AISubs v3.5
A beautiful starry sky, and beyond it, the universe.
A lot of shocking events are happening in the universe right now.
Today, we will announce the big news about the universe!
In 2050, the space elevator connecting the universe and the earth will be completed!
It's not a dream story, but we will give you a special preview of it!
Will the UFOs be used for the transfer to Mars?
In addition, will the whole world be enveloped in the world of ice again this year?!
Will mankind perish?!
What should we do?!
Stand up!
Bow!
Thank you!
Sit down!
Today's special guest is Dr. Takeshi Naganuma, a biology professor at Hiroshima University.
He himself competed with Dr. Noguchi for the position of space pilot.
He is truly a master of space!
Sensei, you look like Aoi Takashimaya.
You have a space tie.
We will learn 5 big news about space today.
First of all, please look at this person.
Ms. Wakata Koichi. She is a famous person.
You all know her, of course.
Is there anyone who doesn't know her?
I know everything about space, but I don't know this person.
That's not true.
She doesn't know anything about space, but she knows this person.
She is that kind of person.
Sensei, what is this big news?
She has been in space for 4 times and has been there for 6 months and 6 months and 6 months.
She has been in space for 347 days.
She has been there for almost a year.
She is the longest Japanese person.
This alone is amazing.
The second big news is this.
She is the first Japanese person to be a captain of a space station.
"Captain" is "Captain" in English, but in this case it is "Commander".
"Commander" is "Commander" in Japanese.
She is one of the top members of a space station.
She is not only the first Japanese person, but also the first Asian person.
Even in Asia?
This alone is amazing.
I also failed the exam.
Sensei, you failed?
Yes.
Where did you fail?
At the semi-final.
You were almost there.
How many people remained at the semi-final?
At the semi-final, there were about 48 people.
That's a lot of people.
How many people applied?
There were about 2,000 people.
That's a lot of people.
2,000 people are good people.
It's not just 2,000 people.
I told you!
Mr. Fagato, even becoming an astronaut has become difficult.
And you don't know whether you can go to space or not.
And you've been there four times. This is wonderful.
What is a captain's job?
Of course, there is a general business management and a director.
When a problem occurs, the first person to take responsibility for the problem is the commander.
For example, it is easy to solve a problem without knowing anyone or destroying any machine.
Anyone can do it.
But you have to sacrifice some machines.
In that case, you have to make a decision about which one to do.
It's amazing. It's very important.
Yes, it's the lives of all the members there.
Wow, that's amazing.
Of course, you can't decide whether you should cut this machine and save everyone.
Maybe there is such an extreme situation.
So, if you cut this machine and save everyone, who will be sacrificed?
It's Lenapeon.
What? Why?
Lenapeon has to be saved first.
After all, she is the princess of the country of udon, so she has to be protected.
I don't know.
That's what the captain said.
Even if it's not a dangerous situation at all, I will cut it.
I will cut it for sure.
I don't want you to say it.
I don't know if it's the captain of Hawaii.
No, everyone is pulling it.
What do astronauts other than the captain do in the line?
I don't know.
Oh, you know it.
I used to do it like this and play all the time.
When you watch it in Japan and Asia...
In the news...
You watch it in the news...
I always pretend to be playing.
You don't just play, do you?
What about you, Lipopo?
I heat up retort food.
That's what you do in space for everyone.
I see.
What about you, teacher?
Basically, there are many experiments as tasks given.
There are experiments that can only be done in space.
For example, this is the work young people have done in space so far.
In the future, experiments necessary for human beings to live in space will be major.
And this is what Wakata-san is best at!
The third one is, in outer space, like North Pole or Saturn,
various North Pole objects are sent from Earth, right?
And you can grab those sent objects with a robot arm and bring them to Earth.
What?!
Yes.
That's amazing!
You can grab them with a robot arm.
Wakata-san is a professional robot arm pilot.
Wow!
He's a specialist.
Yes, and if he uses a robot arm, he can grab any large object.
This is an unmanned supply ship sent from Earth.
You can grab it and bring it to the space station.
And you can attach it to a designated place.
Wow!
Isn't it very difficult to do this in outer space?
Yes, because it's outer space, there's no sense of up and down or left and right.
So it's quite difficult to bring it here.
And what happens if you let it go before you grab it?
I see, if you can't grab it properly.
If you can't grab it properly.
