both <unk> at the same time.
Not that they're mutually <unk>
You can be logical and intuitive.
I consider myself one of those people, that just as most of the other quantum physicists -- we need a lot of logic to <unk> these complicated ideas.
But at the same time, we need quite intuition to make the experiments really work.
How do we develop this <unk> Well, we like to play with things.
We get to play with them and then we look at the <unk> and then we develop our intuition from that point.
And actually, you do the same thing.
<unk> intuition that you can have developed over the years is that it says one thing can be only in one place at once.
That is, it may sound weird to think that one thing is in two different places at the same time, but you weren't born with this <unk> <unk>
I remember looking at a kid playing on a parking bar.
It was a small child, and he didn't do it very well, it was always <unk>
But I bet the play with that parking lot has taught him a valuable lesson, which is that big things don't allow the <unk> and they stay in a place.
This is a great conceptual model that you can have in the world, except to be a physicist of particles.
It would be a terrible model for a particle physicist because they don't play with <unk> and play with these strange particles with these little particles.
And when they play with their particles, they discover that they do all kinds of really weird things -- how they can go through walls, or they can be in two different places at the same time.
And then they wrote all these observations, and they called it theory of quantum mechanics.
At that point it was the physics of a few years ago; you needed of quantum mechanics to describe those little particles.
But you didn't need it to describe the large objects around us every day.
That doesn't fit very well to my intuition, and maybe it's because it's not very often with particles.
Well, sometimes I play with them, but not a lot.
And I've never seen them.
I mean, nobody saw a <unk>
But it also doesn't fit to my logical part.
Because if it's all made of small particles and all the little particles follow the principles of quantum mechanics, so I shouldn't have all on the principles of quantum <unk>
I don't find the reason why it shouldn't have been.
And therefore I would feel much better if I could somehow show that a common object also follows the principles of quantum mechanics.
That's why a few years ago, I proposed to do exactly that.
And I did.
This is the first object that you can see has been in an overlap of quantum mechanics.
What we see here is a little computer chip.
And you can try to see the green dot right in the middle.
That's the little bit of metal that I'm going to talk about in a minute.
This is a picture of the object.
And here I'm going to zoom in a little bit.
And then here we do a very good look at the small <unk>
What we see is a little bit of metal, a little bit of a springboard and that <unk> <unk> on a platform.
And then I did this almost in the same way that you would do a computer chip.
I went to a clean room with a new silicon chip and put all the big machines for about 100 hours.
For the last material, I had to build my own machine -- to make this <unk> <unk> <unk> that is under the device.
This device has the ability to be in an quantum overlap but for it it needs some help.
Let me make an analogy.
You know how awkward it is to be in an elevator full of people.
I mean, when I am in an elevator alone, I do all sorts of weird things, but then when other people go up with you to do those things, because I don't want them to tell them, or, actually, they <unk>
Quantum mechanics says that inanimate objects behave in the same way.
The journey of <unk> objects are not just people, it's also the light that goes down and the wind that goes on and the heat of the room.
So we knew that if we wanted this little piece of metal to behave according to quantum mechanics, we would have to <unk> all the other passengers.
And that's what we did.
<unk> the lights, then we introduced a Hoover and pull it all the air, and then you put it down to a temperature of less than a degree above zero zero.
Now, when you're just in the <unk> the little piece of metal is free to act like it.
So we measured their movements.
We discovered that they moved in very strange ways.
Instead of staying still, it was <unk> and the way it was <unk> it was like a breath in this way -- like a <unk> which is expanding and <unk>
And by giving it a soft, we were able to make it <unk> and that I didn't give at the same time -- something that just happens with quantum mechanics.
So what I'm telling you is something really fantastic.
What does it mean that a <unk> thing -- and they didn't say that at the same time?
Let's think about atoms.
In one case, all the trillion atoms that make up that piece of metal are still still and at the same time those same atoms are moving up and down.
It's just in certain <unk> when those are <unk>
At the rest of the time they're <unk>
It means that every atom is in two different places at the same time, which means that the whole piece of metal is in two different places.
I think this is great.
Seriously.
But it was worth caring in a clean room to do this for all those years, because, look at this, the scale of a scale between one atom and that little piece of metal is roughly the same as the difference between that little piece of metal and you.
So if one single atom can be in two different places at the same time, and that piece of metal can be in two different places, why don't you too?
I mean, it's my kind of logical part of speech.
So imagine if you were in many places at the same time, how would that be that?
How do you act your consciousness if your body was <unk> in space?
There's another part of the story.
And it's when we <unk> and we turned the lights and we looked inside the box, we saw that the metal kept there in one piece.
And I was able to get to this new intuition, seemingly all of the objects in the elevator are actually only quantum objects that are just holding into a small space.
You hear a lot about that quantum mechanics claims that everything is interconnected.
