Hey guys, welcome back to come again. I'm Shannon and today we're gonna be talking about Voltron legendary defender season 3 which just came out on Netflix today August the 4th, and let me tell you it was only a seven episode season However season 4 will be coming back in October. I cannot wait This season we got low tour joined the care the cast of characters We got to see the first episode First two episodes. I'm sorry dealt with the team trying to find shiro and also trying to replace him We got to see Keith finally take on as the paladin and leader of the black lion We then got to see kind of a revamp of the original series Where Lance became the pilot of the red lion? And allura becoming the pilot of the blue lion finally get shiro back After several ventures and the black land rejects We also get to see Sven Which was an alternate reality version of shiro? That's right The paladins went to another reality and they met an alternate reality version of shiro Which turned out to be Sven from the original Voltron series back in the 80s And you can tell it was sent right off the bat the haircut was right. He had the Style the white kind of design on his black Shirt or armor whatever you want to call it and so you knew right away It was it wasn't shiro like the paladins thought it was Even talk like Sven also what we get to see is the person who helped Keith Last season it wasn't low tour as many suspected. It was actually one of low tours commanders, which he has I believe four or five Lieutenants or commanders whatever you want to call them that are basically his his guard Kind of like the opposite the negative verse Voltron force We get to see Keith become the leader of the Voltron paladins and we he's He's very green when it comes to leading the team He has his mindset on one thing and one thing only that's finding shiro But he does start to come into his own towards the end of the season Finally with season three we get to see in the last episode episode seven We get to see how Voltron Was created we get to see what happened to Zarkon to turn him evil we get to see the birth of Hagar we get to see what caused The creation of the Galra Empire to be what it is today. We got to see the destruction of Zarkon's planet. We got to see why he has become so obsessed With conquering the universe and gaining control of Voltron We got to see him and Alphor as friends working together. It was an amazing season I highly recommend it you guys really have to watch if you haven't watched yet like I said It's only seven episodes each episode is about half an hour. Check it out on Netflix. It's available now August 4th 2017 on Netflix check it out and season 4 will return in October. So take care guys Hey guys Shannon here Don't forget to like subscribe comment and share these videos with your family and friends because every time you do you Protect the memory of lesser known heroes from the Golden Age and beyond


Can I show something? This one. This one. The first talk of the session is about the scale of the sport by a non-guarantee human flow, the children's regime, by Iliyan, Sirot and Zibin. Iliyan, Sirot and Zibin. Everything is very easy. Zibin. My name is Valeria Sirota and I'm presenting our work with Anton Iliyan and Kirill Zibin. Our topic is passive-scholar transport, but I'd like to begin with some mathematical preface. It concerns the... to make the next one. Here it is. It concerns the time exponentials of random matrices, which are the formal solutions to such a linear equation. The equation is linear, but these are matrices, so they do not commutate. And the matrix A is assumed to be a given stationary or a random process with a given statistics. And the question is how to find the statistics of Q. Here is a good tool for such problems. Well, this equation appears in many turbulent problems, and so I hope that it may be of use not only for passive-scholar, but also for many other things. So the important tool is cumulant functions. This is the definition, and if there exists probability density function, then the exponential of the cumulant function is just the Fourier transform of the probability density. In the case that we deal with random processes, we should consider cumulant functionals instead of functions, but if this probe function, the argument of W, changes slowly compared to the correlation time of this process, then the functional can be just reduced to a function in such a way. So anyway, we can deal with cumulant functions. Here is the example. How does this tool work? If we take the one-dimensional case, everything is easy, and we want to calculate, for example, the momenta of the value Q, we just have to recall the definition, and we immediately get the answer. By the way, we see that these momenta either grow or decrease exponentially as functions of time. Well, it's okay with one-dimensional case, but what shall we do with multi-dimensions? It is convenient to make the so-called eva-sava decomposition of the matrix Q. Any matrix can be decomposed into a product of an upper triangular matrix, diagonal matrix with positive elements, and rotational matrix. This is true for any matrix, but if Q is the solution to this equation, then these three components behave in a very different way. Namely, as time goes to infinity, the rotational matrix remains just random. The upper triangular matrix stabilizes at some random limit, at some random value, which depends on the particular realization of the process. And the diagonal matrix grows, or the elements of the diagonal matrix grow or decrease exponentially in this sense, in the sense that there exists such a limit. Moreover, the limit values lambda do not depend on the particular realization of the process. They are the same for all realizations and depend only on the statistics of A. So they are important characteristics of the process A and of the process Q. In this sense, they