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00:00This is Sébastien Diage.
00:03Martin, we're going to experience our thousandth episode this week.
00:08Yes, and here we want to pay tribute to all sorts of things that have been important to us, so...
00:13The water molecule that helped you do so many experiments.
00:16Water molecule, we salute you.
00:29Welcome, great. Very happy to have you here.
00:32Very happy to know that you still want to do science with us, at the same time as
00:35us, at that precise moment.
00:37That makes us very happy. And you'll be doing science with the blues.
00:40Edith Cochrane is here, playing with Barry-Sara Labrosse.
00:44Edith, you're at the helm of Les Temps Fous.
00:46All three seasons are available on Télé-Québec platforms at any time of day.
00:50Anytime, anyone, we can decide 10 at once.
00:52We could do it now, but no, we don't have time because we were on Génial.
00:55You, science though, there's a special connection.
00:59Your most impactful scientific achievement was...
01:03Yes, to pass on science to my children, what I did was hire a tutor.
01:10He's at my place right now.
01:14That's my friend from high school, Alain. I greet him.
01:16I am a science teacher and he helps my son.
01:18Everything is in everything else.
01:19And you play with Marie-Sara, you're a product manager.
01:22Yes.
01:23Is there any science in that, let's say?
01:25No.
01:26I look at Excel spreadsheets, I analyze data.
01:29What? You're not a scientist?
01:32We're going to have a wonderful week with the Blues.
01:35Good luck, have fun, you're facing the reds.
01:38Sébastien Diaz, the team leader who is with Jacques-Olivier Chubot.
01:43Terror 404 is still available on Télé-Québé platforms.
01:46You can binge-watch two seasons in one go on Télé-Québé.
01:49All at once, but for now, wait about half an hour.
01:52A little over half an hour.
01:53There are some scientific discoveries that shock you a little, though.
01:55No, they're Crownuts.
01:57And that was...
01:58I think they categorized it under...
01:59Yes, you know, it's a mix between a donut and a doughnut.
02:02So, a doughnut and a croissant.
02:04That gives you the Crownut.
02:05And why use science when talking about this?
02:06Because...
02:07Well, it's one of the most spectacular inventions of the 21st century.
02:11which is more striking, and that completely...
02:13According to Time Magazine.
02:14According to Time Magazine.
02:15But let's see.
02:15And it's flabbergasted.
02:16Which goes to show that science sometimes creates bizarre sets of faults.
02:19Absolutely.
02:20Jacques-Olivier, real estate broker.
02:22Yes, indeed.
02:22But you also do construction work.
02:24At times.
02:24It happens to you.
02:25At times.
02:26With small plastic blocks.
02:27Indeed, well, we can build whatever we want.
02:30But that means you're a spirit, that's kind of scientific, isn't it?
02:33Because you manage to understand how it works,
02:34Then we reproduce patterns from life, sometimes, with dance.
02:36It's as scientific as it is jazz ballet dancing.
02:38But otherwise, everything is going very well.
02:40It's going to be a week of fantastic science with this show.
02:43Good luck, Reds.
02:44Thank you to the studio audience.
02:47So, I'm handing out your leg cards to both teams.
02:51There you go, this allows you to change the other team's response during an experiment, so use it wisely.
02:56You could use it with the first experiment we're going to do tonight.
02:59with our featured element, an experiment with water tonight.
03:03Oh well!
03:04Martin should, maybe should, I don't know.
03:05Maybe he'll release his molecules, you never know.
03:08Martin?
03:08Maybe not, but one thing is certain: we're going to see something fascinating.
03:12With a setup here, into which we're going to put water.
03:15But initially, before adding water, we see that we essentially have a gutter.
03:19The gutter is balanced on a central pillar.
03:22We can see that it is able to tip over like that, either to the left or to the right.
03:26And that is indeed what is happening.
03:28If we put an object there, for example this boat, well, we see that our gutter, well, it tilts from
03:33same side as the boat.
03:35But all this is happening when there is no water in the gutter.
03:39And that's precisely our experience.
03:41If we have a gutter like that, which is filled with water, and we come and place the boat like
03:46that, which floats, opposite the central pillar,
03:50We see that everything remains in equilibrium, and that in a moment, the boat is moved to the
03:56surface of the water to bring it to the left of the gutter.
03:59What will happen at that moment?
04:02Will the gutter tip to the left, as we just saw when it didn't
04:06No water?
04:07Will the gutter tip over to the other side, to the right side?