Well, that's not so bad.
It's more profound.
It's that those connections, your connections to all the things around you, literally define who you are, and that's the deep queerness of quantum mechanics.
Thank you.
My name is <unk>
And 18 months ago I was doing another job at Google, until I launched the idea of doing something about museums and art to my boss that's here and let me take it out.
It took me 18 months and it took me.
I have a lot of negotiations and stories, with 17 very interesting museums of nine different countries.
But I'm going to focus on the <unk>
There's a lot of stories about why we did.
I think my own story explains just on this slide, and this is access.
I grew up in India.
I had a great education -- not <unk> but I didn't have access to many of these museums and works of art.
So when I started traveling and go to museums, I began to learn a lot.
And working on Google, I try to make the desire to make it more accessible through technology.
So we formed a team, a great team of people, and we started doing it.
Better than I show the demo to then tell you a couple of interesting things that we have done from his launch.
So, let's get to <unk>
Look around all the museums there are.
Is the gallery <unk> the <unk> <unk> <unk> <unk>
I actually go into one of my favorites, to <unk> the art museum of New York.
There are two ways to do it -- very simple.
We click on and, <unk> we're in the museum.
No matter where they are, <unk> or <unk> that doesn't really matter.
You move around and <unk>
They want to navigate the <unk>
We open the blueprint on the top, and with one click, we jump inside.
They are inside, that you want to go at the end of the room.
They go forward. That is <unk>
<unk>
Thank you, but I haven't reached the best.
Now I'm in front of one of my favorite paintings, "The <unk> of <unk> <unk> in the <unk>
I see the sign <unk>
If the museum shows us the image, we click there.
Look, this is one of the images.
Here's all the information <unk>
For those of you who are really interested in art, you can click there, but I'm going to click here right now.
And this is one of the images we've captured on what we call the <unk> technology.
So this image, for example, <unk> I think, about 10 billion <unk>
And there are many people who ask me, "What do you get with 10,000 billion <unk>
So I'll show you what you really get to 10 billion <unk>
You can zoom around very simple.
You see things that are going on.
I love this guy, his expression.
But if you really want to be <unk>
So I started to play, and I found something that was happening there.
And I said, "Wait a moment, this seems <unk>
I went in and discovered that kids were actually playing something.
I did a little bit, I talked to some people from the <unk> and I actually discovered that this is a game called <unk> which is to hit a <unk> with a stick on the Tuesday Tuesday <unk>
And apparently it was very popular.
I don't know why they did, but I've learned something about it.
And now we're going to get even deeper and you'll see that you can actually become the cracks.
Now just to give you a little bit of perspective, I'm going to move the image, so you'll actually see what it is.
This is where we were, and this is the painting.
The best thing is for coming, a second.
So now we're quickly going to jump back at MoMA in New York.
Here's another one of my favorite <unk>
The example I showed was to find detail.
But what if you want to see the <unk>
And if you want to see how Van Gogh actually created this piece of <unk>
It goes up and really <unk>
I'm going to one of my favorite parts in this picture, and I'm really going to get to the cracks.
This is <unk>
I'm going to show you another one of my favorite functions.
There are a lot more things here, but I don't have time to <unk>
This is the really cool part. It's called <unk>
All of you, absolutely everyone, no matter whether it's rich or poor, or if you have a <unk> that gives you the same.
You can online create your own museum, to create your own collection from all these images.
It's very simple, we walk in, I've created this function that I call "The power of <unk> -- we just made a zoom around.
This is about "The National Gallery in London.
You can write things, send it to your friends and keep a conversation about what you feel at looking at these <unk>
So in conclusion, I think that for me, the main thing is that all of the amazing things really don't come from Google.
No, in my opinion, even either.
Maybe I shouldn't say this.
Actually, they come from those artists.
And that has been my humble experience with this.
I mean, I hope that in this digital medium makes justice to its artwork and that is represented properly online.
And the great question that they do today is: "You did this to repeat the experience of going to a <unk>
And the answer is no.
It's to supplement experience.
And that's it. Thank you.
Thank you.
Good evening everybody.
I have something to show you.
Think of it is a <unk> a pixel <unk>
In our lab we call it design sensitive.
I'll tell you a little bit about this.
If you look at this picture -- I'm from Italian, Italian, all the kids in Italy grow up with this picture on the wall of his bedroom. But the reason I show you this is that it has happened very interesting in <unk> racing racing over the last two decades.
So some time, if you wanted to win a career of <unk> one, it took a budget and they would take it to a good car and a good car.
And if the car and the pilot were good enough, you made the race.
This is what in engineering, the control system is <unk> in real time.
It's essentially a system that has two <unk> a sensor and a <unk>
Now what's interesting is that the real-time control systems are starting to get into our lives.