are universal, and they are called Lepunov exponents. In the case of Gaussian process A, the expressions for these Lepunov exponents have been calculated, but still there is a question what to do if the process A is not Gaussian. Since the main part of the Q matrix appears to be the diagonal matrix, our goal is to know the statistics of the diagonal matrix as a function of the statistics of A. And the good news is that now we know how to do this. The main idea is that we have to make a change of variables in such a way that we just should rotate the A matrix correspondingly to the way the Q matrix rotates. So it is not easy just to guess why is this change of variables good, but still it is good. And just as the Q matrix is decomposed into a product of three matrices, three components, correspondingly the X matrix can be decomposed into a sum of three components, and unlike the Q matrix, these components are easy to separate from one another. And luckily the diagonal part of X corresponds to the diagonal part of the Q matrix. So these change of variables is rather complicated because of random matrix R. Still it is possible to calculate the Jacobion of the transformations, and so we can eventually calculate the cumulon function of X based on the cumulon function of A. The relation appears to be very simple. And since we are interested in the diagonal part of X, we can in some easy way restrict ourselves by the diagonal components. So we get the cumulon function of the diagonal components. So now knowing the statistics of A, we can calculate any averages of the matrix D. In particular, it is easy to get the expression for the Lyapunov exponents in this case. Well, now we pass on to the passive scalar transport. So here is the equation. Theta is the density of passive scalar. V is a random velocity field, and it is assumed to be given. The Cregnan model assumes that velocity is delta-related in time and Gaussian. And this model is very well studied. There are very many results, but it's lack is that it is rather far from reality. For example, in this model, there can be no energy cascade because of time reversibility. Well, there is a common mistake to think that if we have a sum of a large amount of summons or an integral of random value, it behaves just like a Gaussian, so we can just replace any integral or sum by a Gaussian value. It is not so because indeed all the powers of these two random values coincide, but if we take the exponential of this random value, the result would be quite different. So if we take exponentials, then non-Gaussianity is very important. It makes the same contribution as the first two orders. So what to do if we want to deal with non-Gaussian fields? The usual way is to use the bachelor limit. This corresponds to the viscose range, and then we deal with the velocity stress tensor instead of velocity itself. The problem was investigated by Balkovsky and Fuxon, and the result was that the moments of the scalar density decrease exponentially, and the exponents saturate at some large values of alpha. But the relation between these exponents gamma and the statistics of A remained unknown. So in this paper and in this talk, we will find the exact expressions for gamma in terms of statistics of alpha. So given A statistics, we can calculate everything, and the interesting fact is that it appears that the saturation occurs always at the same value of alpha, and it does not depend on the statistics of A at all. The saturation is universal. Well, so we take the bachelor limit, and we take the quasi Lagrangian reference frame. This means that we move along together with one particle. So the equation becomes like this, and we'll first solve it and then make the averaging. So it is rather easy because this equation is linear. We have to make a Fourier transform and a change of variables in any order, and we know that in this change of variables there appears the equation we discussed above. So this is the result in the Fourier space, and to get the value in the real space we have to make one more Fourier transform. For initial condition, we take the isolated blob with Gaussian distribution without any loss of generality. The only important thing is that it has some scale. It is not even important to which scale it has. So now we calculate the value of the passive scalar density, and we see that it is expressed via the determinant of such a matrix. So we have to calculate such an average. Sometimes people consider homogeneous initial conditions instead of an evolution of the blob evolution, and it is just the same. You only have to average additionally over the initial conditions, and the result will be just the same up to renormalization of alpha. So we have to calculate this average, and now we recall that the q-matrix can be decomposed into the three components. Only one of them remains randomly. Now if we look at this matrix that we have to calculate, we see that q is here in such a combination, and that the rotational matrix vanishes here. So the matrix q is random, but this matrix is not random at large times. Moreover, to calculate its determinant, we have to take only growing components of the d-matrix, because the growing components of the d-matrix contribute to the determinant, and the decreasing components do not contribute because of this summand. Well now, this determinant is proportional to a product of the components of those components of the d-matrix that are growing. Well now, we recall that we know everything about the matrix D or the matrix Z if we know the matrix A. In particular, it is easy to calculate the cumulant function of the Z-matrix for any given time, and also we will need in what follows the probability density. It is also easy to get it by taking the Fourier transform. Now how to calculate this integral? The most naive way of consideration is like this. Well, the Z-matrix, the components