04:12Or, will the gutter remain balanced and not lean towards the
04:17Left, nor to the right?
04:19Team, good thinking.
04:21The Blues will start thinking about that. So, what will happen when our boat goes
04:27Go left?
04:28Well, I would immediately eliminate B, because it seems far-fetched to me.
04:33I still have a feeling it's going to stay straight.
04:34Yes, me too, because we're on TV, it's going to be extremely spectacular.
04:38But it also depends on the weight of the boat.
04:41Is that boat heavy? We don't know.
04:43But with water, it's sure to do something.
04:44That's for sure.
04:45But when we saw him get on the boat, it didn't look like a boat to me...
04:47No, no.
04:48Mickaël doesn't seem to have forced himself to lift the boat.
04:50No, no.
04:50It seemed pretty light, though.
04:51But still, it tilted when there was no water.
04:55You think that's going to stay...
04:57I think.
04:58OK.
04:59So he's going to...
05:00We're going there for the...
05:01C.
05:02C, it will remain in equilibrium.
05:04Yes yes.
05:05Because water, you know...
05:06That's it.
05:07No, but I love it.
05:08It's almost a scientific formula.
05:10Water, you know...
05:11It's just a T-shirt, that's all.
05:12We'll just add to number 2.
05:13Yes, at number 2.
05:14The reds.
05:15B is too ludicrous.
05:16You put weight on it, then it comes back up, it doesn't work.
05:19That's final.
05:20I was going to say B, attracts me.
05:23The answer seems ludicrous.
05:24That's because they said to themselves, they're going to eliminate B.
05:26This all seems too strange.
05:27There's no logic to it, but I think it's just to provide answer choices.
05:32SO...
05:33But otherwise, I thought to myself, it's C.
05:35It looks so boring that they'll say, we'll never get T.
05:38That's really the point of the show.
05:39For me, it's about the meaning of the show.
05:42We're going with C.
05:44With C.
05:45So, both teams choose C.
05:49So, nothing's going to happen.
05:50Martin, is that the case?
05:51If we move it like that, without pushing on it,
05:54But if we move the boat to the left like that,
05:56Look what's happening.
05:58It remains in balance.
06:00But well...
06:00So you will have understood that both teams have the final answer.
06:05But that's one of the experiential answers that pleases me the most.
06:09when, in the end, absolutely nothing happens.
06:13That's what happened.
06:14Because I was expecting a movement like a balance,
06:16a precise scale.
06:17And in that case, it would be like a scale that doesn't behave like a scale, Martin.
06:21Okay, Steph, we'll start with the basics to understand what's going on here.
06:25First, it's important to know that as soon as a body enters a fluid,
06:28like water, which is a fluid,
06:30Well, there's a portion of that fluid that needs to move
06:33to make room for the body that is entering the fluid.
06:36This is also why, as soon as an object is placed,
06:40As here, we have several weights.
06:43As soon as you place that in a fluid, like water,
06:45Well, we can immediately see the water level that has just risen.
06:48That's normal.
06:48Some of that water must have moved
06:51to allow our weights to enter the water.
06:54That's perfectly normal.
06:56Well, according to Archimedes' principle,
06:58when the weight of the displaced water is greater
07:01that the weight of the object that caused this movement,
07:05Okay, the object will experience an upward force.
07:07a buoyancy force that will be sufficient to make the object float.
07:11That's exactly what's happening with our boat, here, in our experience.
07:15But what we don't realize, essentially,
07:18The problem is that the water displacement there doesn't just happen around the boat.
07:23It happens everywhere equally in our large volume of water.
07:27The result is good, if our boat still manages to maintain its balance.
07:31with our gutter positioned like this on its pivot point,
07:34Well, it doesn't matter where we put the boat in our setup,
07:37The assembly will remain in equilibrium.
07:39So, it didn't seem like that, but it's not that bad.
07:43So, it's still very impressive.
07:47However, for it to work, there are still certain conditions to be met.
07:50The first thing is, our object needs to float, because in this case, the boat, it floats.
07:55But look what happens if we put it in the water, instead of the boat,
07:58an object that weighs the same as the boat, but does not float,
08:01like a small mass like this, here.
08:04We have an imbalance, and here we see that our setup is tilting.
08:08And the second important point, I took the trouble to say, is that we're going to move the
08:13boat,
08:13but without submerging it in the water, just by moving it on the surface of the water.