Our cities, in the last few years, have been covered with networks and electronics.
They're becoming a <unk>
And as <unk> are starting to respond differently and they can be <unk> and <unk>
<unk> cities is a big thing.
As a note -- I wanted to mention that cities are only two percent of the crust of the planet, but they represent 50 percent of the population population.
75 percent of <unk> consumption and 80 percent of the CO2 emissions.
If we could do something with the cities, it would be a big thing.
Beyond cities, all these <unk> and <unk> are entering our everyday objects.
This is from a <unk> exhibition for the end of the summer during the summer.
It's called <unk>
Well, our objects, the environment, they start <unk>
So in some way it is like almost all of the existing atoms become sensors and <unk>
And that is completely changing the interaction that we humans have with the outer environment.
In some sense it's almost like the old dream of Miguel <unk>
You know, when Michelangelo <unk> the <unk> it says that at the end of the hammer took the hammer and he threw it back in the Moses -- you can still see a little <unk> a <unk> and he said screaming, <unk> non <unk> So what don't you do <unk>
Well, today, our environment starts to <unk>
And I'm going to show you just a few <unk> insisting on the idea of getting the environment and run something.
Let's start with the detection.
The first project I wanted to share with you is really one of the first projects of our lab.
This was four and a half years in Italy.
It was a summer in 2006.
It was the year when Italy won the World Cup <unk>
Maybe some of the remember -- they were playing Italy and France, and at the end of the <unk> gave the <unk>
And anyway, I just won Italy.
Now let's see what happened that day by looking at activity on the network.
Here we see the city.
You see the <unk> in the middle and the river <unk>
It's the morning before the game.
The time line is at the top.
So early there are people around here and there are doing some <unk>
It starts the <unk> silence.
<unk> of France.
<unk> people make a call to the bathroom.
Second time. End of time.
First <unk> second.
<unk> and at a moment, the <unk>
<unk> Italy, <unk>
That night all went to <unk> at the center.
You see the big summit.
The next day everyone went to the center of the winner and the first minister of the prime team then.
And then everybody went down.
You see the image of the place called <unk> <unk> where, since <unk> <unk> people are going to <unk> is a great party, you can see the peak at the end of the day.
This is just an example of how you can measure the pulse of the city in a way that we wouldn't have done just a few years ago.
Another quick example of <unk> not about people, but things we use and we consume it.
Today, we know everything about the provenance of our objects.
This is a map that shows all the chips that make up a <unk> how do you <unk>
But we know very little about where things are.
So in this project we developed some small tags to track the trash in their shift through the system.
We started by volunteers who helped us in Seattle little more than a year ago to label what they were <unk> different kinds of things, as you can see, things that all of you might have been <unk>
Then we put a little chip, one tag on the trash and then we started <unk>
These are the results.
From <unk>
After a week.
With this information, we realized that there are a lot of <unk> in the system.
We can do the same with much less energy.
These are data that didn't exist before.
They're happening things that are complicated and there is a lot of <unk>
But the other thing we believe is that if you look at every day that the cup that we <unk> not is that it's still somewhere on the planet.
If the plastic bottle that we put on a day is still still there.
If we show it to people, then we will be able to promote some change of behavior.
That was the reason for the project.
My colleague at MIT, <unk> <unk> could tell us a lot more about detecting and lots of other great things that we can do with that, but I wanted to go to the second part that we talked about at the beginning, which is <unk> on the environment.
And the first project is something we did a couple of years ago in <unk>
It all started with a question of the mayor of the city, which came and told us that Spain and South Europe have a beautiful tradition of water use in public spaces.
And the question was, how can technology look like to join that?
And one of the ideas that we develop at MIT, in a workshop was, imagine you have a <unk> and you have <unk> tubes that open and <unk>
It was created as a <unk> of water, with water.
If you fall down the pixels -- you can write it into them, showing patterns, images, <unk>
And by the <unk> the curtain was going to open up so that we could go, as you see in the image.
We introduced this to Mayor <unk>
He liked it a lot.
And we <unk> a commission to design the building to the entrance to <unk>
We call it a <unk>
The whole building is made of water.
No windows, but when you come up with it so that you can go through.
The ceiling is also covered with water.
And if there's a little bit of wind, if you want to minimize the <unk> you go down the roof.
Or you can close the building and all the architecture disappears, as in this case.
Those days will always have somebody in the winter, when you go down the roof, someone who was there and said, <unk> the <unk>
No, it's not that they've been <unk> but when it comes down almost all the architecture goes away.
This is how it works.
You see people who are <unk> so it goes in.
And here I'm myself trying not to be able to get the sensors that open the water.
I think I should tell you what happened one night when all the sensors stopped working.
That night was actually even more funny.
All the children of <unk> came to the building, because the way we interact had changed a little bit.