of Z, have some definite limit at large t, at large time. So we just can take these limits instead of these components, and we get such a solution. But of course, this works only for very small values of alpha. The less naive consideration is like this. Okay, Z are not equal to their limit, but since time is large enough, we hope that at least the sine of Z is equal to the sine of its limit. So it's not so far from its limit. Then we can also easily calculate the result by using the definition of the cumulant function. But it is also not true. It also works only for rather small alphas. Because for any finite time, for any finite time, there exist particular realizations of the process when the value of Z is of the opposite sine to that of lambda, or at least the value of Z is zero. And though these particular realizations are very rare, they may be very important, and we will see that it is just what happens. So the honest way to do everything is just to calculate the probability density of Z and then to calculate this integral. Luckily, all these integrals contain a large parameter T in the exponential, so we can use the settle point approximation. Now we find that all the averages are exponentials and the exponents are the maximums of such functions. Well, and what to do with these functions? Here it is. This function is not analytical because of this ster-like part. Yes, well, we have to make averages over all possible values of Z, or which is the same over all possible values of K. So if the maximum is reached inside the analytical field, the analytical region, then the result is like this. This is the maximum value. But the maximum may as well be reached on the boundary between two analytical regions. This boundary corresponds to the value Z sum of the components of Z equal to zero. And then the maximum looks like this. One of the equations is the equation of determining the boundary. In both cases, the momenta are equal to the exponentials of the... Well, in both cases, the exponents are the values of cumulant function at the point where the maximum is achieved. In the three-dimensional case, everything becomes simpler because of incompressibility. We can make a change of variables in such a way that one variable vanishes, and everything depends only on two variables. And also one of these Z components is definitely positive. One of the Z components is definitely negative. So only one of them may change its sign. Here are some examples just to see what this all means. Here is the simplest case, the Gausson statistics. In the Gausson case, the cumulant function of A looks like a paraboloid, and the cumulant function of rho looks like a paraboloid shifted to this point. This is the minimum. And what happens? If we start with alpha equal to zero, we are at this starting point. The maximum corresponds to the zero point. And we are already situated on the boundary. This boundary looks like a roof. So this is the region of analyticity, and this is the region of analyticity, and this is the boundary between these two regions. And the maximum is reached here. As alpha increases, the maximum just moves along this boundary to this point. And as alpha becomes equal to two, the maximum reaches this point. And then it stands there, whatever happens. Alpha increases, and the maximum stands here. And this is the saturation of the exponent. If we take a small deviation from Gausson, then the boundary does no longer include the zero point. So we start at the point inside the region of analyticity. But as alpha increases, the point of maximum moves inside this analytical region towards the boundary, and as it reaches the boundary, it begins to move along it again. And again it goes to this point, and here it stops. Well, if we consider a reverse sign of the deviation, the situation is very similar. We are again in the region of analyticity, but now we are moving to the left, just towards the boundary. This boundary is z equal to zero. This is the boundary between two regions of analyticity. So anyway, whatever we do, the point of maximum moves towards the boundary, z equal to zero, and then it goes along this boundary. Well, in these two cases, the deviation from Gausson eventually is very small. But it may be not so if the deviation... If the deviation from Gausson is large enough, if the deviation of A process from Gausson is large enough. For example, we consider such a model for the process A, and here we see that in this case, the exponents also saturate at alpha equal to two, but the shape of the curve is just different. So this is a summary. We analyzed the passive scalar advenction in a turbulent flow at a time much bigger than the correlation time of the flow, and scales much smaller than the viscose scale, and we obtained exact expressions for the exponents of the Lagrangian scalar density moments in terms of Lagrangian velocity strain tensor statistics. If velocity is assumed to be delta correlated, the letter coincides with the Euler strain tensor statistics. The exponents saturate at the universal value alpha equal to two, independently of the statistics. In the range between alpha zero and alpha two, they can differ significantly from those in the Gausson case. Thank you for your attention. When you look at turbulence, we're often told that it's not Gaussian. Yes. Did you describe your turbulence as a Gaussian field? Turbulence is a much more complicated problem than just passive scalar transport in a given velocity field, but maybe, if we will be successful, we are just thinking of trying to use these techniques to the turbulence, but of course it is a much more complicated step to a turbulent field. Well, here the field may be turbulent, but the statistics is assumed to be given. We do not think of the statistics of velocity. We assume it to be given, and if it is given, then we can calculate the statistics of the passive scalar.