In outer space, for example, you can put a ballpoint pen like this.
Even if you put it here and talk.
But for some reason, because of the momentum, it moves without you knowing it.
And if you say, "Where's the ballpoint pen?"
Oh, it's not here.
And no matter where you go, no one knows.
So for that reason, it's quite hard to lose an object in outer space.
There was news that you could travel to outer space like that, wasn't there?
Moreover, it became a hot topic because Toichi Iwaki went on that trip.
Let's take a look at the details of that interesting trip.
A plan to travel about 60 kilometers of outer space planned by a travel agency in the Netherlands.
This was a plan of a company called SXC in the Netherlands.
It's a kind of airplane, isn't it?
You fly high in an airplane.
And you define a 60-kilometer line as outer space and say, "If you cross it, it's an outer space trip."
By the way, there are only two pilots and two challengers in the line.
In other words, you are alone.
Well, if I may say so, it's like flying a cannonball in a ballistic airplane.
I don't think it's that difficult.
Let's take a closer look at the flow of this trip.
Here it is.
You ascend at Mach 2.9.
Mach 2.9 is about 1,000 meters per second.
You fly at a great speed and you define a 60-kilometer line as outer space.
Once you cross it a little bit, you enter a horizontal flight and come back.
This part is about 3 to 4 minutes.
It's too long.
Is it fun?
No, but if you like it, you can see a little bit of gravity-free earth for three minutes.
The price is 9.5 million yen for these three minutes.
Wow!
9.5 million yen!
Is it cheap or expensive?
It's expensive!
This is not weightless, is it?
You can make it weightless.
Can you make it?
Depending on the state, it can be weightless.
Are there only blind people who can ride this?
It's not blind, it's a training.
I want to ride it!
Do you want to ride it?
I really want to ride it!
But it's a lot of burden.
Can you transform and ride it?
OK!
I'll stop it for now.
Considering it's a dream space trip,
I don't think it's expensive.
Next is
the second ancient news of the universe!
In 2050,
a space elevator connecting space and earth
will be completed!
This is a good dream!
People in 2050 are still alive!
Of course!
How old are you?
I'm 30 years old!
This is a complete prediction
announced by the Obayashi Group.
Look at this!
A space elevator with a height of 100,000 km!
That's cool!
100,000 km is
the total distance,
but the center of it
is 36,000 km.
Do you know
weather satellites
and broadcast satellites?
When broadcasting satellites,
they always have satellites
in the same direction of the sky.
They are always rotating with us.
If you put it there,
it looks like it's rotating with earth.
That's a satellite.
Its position is 36,000 km.
If you lower the rope
from there to earth,
From that satellite to earth?
Yes!
It's called "earthport".
If you lower it and it reaches
the surface of earth,
it will be fixed in space.
This rope is
connected to the satellite
36,000 km above.
That primitive!
You haven't lowered it yet, have you?
If you lower this rope 36,000 km,
it will be cut off
by its own weight.
That's right. The strength is...
However, there is a great material called carbon nanotube that Japanese are developing now.
This is tens of times stronger than steel.
If it becomes practical, we can make this rope, too.
Wow!
It's totally possible.
Where will it be based on the ground?
Yes, it's usually on a stone road, but...
On a stone road...
I've been looking at the globe all the time, and one candidate is Singapore.
It's quite close.
It's quite possible in Singapore.
Now, let's look at the CG of this space elevator.
It's already CG.
What a beautiful place!
Wow!
Oh!
Great!
If you can do this, no one can climb Sky Tree, right?
It's ridiculous if you can do something like Sky Tree.
There are so many rooms, right?
Yes, each of them has a role.
There are many units like that.
How do you feel now? Can you see the universe from the window?
I can't believe that such a dream project can be done in 2050!
Dr. Naganuma says that theoretically, it is possible to achieve it.
But there are also some anxiety factors.
How long does it take to get to the space station?
For example, 36,000 km.
Since it takes 40,000 km to travel around the earth, it's almost like that.
It's hard to know how long it will take to travel around the earth.
It's an elevator, so you can't go out at such a fast speed.
What is the fastest elevator on earth now?
Even if it's fast, it's about 60 km/h, right?
If it goes 36,000 km at 60 km/h...
I think it will take more than 20 days.
It's tough.
It's tough to be with someone you don't like for 20 days.
But you have to live there for 20 days.
That's right.
You have to eat and go to the bathroom. It's hard, right?