It was no longer a building that was open to let you go, but a building that was still making cuts and water holes, and you had to jump to get wet.
<unk> noise) And for us that was very interesting because as architects, engineers, designers, we always think about the use of people to give our designs.
But then the reality is always unpredictable.
And that's the beauty of doing things to interact with people use.
This is a picture of the building with the physical pixels -- the pixels and of water on them.
And this is what led us to think about the next project I'm going to show you.
Imagine that those pixels could start to fly.
Imagine you could have small helicopters in the air, and that each one had a small pixel that changes color as if it was a cloud that moves in space.
This is the video.
Imagine a helicopter, like the one we saw before, which moves with other in synchrony.
We could form this cloud,
A kind of flexible screen like this with a normal configuration in two dimensions.
Or in three dimensions, what it changes is light, not the position of the <unk>
You can play with a different guy.
Imagine that the screen would appear in different scales and sizes, in different kinds of resolution.
And then that could all of that could be a cloud of pixels in 3D where you can get anywhere close and you can see from very different <unk>
This is the real <unk> <unk> going down to form a <unk> like before.
When the light turns out, you see this. The same thing we saw before.
Imagine each of them being controlled by one person.
We can have each pixel with an input that comes from people, from the movement of people, etc., etc.
I want to show you something for the first time.
We've been working with <unk> <unk> <unk> of the best dancers of <unk> today, the star of New York City and <unk> <unk> to capture their 3D movements and use it as input for <unk>
Here we can see <unk> dancing.
On the left you see the <unk> <unk> <unk>
So this is so much 3D digitization in real time as it capture.
It can spread all the movement.
You can run all the way.
And once we have the pixels -- we can play with them, with color and movement, with gravity and <unk>
We want to use this as a possible input for <unk>
I wanted to show you the last project that we're working on.
This is something for the London Olympics.
It's called the <unk>
And the idea is, imagine again, that we could get people involved in order to do something and change our <unk> environment like a <unk> farm like a <unk> but in a cloud.
Imagine that we could make everyone <unk> a little bit for a <unk>
And I think what remarkable thing has happened in the last few years is that, in the last two decades, we move from the physical world to the digital world.
We've got everything, like knowledge, and it's accessible to the Internet.
Today, for the first time -- and the Obama campaign is <unk> we can move from the digital world of the power of the networks, the physical world.
In our case, this may be able to use it to design and make a <unk>
That would mean something built in a city.
But tomorrow it can be to address the challenges of today: think about climate change or CO2 emissions. How do you move from the digital world to the <unk>
The idea is that we can make people engaged in doing this together, by the collective form.
The cloud is a cloud, again, made of pixels in the same way that the real cloud is a cloud cloud.
And those particles are water, while in our cloud are <unk>
It's a physical structure in London, but covered with <unk>
You can move inside, having different experiences.
You can see it from the bottom, serve to share the main moments of the 2012 Olympics.
So it's a lot of physical cloud cloud as something you can go up, like a new top of London.
You can go in there.
As if it was a new digital <unk> at night, but the most important thing is that it will be a new experience for anybody to go to the top.
Thank you.
Would you like to be better than they are.
Suppose I told you that, with only a few changes in your genes, they could improve the <unk> for more accurate accurate, more accurate and faster.
Or maybe they would like to be in better form, will be stronger -- to have more <unk>
Would you like to be more attractive and safe to themselves?
How about good health?
Or maybe be those people who always wanted to be more creative.
What is it that they were doing most of?
What would you want, if you could choose something?
<unk> of the Audience: <unk>
How many people would we <unk> creativity?
Raise your hand. Let me see.
<unk> probably got to the number of creative people.
That's really good.
How many choose memory?
A few more.
And the <unk> state.
A little less.
How about <unk>
Oh, most people, that makes me feel very well as a doctor.
If you could have some of this the world would be very different.
It's just <unk>
Or maybe it's possible?
Evolution has been a <unk> subject here at the TED Conference but I want to give you a look at a doctor on the subject.
The great <unk> of the 20th century, <unk> <unk> which also <unk> in the <unk> Church -- wrote an essay called "Nothing in biology makes sense except for the light of <unk>
But if effectively accept biological evolution, consider this: it's just the past, or the future?
Does it mean each other or us?
This is another look at the tree of life.
The human part of this branch, well at one end, is, of course, the more we're interested.
<unk> from a common ancestor with modern chimpanzees about six or eight million years ago.
In the period there have been maybe 20 or 25 different species of <unk>
Some of them have gone and <unk>
We've been here about <unk> years.
It might seem to be very far from other parts of this tree of life, but actually in most of the most basic skills of our cells is roughly the same.
You realize that we can harness and control the machinery of a common bacteria to produce the protein of human insulin that is used to treat <unk>
This is not like human insulin -- but it's the same protein, which is <unk> <unk> of which you get out of all of it.