Let's do this, the Laplace transform of this function f of t equals e to the power negative 3t. I remind you that the Laplace transform of any function, of any function f of t equals the improper integral of e to the power negative t times the f of t dt. That is what we have to do. If we do the Laplace transform, it's got to be this curse of L, which I can never do well, of e to the power negative 3t. Well, it's this improper integral of e to the power negative s t times e to the power negative 3t dt. I suppose I can write this a bit better. It'll be e to the power, and it'll be a negative s plus 3t dt. I suppose I could write it like that. And what would be the integral of that? Remember it's the limit as b goes to infinity of the integral of going from 0 to b. Remember all of that. But this is going to be, there should at least be a 1 over s plus 3, s plus 3. Let's see, there's got to be an e to the power negative s plus 3t. But if I integrate this, if I would integrate this now, I'm going to be left with a negative in front there. So there's got to be a negative there as well, going from 0 to infinity. Now just think about it a bit. We want this to be, land up in the denominator. The only way that this is going to land up in the denominator, if all of this is larger than 0. So here we have the fact that s plus 3 must be larger than 0, or s must be larger than negative 3. If x is negative 4, we're going to have negative 1 times negative, that's positive e to the power t. And that's not going to work for us. We want this to remain negative, and the only way, before that was easy, we just had s larger than 0. But here the s plus 3 must be larger than 0, so s must be larger than negative 3. So let's do that, we're going to have negative 1 over s plus 3, and we're going to have 1 over e to the power s plus 3 t, going from 0 to infinity. There's going to be negative 1 over s plus 3. There's going to be a negative 1 over s plus 3. This is our look. And then we're going to have the fact that we need to do this bit. There's going to be 1 over e to the power s plus 3 times infinity, minus 1 over e to the power s plus 3 times 0. That equals negative 1 over s plus 3. And what is this going to be? Well, this becomes 0. I have this infinity in the denominator. e to the power 0 is 1, so that becomes negative 1. So our end result here, you can see there, negative 1. So this becomes 0. This becomes 1. 0 minus 1 is negative 1.  Very awkward in the beginning these Laplace transforms, but there you have it. The Laplace transform of e to the power negative 3 t, so we have a few in our arsenal now how to do some of these. So if that was negative 4 t, this would have been 1 over s plus 4. I think you could see where that is going as well. The only provisor that we have here is that s must be larger than negative 3 for this to converge, for this improper integral to converge. And we saw that because we needed this negative s plus 3 t to remain a negative for the values that we choose so that we could put it in the denominator so that when we do take these bounds that we do end up with this kind of scenario. So yeah, s plus 3 had to be larger than 0, 2 for this to remain a negative.


There will be times when you want to hide columns or rows in your Excel document. To do it, do this. Select the column you want to hide, then right-click and select the Hide option. If you want to hide columns sequenced together, select the first one and press the Shift key, then click the last column. Forget the nightmare of creating or renovating your website. Just a few days ago, we found ourselves in the need to renovate our site. Squarespace made it easy with dozens of customizable templates that allow users to make their website their own. Squarespace makes it a worry-free option for users. In a matter of minutes, we renewed our site in an easy and simple way. We encourage you to visit our friends at Squarespace. The link is in the description below. Now right-click, then select the Hide option. When the columns you want to hide are separated, click the first column and hit the Control key and select all of the separated columns. Then right-click and select the Hide option. Follow the same steps to hide a row or rows. As you can see, the columns or rows are no longer visible. This does not mean that they have been deleted. They are only hidden. Once you have done this, you will see two vertical lines in the middle of the two columns or horizontal lines between the rows where the hidden columns or rows are. They represent the columns or rows that have been hidden. To unhide them, you can double-click on the two vertical or horizontal lines. Also, you can right-click on the lines and select the Unhide option. Or select all of the document by clicking on this triangle in the upper left corner. Then right-click on one of the columns or rows and select the Unhide option. And that's it. Keep in touch with us by subscribing to our Burn to Learn channel. And don't forget to like this video.