08:17This is extremely important, because if we push on the boat while we're moving it,
08:21Here too, we're going to have an imbalance like this.
08:25Well, what's even more surprising about all this, and perhaps the ultimate proof
08:29The fact is, it's not such a boring experience after all.
08:35Imagine, in certain places on Earth, and we're going to see images of that,
08:38There are engineers who have succeeded in designing bridges filled with water.
08:42to allow boats like that to pass over a bridge,
08:46even if it is above another waterway, imagine,
08:50As long as the bridge is capable of supporting the weight of the water, there will be no problem.
08:54because the boat, it won't add weight to the bridge when it passes.
08:58The whole thing will work very effectively and surprisingly well.
09:02But it's another fine example of human ingenuity.
09:05There you go, Stéphane Yannveau, congratulations to both teams on that.
09:08Absolutely, both teams have scored points, so 10-10 is a good start.
09:12Bravo, bravo. Besides, that bridge is impressive, but we have one in Quebec.
09:15which passes over the tempering. We have a water bridge like that for boats.
09:18Absolutely, I've already been underneath it. Not over it, I'll take you by boat or car.
09:21So there you have it, just to tell you that when you find it boring, don't say so.
09:23I know, it stung him to the quick.
09:26We're going to take a break and when we return, we'll offer you a reflection, but with mirrors.
09:31See you soon.
09:43Welcome to this third season. Let's go.
09:46When it's good, it lasts.
09:48That's what's happening in the cultural sector, sir.
09:49Ten years of paths that intersect.
09:51It becomes a channel that is extremely powerful, confronting, and unsettling.
09:55Ten years of significant revelations.
09:57I want the world to love me.
09:58She rarely goes out.
09:59Everyone is my friend in the end.
10:01Who else to spread the good news?
10:03That's such a good question.
10:05I know, I do that often.
10:06There will be crowds in Metz starting Friday, April 3rd at 9pm
10:09and on the web and the Télé-Québec app.
10:14Everything is done in the street for a large part of the province.
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11:15Let's go!
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11:44This week, we're doing our big spring cleaning. We're using what we find at the bottom of our
11:48pantry to make tasty dishes.
11:50I'm eating.
11:53I'm eating. Tonight at 7:30pm on Télé-Kédec.
11:58I'll have the cooked meat, but with salad instead of fries.
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12:13And above all...
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12:16Unscrupulous.
12:17The French fry thieves.
12:18Just a small handful.
12:19It's a classic.
12:20But, for our 75th anniversary and for a limited time,
12:23when you order a salad instead of fries,
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13:34We're around the brilliant 10 to 10, that's the score for now.
13:37And for the next experiment, we have mirrors to show you that are more impressive than Snow White's.
13:42For what?
13:43Because Snow White's mirror was magic.
13:45Ours is scientific.
13:47And I would say that it is extraordinarily amazing.
13:51Right away, Sébastien.
13:52Yes, indeed.
13:53Martin, what is this about?
13:54We have a very special image to show you.
13:57So, something that we managed to create ourselves using mirrors.
14:01So, here we really get the impression of seeing colorful shapes that are suspended like that, kind of in
14:08the hours, in all directions ultimately.
14:10And here, I'll tell you right now, we used mirrors to succeed in producing an image
14:14like this one.
14:15But the question is, how many mirrors does it take to achieve something like that?
14:20Does it only take two mirrors?
14:23Does it take three?
14:26Or does it actually take six to achieve such a result?
14:31Team, good thinking.
14:33Yes, I like that, good point.
14:35I love this red team's spate.
14:36Yes, that would be three.
14:38One two three.
14:38I'm going a bit like I'm in the corner of a box.
14:40Exact.
14:41I'm talking about a corner that we look at.
14:42Me, three for the reds.
14:44Perfect, with a nice consensus.
14:46What do you think of this side of the French team?
14:47Well, I think that's it too.
14:49I had calculated one, two, three.
14:51We could almost go with a leg brace.
14:52We could.
14:53Ah!
14:55I'm just saying!
14:56A leg sweep used in the first episode of the week.
14:59So, instead of three, how many will they answer?
15:01Two or six?
15:02They will answer one hundred!
15:05Well, two or six, that's what's left.
15:06Well, two or six, that's it.
15:07No, two, that's it.
15:07They'll answer two because they're idiots!
15:11So, Martin, did we do the right thing by using
15:13The leg here?