And by talking about bacteria -- you realize that we all take in the youngest intestine than the cells we have in the rest of the body?
Maybe 10 times more.
I mean, think think about -- when Antonio <unk> you ask you the <unk> you think of the <unk>
The gut is a beautifully <unk> environment for those bacteria.
It's warm warm -- it's very <unk>
And we're going to give them all the nutrients that they can want without effort from their part.
It's really like a quick pathway for bacteria with the occasional disruption of any rush <unk> to the output.
But by others, we are a wonderful environment for those bacteria in the same way that they are essential for our life.
They help digest nutrients <unk> and they protect us from certain diseases.
But what would we tell us?
We're in a kind of evolutionary balance as a species?
Or to become something different, something perhaps better adapted to the <unk>
In this vast symphony <unk> of the universe, life on Earth is like a brief <unk> the animal kingdom, like one and unique <unk> and human life, a little note of grace.
That was us.
And it was also the <unk> of this talk, so I hope they've been <unk>
When I first went to college, I had my first kind of biology.
I was fascinated by the elegance and the beauty of biology.
I fell in love with the power of evolution, and I realized something fundamental in most of the existence of life, in the <unk> organisms, each cell simply divide and all the genetic energy from that cell is transmitted to two cells.
But when the organisms appear -- things start to change.
It goes through sexual reproduction.
And something very important, with the emergence of sexual reproduction.
In fact, you might say that the <unk> of the death of the body comes into evolution at the same moment of sexual reproduction.
I have a confession to say that when I was a college student, I thought, well, <unk> <unk> death by <unk> it seemed quite reasonable at that time, but with every year that was happening, every time had more <unk>
I got to understand the feelings of George <unk> who even <unk> in Las Vegas in their late 90 years.
And one night someone hits his hotel door to his hotel.
He opens the door.
In front of him you find a magnificent dancer.
He looks at it and he says, <unk> you look for a <unk> <unk>
"It says, George, I chose the <unk>
I realized, as a doctor, who was working for a different aim for the goal of <unk> not necessarily <unk>
I was trying to preserve the body.
I wanted to get us healthy.
I wanted to restore health in the disease.
I wanted us to live more and healthier.
Evolution is about changing the genome to the next <unk> <unk> and <unk> generation after generation.
From an evolutionary point of view, you and I are as <unk> rockets designed to send the genetic burden to the next level <unk> and then let us fall into the sea.
I think that all of us, the feeling that expressed Woody Allen when he said, "I don't want to get the immortality through my work.
I want to <unk> you don't know.
Evolution doesn't necessarily take longevity.
It doesn't necessarily translate the bigger or the stronger or the faster or even the smarter.
Evolution led to the best creatures adapted to their environment.
That's the only test for survival and success.
In the bottom of the ocean -- the <unk> bacteria that can survive the heat of the <unk> that they <unk> if there were fish there, fish down to the vacuum there, yet they have managed to do that a <unk> environment.
So what does this mean when we look at what's happening in evolution and if we go back to thinking about the place of humans in evolution, and in particular, if we look forward, the <unk> phase -- I would say there are a lot of possibilities.
The first one is that we don't know.
We've reached a kind of balance.
And the underlying reasoning would be that through medicine, in first place, we've known a lot of genes that otherwise would have been <unk> and cut out of the population.
And secondly, as a species, we have <unk> our environment to be adapted to us as we adapt to it.
And by the way, <unk> <unk> and <unk> so much that is no longer possible to have the necessary isolation for evolution.
A second possibility is that you produce an evolution of the traditional traditional type, imposed by the forces of nature.
And the argument here would be: that the gears of evolution roll slowly, but they're <unk>
And in terms of the <unk> when the species, distant planets are going to be the isolation and environmental changes that can produce natural evolution.
But there's a third possibility, a sexy possibility -- intriguing and terrifying possibility.
I call it <unk> the new evolution, which is not simply <unk> but <unk> and elected for us as individuals in the decisions that we have.
Now, how could this happen?
How could we get to do this?
First, consider the reality that many people today, in some cultures, are making decisions about their offspring.
In some cultures, they are choosing to have more males than women.
It's not necessarily good for society, but it's what you choose to make the individual and family level.
Think about it as well as possible to be able to choose not just sex from their <unk> but in your own body making genetic adjustments to cure or prevent disease.
And if we could make genetic changes to remove diabetes or Alzheimer's or reducing the risk of cancer or eliminate the <unk>
You wouldn't want to make those changes in their <unk>
If you look at the future that kind of changes will be increasingly possible.
The Human Genome Project started in 1990, 13 years old.
<unk> <unk> million dollars.
The next year of being done, in 2004, I could do the same job for 20 million dollars in three or four months.
Today, you can get a full sequence of the three billion base base base pairs at a cost near 20,000 and about a week.