Still a very good morning. Are you still feeling good? We can help you for better. Yeah I try to type on Facebook wide to five four channel onto the hashtag is white in the morning told you Lydia's a breakfast show in This here town and if you don't believe me, don't take my word. Don't even just Monday Wattwapa Tuesday Wednesday Thursday all the way to a social Friday. You won't regret it. You trust Trust me to vow or at color me vow on every day It is my honor to take you through the day. Now, you know what time it is time for strength of a woman and we have To come out of something you know, but I've just been salivating over her hair.  What are the same as other good morning?  My favorite kind you come to me.  Yes, what does that mean? So I I do I do work with a different organization same Kuna some program book programs then you who are to nafanya The same for example come up with a program native families matter who are Facilitated. Yeah, so I'm a peer educator too. Yeah, what do you teach the youth? It's all about skills Life skills Yeah To do some sort of training skills And maybe find out your target audience. I want to tell you about a story in Miss Mokwagazeti Something about a student somewhere in Kisi school. Yeah, I hope yeah Mm-hmm Where is it guys? No, I want to get this right. It was a very very very Just I don't know and I'm not going to find it. Am I not okay? But anyway guys basic thing is something happened at the C school so he apparently he was late for class No, some evening classes After my job Yeah He drew a knife from his socks and Stabbed him Repeatedly I think I think a limo mystery Heep city whoopee and whoopee a lot more limo mania like what I'm trying to say there And now The meat of the story Cooper because says the education official further revealed that the attacker later Confessed to him that he had bought the knife to commit suicide Due to frustrations he experienced at home during the long closure of learning institutions Okay, so sample What do you think is going on? I think What I mean what to do it will call work or some how a corner stress Depending on below a make-up home one was a ziwa. What do you call? I'm talking to a shoe lady. I'm just gonna forget about So the same thing we're making fun. I'm talking to you at home I'm not but I'm just a kind of subui and in a subika mama me lala Johnny and a rudicama I'm talking to a me lala. So I thought I thought we could jump to you Okay, the rest of the day I make work if I mean no one I want a relationship between Mother and child could you a to know tonight and I'll a relationship. Yeah, it is not that tight So the parent doesn't know what the kids do does at the at the at the all the all of the day so yeah, yeah, and I Kikuja to me a me lala. So how I know time you're come here. How I know time you're cool bond. So I'm but I'm to me More most of the children who are not to me a drags Gp a pressure So and then another thing You're story home total. I think fall to be a co-coach who live Move to come to talk in the school as mass at you. I only can a me baby So that means labdaku a co-coach you And in the event to send me for example, so so we make a home. I think almost nine months. So we'll kick our home and perhaps easy industries and isn't make gong was done at the hotel industry is is a co-coach who live just basically a lot of things have been happening How I know Kazi just because COVID-19 came in a bit is a little fun. So what happens when?  What happens is I'm Zazia. Can't say ma. No fun. Kazi. See what kill on to ask a soul Mrody not can you miss a road deny? Are we going to blame parents? Somehow why sub-aboo at the end of the day? It's the responsibility of the parent to make sure that Olem to talk about how What I am able to put him through at any as I end your work At the end of the day at a jipada and a commit crime.  I'm trying to make us a pads So at a dangano we have 14 to 15 years Girls when you are pregnant or when you are a total sigh. So both of them talk about a pad. I'm Zazia is a Ford pad See at a dangano I have sex at the end of the day When don't know any when don't know a pad hire some of the parents how a funny cousin Permanent so I cut it over the link. Yes, it will be barra. Oh, but I'm at time milk when I find a domestic work here so on up at a Our was as you want a one and a cook I'm out. Luckily me love them.  Oh, good. But it's a good one.  I just put a keeper on me. I'm a rudic one It'll a frustration and any one total a mission danger the whole day We expect a funny They have families, maybe they have children, maybe they have a baby And now they are angry because now teachers should be protected And you know I can't fault you, it's true they should be protected So is that fine? How do we fix this? How do we fix this? How do we fix this? I think we have to control ourselves I was a child when I was in school, I was a teenager She was 17 years old I was a teenager I was a teenager I have a recipe, it's very easy I was born at 15 I was born at 17 I think she was my daughter I take her as my friend, my sister She was very very close She was very young Most of the time, mute after time She was very delicate She used to slide me one time She was 17 I remember I remember I remember I told my mother She used to