15:14Well, we'll see it very quickly because Gaëlle
15:17will rebuild the assembly in front of us
15:20with a first mirror which she places at a certain angle,
15:24a second one that is placed at another angle,
15:27Then there is indeed a third one right here
15:29to form the basis of our assembly.
15:31It is therefore understandable that in order to create an image like this,
15:34It takes three mirrors.
15:36I can't believe they said two on the red side.
15:39It's the blue team that scores points from that.
15:41Well done!
15:42Yeah!
15:43So, an excellent use of the leg card here,
15:46which means that the blues take the lead 20 to 10.
15:49Now, two mirrors.
15:51Alright!
15:53Well, Martin, well, that's...
15:56Lots of mirrors, for example.
15:58First of all, Stéphane, in an experience like this, one must say,
16:00that the basic rule of reflection with flat mirrors,
16:04which are called flat mirrors in physics,
16:06It's really very, very simple.
16:08And in fact, you should know that as soon as a ray of light
16:11moves towards the surface of a mirror,
16:13That ray of light is called the incident ray.
16:16well, at the point of contact between that beam of light
16:19and the surface of the mirror,
16:21Well, if we draw a line that is perpendicular
16:24on the surface of the mirror, well, we'll realize that the angle
16:27between the incident ray and that line
16:30will always be equal to the angle between that same line
16:34and the ray that is subsequently reflected by the mirror.
16:38And the other element we must remember
16:39to understand what happens in an experiment like this,
16:42This is the formation of the image using a plane mirror.
16:45The main point to remember is the image
16:48which is obtained thanks to the mirror
16:50will always be at the same distance behind the mirror
16:54that the object which was in front
16:56and which allowed us to have such an image.
16:58But that's more than enough to understand
17:00what is happening in our experience here
17:02with our mirror arrangement.
17:04Why? Well, because of the light
17:06which is reflected by our colorful shapes
17:09In front of the montage, well, that light...
17:12will head towards the first mirror of our setup
17:15From a certain angle, of course.
17:17Those light rays will be reflected
17:20at exactly the same angle,
17:23as we just said,
17:24towards the second mirror.
17:27These rays therefore reach the second mirror
17:29at a certain angle.
17:30They are always reflected from the same angle
17:33towards the third mirror
17:35who will always reflect the rays
17:37by following the same rules.
17:38And at that moment, the light can emerge from the assembly
17:41and even reach our eyes.
17:43That's how we manage to see the result
17:45that can be obtained in a setup like this.
17:48Well, what's really interesting is...
17:49with such a precise arrangement of mirrors as this one,
17:53It's the spokes that will come out of the assembly
17:57will be parallel to those who have entered the assembly.
18:01That's actually the same principle.
18:03which allows the famous bicycle reflector to function
18:08and thus makes the bicycle visible.
18:10And here we have another setup with mirrors.
18:14These are curved mirrors.
18:16We are capable of making people believe something
18:18which is just as strange in this case
18:20that an object which is located at the level of the opening
18:24between our two curved mirrors.
18:26And that's really when you try to grasp the object.
18:29that we realize that the object is not really there.
18:32He was pretty much right inside our setup.
18:35So, these experiences remind us how much
18:39Mirrors can be almost magical.
18:42In reality, it's entirely physical, entirely scientific.
18:46There you go Stéphane and once again, congratulations to the French national team on that.
18:49And there you have it, thanks to a correct answer and the use of the Jambette card,
18:52The French team takes the lead, it's 20 to 10 now.
18:55We're going to take a short break and then we'll take you to the heart of the sun.
18:58I suggest you use 10,000. See you soon.
19:12This morning, I sit around completely useless in front of my dormice.
19:15Then I thought to myself, "Mautique, you big cow!"
19:19How can we break the cycles of violence and prejudice?
19:21You didn't stop me from getting fat. You stopped me from loving myself.
19:25I did this for your own good, and you know that.
19:26I can have a baby now.
19:28You need to be in good shape to carry a baby, madam.
19:30Fail by Monday, March 30th at 7:30 PM.
19:33No, no, no! I think I'm a child!
19:36And the full series is available now on the web and the Télé-Québec app.
19:42That's what we worry about in life for a good part of the province.
19:45When winter hits hard, Nissan answers the call.
19:49With features like all-wheel drive, heated steering wheel and seats,
19:53Nissan vehicles are designed, tested and trusted for our winters.
20:03Also discover the Rogue S all-inclusive attraction available for rent starting at 0.4% for 36 months.