We don't have a lot to make the human genome for <unk> and being more and more to reach of everyone.
You get those changes.
The same technology that has produced human insulin on bacteria can make viruses that aren't only going to protect us but they're going to induce <unk> against other viruses.
And there's no experimental trial in the course of the vaccine against the flu vaccine cells in a plant of tobacco plants.
Can you imagine a good thing to go out of the <unk>
That's actually today and the future is going to be more and more possible.
Imagine then only other little <unk>
They can change the cells in their bodies but if they could change the cells from their <unk>
And if you could change the sperm and the <unk> or change the <unk> egg <unk> and giving their children a better chance of a more healthy life, eliminating diabetes, to eliminate the <unk> reduce the risk of cancer?
Who doesn't want children more <unk>
And then, that same technology is <unk> that same engine of science that can produce the changes to prevent diseases are going to allow us to also have <unk> <unk> better memory.
Why don't you have the ingenuity of a Ken <unk> especially if you could get it to the next generation of the machine <unk>
Why don't you have a faster <unk> that allowed us to run faster and more <unk>
Why don't we live time?
This is going to be so far.
And when we are in conditions to pass this to the next generation, and we can adopt the attributes that we want to make the evolution of before in <unk>
We're going to take a process that normally would take a hundred thousand years, and we can take it to 1,000 years and maybe happen within the next hundred years.
These are elections that their grandchildren, or the grandchildren of their grandchildren, are going to have them.
We're going to use these choices in a better society, more successful, more <unk>
Or, we're going to choose many different attributes that we want for some of us but not for the others?
We're going to build a society that is more boring and more robust or more robust and more <unk>
This is the kind of question we're going to have to face.
And the deepest thing about everything: we're going to be able to develop wisdom and inherit the wisdom needed to make these <unk> decisions.
Just for worse, and before what I could do, these choices are going to depend on us.
Thank you.
Imagine a huge explosion when you're 3,000 meters.
Imagine a plane full of smoke.
Imagine a motor doing <unk> <unk> <unk>
<unk> <unk> <unk> <unk> It sounds terrifying.
Well, I had a single seat that day. He was sitting in the <unk>
It was the only one I could talk to <unk>
So I immediately looked at it, and they said, "No problem. Probably <unk>
And the pilot had already scratched the plane, and we weren't so far.
You could see Manhattan.
Two minutes later, three things happened at the same time.
And the pilot flew the airplane with the Hudson River.
Mostly that's not the <unk>
Hold the motors.
Imagine being on an airplane and without <unk>
And then he said three words.
The three words <unk> that I heard of heard.
He said, "Go for the <unk>
I didn't have to talk more about the flight <unk>
I was able to see it in his eyes.
It was terror. Life was <unk>
I want to share with you three things that I learned about myself that day.
I learned that everything changes in a second.
We have this list of things to do before you die, these things that we want to do in life, and I thought about all the people I wanted to come in, and I didn't, all the fences I wanted to repair all the experiences that I wanted to have and never <unk>
While I was thinking about it later, I came up with a sentence, which is <unk> wine <unk>
Because if the wine is ready and the person is there, I'm going to set it up.
I don't want to do anything in life.
And that urgency, that purpose, actually has changed my life.
The second thing that I learned that day -- and this is as I <unk> the George Washington, which was not for a lot -- I thought about, <unk> I really feel a big <unk>
I've lived a good life.
In my humanity, and my mistakes -- I've tried to get better in everything I did.
But in my humanity also gives rise to my ego.
And I am sorry for the time that it doesn't matter with people who do matter.
And I thought about my wife, with my wife, with my friends, with people.
And then, like <unk> on that, I decided to eliminate the negative energy of my life.
It's not perfect, but it's much better.
In two years, I haven't had a fight with my wife.
It feels like <unk>
I'm not trying to have <unk> <unk> <unk>
The third thing I learned -- and this is how your mental clock is going to be <unk> <unk> 14, <unk>
You see the water <unk>
I'm saying, "Please <unk>
I don't want this to be breaking out in 20 pieces as you see in those <unk>
And as I <unk> I had the feeling of, <unk> die not fear.
It's almost like we've been <unk> for it all our life.
But it was very sad.
I didn't want to love you, I love my life.
And that sadness is <unk> in a single thought, which is, I just wish one thing.
I wish I could see my children growing.
A month later, I was in a performance of my daughter -- first grade, not a lot of artistic talent -- <unk> And I scream, <unk> like a little boy.
And for me, that was the whole reason to be the world.
At that point, I understood that the two points, the only thing that matters in my life is to be a great father.
For all, the only goal I have in life is to be a good father.
He gave me a miracle, not to die that day.
And I was given another gift, which was the possibility to look at the future and come back and live in another way.