Yes.
How fast do you plan to raise the speed of the Oobayashi Group?
It's a hopeful observation, but it's 300 km/h.
That's fast.
It's like a bullet train, right?
Yes.
And next, what is the countermeasure against debris and space debris?
If debris surrounds the earth and hits something like this, it will cause serious damage.
To that string?
That's right.
We know the trajectory of debris and space debris.
So we know that debris and space debris will hit each other.
But we don't know how to avoid it.
If you want to cut the string, it will be scary.
It will fall from the sky.
It will fall from the sky right above Singapore.
That's scary.
It's like a meteorite.
You can't allow even one mistake, right?
That's right.
The next item is boxes.
Is there a technology for climbers to climb 100,000 km?
It's here.
Yes.
I imagined it like a hotel room.
So it's not like a small box like an elevator.
It's like a box with a certain size.
And if it's not heavy, it takes more days.
If it takes more days, there will be more unnecessary things.
If it's the other way around, it will get bigger and bigger.
I wonder if it will be difficult to achieve it.
I see.
But humans will solve it with knowledge and ingenuity.
That's right.
There is a competition hosted by the Space Elevator Association for the realization of elevators.
This competition is held every year to improve technology and create safety-high elevators.
The competition is about climbing 200 to 1200m high balloons and competing for speed and stability.
- Congratulations. - Thank you very much.
So you're saying you're going to polish your skills and build an elevator, right?
- Yes. - I see.
You said you have the skills to build an elevator, right?
- Yes. - But why are you holding this competition?
- At this rate, we're too slow. - Yes.
If we're aiming for 300 km/h speed,
step by step, until we get there,
- there won't be any trouble. - Yes.
In order to build a safer and safer one,
- we're working on a certain methodology now. - I see.
Next up is this news, which is closely related to mankind.
A strong weather arrives and the sun is strange.
This is a bit...
First of all, I summarized the recent abnormal weather.
This is it.
A huge downpour struck Tokyo in February of this year.
The snowfall recorded 27 centimeters.
Last year, in Aomori, the first snowfall of domestic observation market recorded 5 meters and 66 centimeters.
It's amazing.
You ask whether it's warming or not, right?
It works.
If you say that, isn't it exactly the opposite of that, teacher?
Certainly, there is a warming.
I know this, but...
In addition to that, the sun, which warms the earth, is strange recently.
It's strange.
It's a scary story from now on.
It's scary.
You may know the black spot of the sun.
It's a little lower than the normal temperature.
It's about 2,000 degrees lower.
It's lower than the surroundings.
That's why it looks a little black.
The more black spots there are, the more active the sun is.
So, the more black spots there are, the more active the sun is, and a lot of light should reach the earth.
On the contrary, there are no black spots now.
Since there are no black spots, the activity of the sun is weakening, and the light or heat that reaches the earth is decreasing.
Since when has this decreased?
The black spot of the sun is said to be in the 11th century, but last year it was supposed to be at its peak, but it's not decreasing at all.
I wonder if it will decrease without increasing as it is.
If that happens, what will happen to Connor?
The heat that comes to the earth will decrease, and the earth will cool down and become ice.
That's the worst!
This year...
It's almost there.
Will it become ice?
That's right.
Even if it becomes ice this year, it won't be strange.
It's not that bad.
Japan can do anything, right?
Can't we give fire to the sun and make it bigger?
Teacher, can't we do it?
We can't, right?
In a sense, the earth has been in ice for 3 million years.
Is that so?
In the middle of it, especially in the cold season, there is ice.
When large ice cubes spread out, there is ice.
When ice cubes become smaller, there is ice.
There is a repetition.
There is a cold season of 100,000 years and a season that is not cold of 10,000 years.
This ended a little while ago and we are here now.
Now, it's ice.
It's important to know where we are in the ice, right?
That's right.
The cold season has been 10,000 years since it started.
What?
Wait a minute.
I forgot to say it.
I see.
In the middle of the cold season.
But it's been 10,000 years.
That's what the teacher said earlier.
It won't be strange even if it comes all year round.
Will the ice definitely come?
It was coming until now, but it's not like that, right?
There is global warming now, right?
Because of that, it is said that the next ice season will come later.
I see.
Three hundred years ago, due to the small number of black spots,
a cold weather called "peach ice age" lasted for several years.