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20:33Subtitling by Radio-Canada
20:37Subtitling by Radio-Canada
21:05Subtitling by Radio-Canada
21:08Subtitling by Radio-Canada
21:18Subtitling by Radio-Canada
21:32Subtitling by Radio-Canada
21:35From everywhere.
21:36Oh, and the smell.
21:37Oh, it's...
21:38Enjoy your meal, my dear.
21:41Good day.
21:42Ah, my deaf friend, those damned things.
21:44But Promutuel comes with a heavy burden.
21:46Did you get insurance with them?
21:47You should be so much.
21:48And everything becomes clear when you explain things to yourself.
21:50That reassured me.
21:51You too can choose the insurer we like to recommend.
21:55Promutuel Insurance, it's la la la la la la la la.
21:57OK, how is that true?
21:59Okay, that's good.
21:59Dear audience, and myself?
22:01Let's welcome.
22:02Ah, I have a shiver.
22:02Yann England.
22:04Mike Ward.
22:05I admit, you were one of the...
22:06Well, not the first sisters.
22:07The first sisters.
22:09If I talk to you about sex, you know who I sleep with.
22:11Are you tired of people being intimidated by you?
22:15I still see myself as the guy
22:16who doesn't want to disappoint his mother and father.
22:19We won't have come here for nothing tonight.
22:21For once, Saturday at 8 p.m.
22:23also on the Web and the Télé-Québec App.
22:28When you tell your girlfriend,
22:30Change your clothes into a slutty outfit.
22:32Change your password so I can see your messages.
22:35Are you ever going to change your mind, you damned blockhead?
22:39Change your tune when you talk to me.
22:41You need to change friends.
22:43I advise you to change your tone.
22:46Well, it's not up to her to change.
22:47It's your turn.
22:49Violence against women must stop now.
22:57Marc-Tupréchante, datou for you.
23:00Equipped, then that, lives for that.
23:03In Sierra, I got it tattooed on myself.
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23:08for the equivalent of $158 per week
23:10during GMC Truck Month.
23:18The current score is 20 to 10 in favor of the Blues.
23:21But all that could change because we're going to play a game!
23:28We're getting more than we can synchronize, I like that.
23:31So, that's the game then.
23:32We ask you a question.
23:33Martin asks you a question
23:34And the answer is somewhere on the table.
23:37So, to answer, you will place the witness on the table
23:40and hoping that you have the right answer.
23:42That's how you score points.
23:43It's as simple as that.
23:44And today, well, we have sunshine.
23:46But in its entirety, there.
23:48Outside, outside, everywhere.
23:50So, Martin, for the first question about our sun,
23:53Surprisingly, yes, it's hot, but there's a cooler part.
23:55Yes, obviously, everything being relative to the sun, of course.
23:59We want to know where the photosphere is located.
24:01which is the coldest layer of the sun.
24:05So, where is the coldest part, the layer of the sun?
24:09As soon as you have an idea, you will head towards the table
24:11and submit your witness.
24:13With luck.
24:14Oh!
24:16Oh, yes!
24:17No, no, I would say there.
24:18I would say close to him too.
24:19Ah yes, that one, him there, that's you.
24:20OK, perfect.
24:21Choices have been made on both sides.
24:23We even took a shortcut on the blue side, I like that, okay?
24:26So, let us go and see the light of truth.
24:28Now that he's given us the answer, let's look at it.
24:32And there's the...
24:33Dot, dot, dot, dot, dot.
24:36And...
24:36Oh!
24:38She had it!
24:39She had it!
24:41So, we'll stay at 20, 10,
24:44because we found the right answer.
24:47So, surprisingly, this isn't the last part.
24:50That's what we thought over there...
24:50No!
24:51That's what Edith thought, at least.
24:52This is the furthest part, because...
24:54Exact.
24:54That's what I would have thought too.
24:55But no.
24:56But that's a great mystery.
24:58for which we only have hypotheses at the moment,
25:00But mystery is the driving force behind all science.
25:04The photosphere, no, it's not the last layer, actually.
25:06So, we are not in the sun's atmosphere.
25:09We are in the...
25:10It should be remembered that the sun is a ball of gas, of course.
25:12The photosphere is a very thin layer,
25:14which is approximately 100 km deep.
25:17It's very thin compared to the sun.
25:19which gives it a radius of 700,000 km.
25:21So, it's tiny, imagine.
25:22Wow!