You guys are flying today, the challenge you imagine that the same thing happens to you on your plane -- and please not be that -- but imagine, and how do you start?
What are you going to do, they still expect to do because they think they're going to live forever.
How does your relationships change and the negative energy in them?
And most importantly, they are the best parents to be found.
Thank you.
I've been blessed with a lot of different projects.
But the most great thing I worked was for this guy.
The guy is called <unk>
<unk> was one of the most important '80s.
And one day he came home after he was running and said, "Dad, I feel a <unk> in the <unk>
And that was the beginning of ALS.
Today, it has total paralysis today.
You can only use your eyes.
Her work influenced me.
I have a design company and animation so that, obviously, graffiti is a intricate thing that we admire and <unk> in the art world.
So we decided that we were going to <unk> <unk> <unk> and their cause.
So I went and met with her brother and father and I said, "We're going to give you this money.
What are you going to do with <unk>
And his brother said, "Just I want to talk to Tony again.
I just want to be able to communicate with him and he's able to communicate with me."
And I said, "A second is not that you saw Stephen <unk> it's not that all people with paralysis can communicate through those <unk>
And he said, "No, unless you be an important person, and you have a pretty good insurance you can't actually do it.
These devices are not affordable for people."
And I said, "Well, how do you communicate then?"
Someone saw the movie "The <unk> and the <unk>
They communicate in that way, they go <unk> with the finger.
I said, "That's <unk> How could it be?"
So I presented with the only desire to deliver a check, and instead of that signed a check that I didn't have the least idea of how I was going to <unk>
I engaged with his brother and his father in that very precise moment, "All right, this is the <unk> Tony is going to be able to build a machine, and we're going to find a way to become his art again.
Because it is ridiculous that someone who has so much inside their inside cannot be <unk>
So I spoke at a conference a couple of months later.
I met these guys called <unk> <unk> Research <unk> who have a technology that allows them to project a light on any surface and then with a laser pointer that you draw on that and register negative space.
So they go around making art facilities like this.
All the things that <unk> they say, they're part of a life cycle.
They start with sexual organs, then with bad words, after the Bush attacks, and in the end, people start to make art.
But there was always a life cycle in his <unk>
And so the journey started.
And about two years later, about a year later, after a lot of organization and a lot of organization to move things on one side we had achieved a couple of things.
One is to touch the gates of the insurance companies and we get a machine to get it to <unk> a machine like Stephen <unk>
Which was great.
And seriously, it's <unk> I call it <unk> because when you talk to the guy you get an email from him, and you say, "Don't <unk> This guy is <unk>
The other thing that we did was bring seven programmers from all over the world of <unk> from every corner of the <unk> to our home.
My wife and I, and I moved into the back and these hackers and programmers and programmers and <unk> took control of the house.
Many of our friends thought we were doing something completely stupid and that when they were <unk> the frames of the walls and their place would have taken off.
But for two weeks, we were <unk> we went to the <unk> shipping walk -- my son was part, and we created this.
It's called <unk> <unk> and you can see the <unk>
These are a couple of giant sun glasses that we bought on the <unk> <unk> <unk> -- some copper wire and <unk> <unk> and Radio <unk>
We took a <unk> camera, we put it up on an LED light, and now there's a device that is free -- and it builds the same one, we published the software <unk> the software goes down for free.
And we created a device that doesn't have limitation at all.
There is no insurance company that says, "No."
There is no hospital that I can say "No."
Any person with paralysis today has access to drawing and communicate using only your eyes.
Thank you.
Thank you very much. That was awesome.
So at the end of the two weeks we went back to the <unk> room.
I love this picture because this is the room of another person, and that's his room.
There was all this <unk> and <unk> during the great opening.
And after more than a year of planning, two weeks of science sets of all night, Tony went back to drawing for the first time in seven years.
And this is a wonderful picture because this is the support system of his life and he's looking through the support system.
We did the bed of bed that I could see.
We put a projector on a wall from the hospital.
And he went back to drawing for the first time in front of his family and friends -- and you can imagine what the feeling was in the parking lot.
The funny thing was that we had to take on the parking lot, so we felt like we were <unk> the graffiti as well.
At the end of this, he sent us an email and this was what was like, "This was the first time that I was in seven years.
I felt like I'd been under the water, and somebody finally came to <unk> and they would take me out there so that I could make it out."
Isn't it wonderful?
In a way, that's our scream for war.
That's what keeps us in movement, developing.
And we have a long way to go through this.
It's a cool device, but it's the equivalent of a red <unk>
Someone with this artistic potential deserves a lot more.
So we're trying to figure out how to improve it and make it faster and robust.
Since then we've had all sorts of recognition.
We've won a lot of awards.
Remember, it's <unk> none of us are doing money with this.
Everything comes out of our own pockets.