It seems that the Thames River in England froze
and there is a record of it being quite cold in Japan.
That ice age is 100,000 years old, isn't it?
In that period of time, humans seem to evolve due to coldness and become not humans.
That is interesting.
In fact, in human history, in academic terms, we call it "homo sapiens",
but "homo sapiens" is 200,000 years of history.
In that period of time, ice age came twice.
The second time was especially cold 70,000 years ago,
and that is when humans invented clothing.
Until then, there may have been a degree of hiding one's waist,
but real clothing was made 70,000 years ago, when it was really cold.
After that, humans suddenly became intelligent.
What does that mean?
Patience or not, it's probably patience, isn't it?
The first 130,000 years of human history are not that smart.
The smart ones in these 70,000 years are probably cold- hearted students.
Now, when it comes to the world of ice age, everyone is worried, isn't it?
What will happen to this earth?
This is what the professor predicted for us.
First, from the North Pole and South Pole, ice begins to form in order.
And then, humans gradually move to warmer areas, don't they?
And if countries around the equator prohibit entry,
and if you sell products for high prices,
this will turn into the worst war.
This is already the worst trend,
but if you follow the order, it's totally possible.
When it gets cold, for example, you can't get crops, can you?
Yes.
Food will decrease.
Because of that, food prices will go up.
Yes.
When it gets cold, of course, you need heat, so oil and coal prices will go up.
What's more scary is water.
The water we can use on earth is really little.
First of all, seawater is salty and cannot be used.
The rest of the water is mostly ice.
It's already frozen in Antarctica, so it can't be used.
The water we use is only a little bit.
It also freezes.
What should we do?
What should we do, teacher?
Well, if you spend it on earth, it will definitely be a fight, killing, war because you are human.
If you do that, you can't do anything about it.
You have to escape to space.
I see.
So we have to ask the Oobayashi Group to do their best.
That's right.
We can't wait for decades.
But if the Oobayashi Group starts raising prices...
What should we do?
We are really standing at the entrance of the next ice age.
It may take a little time for it to come.
But if we use this time well...
Space development is not something that can be done by one company.
It's not something that can only be done in one country.
It's something that can only be done if everyone on earth cooperates.
So we have to use this time well and prepare for the coming space age and work together with everyone.
In order for that, we have to feel like Japan and other advanced countries are really pulling the whole earth.
I see.
Here is the next ancient news!
An amazing telescope that observes the universe.
This is the highest eye that humans have reached.
There are two meanings of "the highest eye"
One is that the telescope is 5000 meters above sea level.
It's high.
It's Chile in South America, but it's the driest on earth.
There is no water vapor, which is the most hostile for a telescope,
so the stars don't shine.
You can see the stars very well.
It's like you can't see anything.
It's like you can see the universe through it.
The other meaning of "the highest eye" is that it has excellent performance.
If you compare it with a human eye, it has 6000 vision.
What!? 6000!?
6000 vision!?
It may not make sense, but...
If you have a dollar bill in Osaka,
you can split that dollar bill from Tokyo.
- That's amazing! - That's amazing!
- What? - Wow!
- That performance can't be achieved with only one telescope. - Yes.
- It's a double eye. - Yes.
- Insects have a lot of small eyes, right? - Yes.
- Just like that, there are a lot of them and they all have one eye.
- This one parabola has a diameter of 12 meters. - Wow!
- It's big! - Wow!
- There are 54 of those 12-meter ones here. - Yes.
- And there are 12 of those 7-meter ones that are slightly smaller. - Yes.
- In total, there are 66 giant telescopes and galaxies. - And only one of them, right? - Yes.
- Would you like to see what you can see from this telescope? - I would like to see it!
- Let's take a look. First of all, this is an image taken with a normal telescope. - Yes.
- This is a moving galaxy, Centaurus A, seen with a wide-angle telescope. - Wow!
- We are now in the Milky Way Galaxy, which is almost the same as the Milky Way Galaxy. - Wow!
- The distance is 12 million years with the speed of light, which is very far. - Yes, it's very far.
- And this is an image taken with an ALMA telescope. - Wow!
- I don't know which one is which, but... - It's hard to see.
- What you see with an ALMA telescope is radio waves. When you look at radio waves, you can see things other than stars.
- For example, space may seem like a vacuum to you, but there are various molecules in space. - Yes.
- There are molecules that make up our bodies. - Wow!