25:23And the temperature at the level of the photosphere
25:25is approximately 5,500 degrees Celsius.
25:28Frisco!
25:29Yes, that's it.
25:30Fresher.
25:31But what's crazy is that when, later on,
25:34We climb higher,
25:35So now we're going into the sun's atmosphere,
25:37along with the chromosphere and the corona,
25:39That's what we've pointed out here.
25:41The temperature is rising.
25:43We go up to 1 million degrees Celsius
25:46to the final layer.
25:48So, why?
25:49We don't know.
25:50We only have hypotheses.
25:51I like it when people don't know.
25:51I like it, yes.
25:52It is the driving force of science.
25:53The mystery.
25:54The mystery to be solved eventually.
25:56So.
25:56So, 20 to 10, that's the score.
25:58which remains as it is for the time being.
26:00We have another question for you about the sun.
26:02We're going to talk about convection.
26:04Perhaps you can remind us what it is?
26:05Okay, Steph, convection,
26:07It is a movement of hot gas that rises,
26:09Quite simply.
26:10All right.
26:10That which rises towards the surface.
26:12And we want to know, in terms of the sun's position,
26:15There is a magnetic field.
26:16So there is magnetic activity
26:18at the level of the sun.
26:19We want to know where the regions are located
26:23at the level of the sun
26:24whose magnetic activity is so intense
26:27that we inhibit that convection.
26:29There aren't any left.
26:30Yes, yes, yes.
26:30So, where do we see a region
26:32with intense magnetic activity
26:34What inhibits convection?
26:37Yes, yes, yes.
26:38I can't help you with that.
26:39Hop, hop, hop.
26:40We're filming here, you.
26:42We return to the same place.
26:43That's what you call chance.
26:44So, do I understand?
26:46that the reds, ultimately,
26:47You went for nothing.
26:48And that it stayed in the same place?
26:49Well, we could have left you there after all.
26:51What makes you go there?
26:54There, it's...
26:55This is the closest point to the train.
26:57It's the solar instinct.
26:59Let's go see the light now.
27:00which gives us the answer.
27:02It's tough.
27:03Hey, there, there!
27:05Yes!
27:05It's not just 10 times.
27:07Ah!
27:09So, nobody's on it yet.
27:11So, still 20 to 10.
27:13But you're very close, for example.
27:16Yes, but you chose
27:18the opposite of what we were looking for.
27:19That's it.
27:20We were looking for the dark spot.
27:21You chose the pale task.
27:23Yes, that's it.
27:23And it's kind of the opposite.
27:25of what we are looking for,
27:25even if it's close.
27:26We're looking for the dark spots
27:28on the sun, essentially.
27:30For what?
27:30Good, because there are so many
27:32of movements at the level
27:34of all this mass
27:35who is the sun
27:35than to some...
27:37Okay, that generates
27:38a magnetic field.
27:39In some places,
27:40the magnetic field
27:41is so big
27:43that it inhibits convection.
27:45That means that in those places,
27:46hot gases can no longer
27:47ascend towards the surface.
27:49If they no longer go up
27:50towards the surface,
27:51That means we're going to have
27:52a point on the sun
27:53which is less hot,
27:54which is less bright.
27:55These are the famous ones
27:56dark spots
27:57that we see on the sun.
27:58And here, we just have one
27:59in our image,
28:00But there are several.
28:01There are several.
28:01There are some
28:02which are larger
28:03than the Earth.
28:04Imagine,
28:04It's not small.
28:06And in those dark tasks,
28:08we estimate the temperature
28:09at approximately 3500 degrees Celsius.
28:11Ah!
28:12It might take
28:12a little hen.
28:13Another one.
28:13So, 20 to 10,
28:15This is the final score
28:16for this part.
28:18And Marie-Sara,
28:19you leave with
28:20a pair of tickets
28:21for a visit
28:21all the way to Grand Bay.
28:22There you go, congratulations.
28:23Thank you, Les Bleus.
28:24Thank you, Reds.
28:25Thank you to the studio audience.
28:26Thanks to Martin.
28:27And I remind you
28:27that this week,
28:28It shouldn't be said often.
28:29because I'm too proud,
28:30we will live
28:30The thousandth episode.
28:32But first,
28:32We'll do it tomorrow.
28:33Hi everyone.
28:41We have plenty of other shows
28:43for you.
28:44Discover them on our app.
28:46It's free.
28:48Subtitling by Radio-Canada
28:50Subtitling by Radio-Canada