The prizes were like, "Oh, this is <unk>
Armstrong <unk> something about us and then, in December, the Time magazine recognized us as one of the top 50 inventions of 2010, and it was really cool.
The best of all of this -- and this is what ends up with the <unk> is that in April of this year in the <unk> of <unk> in downtown Los Angeles is going to be an exhibition called <unk> in <unk>
And <unk> in the <unk> is going to have the best <unk> of urban art, <unk> <unk> <unk> they're all going to be there.
<unk> is going to be at the show which is pretty impressive.
So basically this is my idea: if you see something that's not possible, do possible.
None of the stuff in this room was possible -- the stage, the microphone, the microphone, the microphone, the microphone, all was possible at a certain time.
Do it <unk> anything in this room.
I'm not a programmer, I never did anything with <unk> recognition technology, I just recognized something and encouraged me with wonderful people to be able to make it happen.
And these are the questions that I want us to all do every day when we find something that we feel like to do. If it's not right now, <unk> And if I'm not me, "Why am I <unk>
Thank you guys.
I've spent the last few years, in situations usually very difficult and at the same time a lot dangerous.
I went to the hard <unk>
I worked in a <unk> mine.
<unk> in areas of <unk> difficult and dangerous.
And I spent 30 days eating this -- a lot of fun at first, something difficult in the middle, very dangerous at the end.
In fact, in a lot of my career, I've been dealing with the only goal to treat.
So when I knew that I would come here and do a TEDTalk on the world of brands and <unk> I wanted to do something a little bit different.
So some of you may have heard of, or not, a couple of weeks ago I took a <unk>
I sent some messages on Facebook, some on Twitter, I offered the rights of the name of my TEDTalk in 2011.
What was the following. I was like, <unk> <unk> <unk> my TEDTalk that you have no idea what it is and according to content you might have a sense of what it is and as you put it in ridiculous to you or your company to do it.
But by saying this, it's a very good opportunity to be <unk>
Do you know how many people look at these <unk>
<unk>
It's a title in progress, by the way.
So even with that <unk> I knew somebody was going to buy the rights of the name.
If you had asked me a year ago I would not have been able to tell him for certainty.
But the new film I'm working on, we looked at the <unk> of <unk>
And as I said earlier, I've been engaged in horrible situations over the last few years, but nothing could be <unk> nothing could be <unk> to something so dangerous or as dangerous as entering the rooms with these guys.
You see, I had this idea for a film.
Morgan <unk> I want to make a film that tries to deal with products, and marketing and advertising, and that all the film would be thrown out of products, marketing and advertising.
The film is going to be called "The largest film ever <unk>
What happens in "The largest film ever <unk> is that everything on top at the bottom, at first, it has images of brand, all the time; from the <unk> that appears before the title of the title -- the X.
Now this brand, <unk> <unk> the <unk> <unk>
These people <unk> the film to <unk> forever.
And so the film explores all of this idea. <unk> <unk> is <unk> Is it <unk> It's <unk>
I'm a <unk> <unk> <unk> Just <unk> it was more by <unk>
It was <unk>
But we're not just going to have the sponsor of the brand X in the title, but we're going to make sure we all use all the categories that we can in the film.
You might be able to get a shoe -- and it becomes the great shoe that you would get.
The most great car you've driven in "The largest film, the best drink that you've ever heard of <unk> of "The largest film ever <unk>
<unk> <unk> The idea is then to show the marks as part of life, to make them <unk> the <unk> <unk> Making the <unk> MS: And we actually show the whole process of how it works.
The goal of the film was the transparency.
You're going to see the whole process in this film.
That's the complete idea -- all the shot shot of beginning to end.
And I would love to help us make it happen.
Robert <unk> You know, it's funny because it's the first time that I hear that -- is the maximum respect for the audience.
<unk> However, I don't know how responsive is going to be people to that.
<unk> You have a <unk> -- I don't know if you're a lot of <unk> but you know how it goes to <unk> <unk> No <unk>
MS: A million and a half <unk> <unk> <unk> I think it's going to be hard to meeting with them but certainly it's going to be worth convincing a couple of big marks on it.
You know, you know, you know, maybe for the moment that the film is going to look at us as a lot of <unk>
MS: What do you think is going to be the answer?
Stuart <unk> Most of the answers will be known.
MS: But it's going to be hard for the film or to be I?
JK: And both of them.
MS: ... means you're not really optimistic.
So, I need help. I need help.
MK: I can help.
MS: All right. <unk> <unk> Awesome.
MK: We have to think about what <unk>
MS: Yeah. <unk> That's the <unk> When you look at the people you have to <unk>
MK: We have some places where you go, <unk> <unk> <unk>
MS: I thought that <unk> <unk> meant we had a conversation out of the microphone.
<unk> the camera means "We don't want to know anything about your <unk>