- I think they are materials of life. - Wow!
- You can see radio waves emitted by such molecules. - Yes.
- What we want to see is not the light of stars, but what is there, whether it is hydrogen or carbon. - Wow!
- So you don't see directly what you see, but you see those molecules and components. - Yes, but molecules are also things.
- Wow! - Not only do they emit light themselves, but they are also materials for making stars in the future.
- They are materials that make life forms like us in the future. - Wow!
- You can clearly see that there are materials here. - How far can you see, professor?
- You can go as far as the end of the universe.
- In the past, the universe began with Big Bang 13.8 billion years ago. - Yes.
- The light that came out at that time is finally coming to us now. - Yes.
- If you look at that radio wave, you may know what happened 120 billion years ago or 130 billion years ago. - Yes.
- You may know. - Wow!
- Can you keep up with me, everyone? - I was the only one who said "wow" just now.
- I was surprised. - Did you understand what I just explained?
- The end of the universe is seen with the ALMA telescope. - In other words, you can see the beginning of the universe.
- Now, let's look at the last news.
- Mars landing flight experiment of a disk flying in the sky for Mars migration.
- Finally, people are talking about moving to Mars. - Yes.
- When you think about it in detail, the biggest difficulty is landing on Mars. - Yes.
- Humans have never landed on Mars.
- When you think about how to land safely, it's the flying saucer. - Let's see what it is.
- The lower part is fire and the upper part is saucer. - Yes.
- It's almost like a UFO. - UFO.
- Low Density Supersonic Decelerator. - Teacher's work for today is over.
- It was the biggest work so far. - Yes, you said it well.
- What was it made for? - It slows down as it enters Mars' atmosphere.
- Mars' atmosphere is one hundredth of Earth's and thin. - Yes.
- It slows down a little while expecting the braking effect of thin atmosphere. - Yes.
- Still, it slows down a few hundred meters per second. - Yes.
- It slows down a few tens of meters per second while reversing. - Yes.
- If it slows down that much, it will be safe to land on Mars. - We are experimenting until it slows down for now.
- Slow down for landing on Mars.
- But, they say the landing method is a little different.
- It slows down now.
- It starts.
- And, it starts to crash.
- The last interesting thing is...
- You hang it up...
- and let it go.
- Wow!
- Airbag.
- Wow!
- It doesn't stop easily.
- What!?
- Something came out.
(applause)
- Although it is the latest, I feel that the final landing is a little analog.
- However, there is already a success story and the story is simple, so there is still a sense of safety and security.
- In terms of shape, it is almost a UFO, isn't it?
- That's right. Space shuttles and ordinary rockets meet to reduce air resistance when flying.
- Since we want air resistance, we deliberately make it disk-shaped.
- I see. The one that opens here is... - Yes, because breaking takes place immediately.
- Let's go to the last theme.
- "Teach me questions that interest you about space, Dr. Nagaruma."
Dr. Nagaruma will answer simple questions about space in NMB.
First is Shuu's question.
Does the galaxy contain about half of the universe?
Or is it mostly?
Shuu, you're interested in this.
It's often said that there is an earth in the galaxy,
but we don't know how much earth is in the universe,
so we don't know much about the universe.
How much earth is in the universe?
Dr. Shuu, what do you think?
Our solar system is a part of the galaxy.
This galaxy is called the Milky Way Galaxy.
Our solar system.
There are about one billion such Milky Way Galaxies in the universe.
- "One billion?" - "Yes."
And one of them is the earth's...
Osaka?
Why did you suddenly stand up?
Now that you mention it,
it's a small galaxy.
Our small galaxy is really...
Next, Saepi.
Here is Saepi's question.
Why do you send air?
When I watch TV programs,
I feel like rockets and spacesuits are connected,
and I feel like I can't go anywhere by myself.
So that you don't fly away?
"Like "Uno Chizuna"?"
If you fly away, it's over, right?
If you hit something with your elbow,
it's over, right?
It's really over, right?
Yes, but if you're slow,
you won't notice it.
But if you notice it, you're like, 'Huh?'
You can't reach it.
It's over!
Next is Sayaka.
Here is Sayaka's question.
One day, the earth will be engulfed by the sun and burn away,
but now, the earth is getting away from the sun every day, right?
A new song?
A new song with a long title.
I heard that,
the earth was engulfed by the sun in the past,
but now, it's getting away from the sun,
so I heard that the end of the earth
is not what we think it is now.
Is there any other way of extinction?
The sun is still alive about 50 billion years later,
but at the end of the sun's life,
the sun suddenly expands.
This is true.
Water and Venus that are close to the sun get engulfed.
As they get bigger,
the earth does get away a little.
It's not that it's getting away now,
it's that it's getting away at that time.
However,
the story of getting engulfed
and not getting engulfed at all
are very close,
so it's not like they're getting burned.
Is it okay for you to say that?
You're a bad guy.
You're a guy who's in a hurry.
What did you do to me?
This mission is to complete a stick gum and gain endurance.
The stick gum that will be challenged this time is a new feeling gum that pops by combining wooden sticks.
"It's amazing." "What's going on?"
This movie is made by using about 1,000 sticks.
Of course, you can't go home until you complete it.
Last time, three people worked hard to make a stick gum that they're not used to.
Three hours have passed since we started making it, and about 30% of it has been completed.
This is the worst.
Furthermore...
This is really dark.
That's right. And it's locked up, so it's even harder.
After repairing the broken part, NMB's "N" has finally been completed.
This is a game where you can increase your concentration. If you don't succeed, you'll be penalized.
The next game is "Stopwatch Jubio".
If you can stop between 5.50 and 10.00 seconds, you'll clear it.
There will only be one challenger.
Start!
Finished!
What? Already?
Do you want it?
Do you want me to eat it?
I've almost finished eating it.
But without even 0.03 seconds, they failed.
The penalty here is...
What's so funny?
Who are you?
I'm the princess of Udon Country!
Are you hungry?
I can't see anything!
They meet again with bad eyesight.
You can't see this, can you?
No, I can't see it.
I can't see my eyelashes.
Can you go out for a second?
Right now?
Yes.
And so...
There's a lot of them.
It's really funny.
Good work!
It was fun!
Good work!
Did you get it out?
Did you forget?
I did it in the middle.
Then, shall we do it here?
While Fuuko was gone...
Fuu-chan comes back and starts working again, but...
I can't see anything!
Meanwhile, NMB's "N" and "M" are completed.
"All that's left is "B"."
However...
Again, mistakes have piled up, so...
The game here is table tennis.
If one of the three people can hit the ball in the opponent's court, it's clear.
Go, go, go!
Go for it!
Ah!
That was close!
Ah!
That was close!
Go for it!
Next up is Yui.
Fu-chan also fails.
Neither of them can hit the ball and it's not clear.
And the penalty here is...
Goods that you can't concentrate on making stick bombs.
Hello!
Ah!
Ouch!
What's that?
Put it in...
and...
Ah!
It's cold!
And the game resumes.
Ah! It's cold! It's cold!
Because I'm wet!
Just by changing the voice, the only easy penalty is...
You just have to change the voice!
I did it!
You did it!
I did it!
Amazing! Amazing! Amazing!
Amazing!
It's B! It's B!
It's B!
Bye!
The last game is...
Can they use their sense and float the tissue for 10 seconds?
If all three of them succeed, it's a clear!
Wow, wow, wow!
All three of them fail!
And the penalty is the usual...
Is it...
Oh, there are two of them!
...robot vacuum cleaner.
Although Domino fell down easily,
will the stick bomb explode?
When they tried it...
Oh, no!
Watch out! Watch out! Watch out!
And so...
they made the remaining spiral part.
One of them decided to look at the two robot vacuum cleaners.
And...
Oh, no!
The robot vacuum cleaner caught fire and died.
And...
Watch out! Watch out! Watch out!
Where is it?
Oh, no!
It's getting close to completion.
It's over.
Did they realize they couldn't go home like this?
After that, all three of them made the last spiral part.
And about eight hours later...
The stick bomb was completed!
Using about a thousand sticks, it was completed!
Will it all explode without stopping in the middle?
[I don't know what I'm saying here, but I hope you enjoyed this video!]
Here is the next question.
The change of the sun, there aren't many of them, what is missing?
Ah! Announcement!
Here is the last question.
The name of the latest telescope in Chile that combines parabola, antennas and 66 cameras is...
5, 4, 3, 2, 1...
Bocra...
3 questions in a row! If you get 1 question right, you win!
Ouch!
It's not "bocra"!
It's not "bocra" telescope!
You said it in three letters.
I said "bocra" in three letters.
It's a very good thing.