write a story She used to write I used to write She used to go to school Maybe she was a counsellor She used to go to the PSI She used to help me I have been in the PSI for 1 hour You never know if I will change life I have a lot of problems We should just talk about things We are African I am a woman I am a woman I am a woman What? Look at her Let's talk about this skillset situation What are the skills that you teach? what's your target audience? Is it boy child or girl child? Both Both Both Boy child and girl child are empowered So this is detergent making Yogurt making Matte making and bead making So I think it's more comfortable to do it Do you have school fees How is this benefitting you? How is this benefitting you? It's a passion It's a community I wrote a story at first and I was 15 years old You were 15 but you were still a girl I was 15 by the way I was 15 by the way So My first work was domestic work I was in Nairobi West For 1500 shillings I was 15 I was a stage adult I didn't know much I was really into it I tried to do it A lot I worked in different houses At home you just got the What?  I was at home at that time. Did you have a ball? I had a ball. I was at Moezi. I was at the adolescence stage at Sumbua. You were at that stage? Yes, I was at that stage. So I was at home. I was working. So I was passionate. Whatever I learned, I would give back to the community. So okay. This attempted rape three times. Were you at the same house? No, I was at different houses. So the first one, I was at the rape house. I was at my house and I said, Oh ma'am, I will return to my house. I will return to my house. The next house. It took me two weeks. Yes. So I was at home. I was at home. I had to go back home. Okay. Now that we're on this story. So I was at home. So I was at home. I think a Christian... I don't know what he is. But I know the story. So I was at some Christian type of station. He was also a house manager. So Moja, I think, How long have you been a house manager? Or how has the experience been? I love the person who is giving me the same. I don't even know what to say. Oh my gosh! I have been a house manager for how many years. And I don't understand. I don't know who is giving me the same experience. I think, I don't know who is giving me the same experience. And I just want to say, Hey sis, why are you upset? Why are you upset? Because she says she is very professional. So I was at home.   And I watched TV. So I gave her advice. She said, Why are you upset? Because she is very famous in the streets. She said, She was really upset. She was really upset.   Is there any problem? So, I am not a prostitute. There are some organizations organizations in New Zealand train girls professional housekeeping that's the time this is the time when I was a child so that's when I changed because I was the one who told the kids about housekeeping at that time at 15 do you know anything how could you be empowered enough it's biological it's not making things up how would you make decisions how was it raising a child at 15, 16, how was that it was very hard 15 I was in from one I went back to school after 10 good years okay but I'm glad you went back I had too but it was hard when I was a kid I would say I'm not after work I was a mentor for those 10 years I was trained for education for 2 years so I had to do short courses before I went to school I did KCSE come on you grew up very fast life from 15 to almost 30 sometimes I would go to school I would go to school but I'm glad she's in school I'm glad she's in school I'm glad she's in school sorry I have interrupted you where's your story where's your story before I came to school I was a kid I had a life experience I had a life in another perspective so who has to hide anything I would watch a video I would just squeeze it and then I would go to school you were very fast I would go to school I would discuss because at the end of the day there was a time when I was 13 to 17 years I would go to school I would go to school when I was 13 years old I would have a girlfriend I would go to my mother's house my mother would work I would have a conversation I would open the door and say when I was 15 years old I would go to school I would go to school I would go to school I would hide anything they know parents are the most important teachers if you don't teach them about sexuality and sex I am not the one who found my mother I am not the one who found my mother so it's better to escape I would go to school I would go to school I would go to school I would feel shy at first but as time goes on I would go to school I would open the door and say everything that goes on with her so it's not just about skill set I am very important I am a girl through life experience I was born in the year of 1820 then when I was born I was ready to have a child I had sex education I had sex education I had sex obviously I had HIV and STM I was prepared to have a child I was prepared depending on the age but at the end of the day let's say for example we had a talk about suicide we had a talk about social media we had a TV we had a conversation what if you were 20 years old I would have told you I had a struggle when I was 15 I was in Form 3 I had a single mom I was 14 years old I was ready to have a child I was ready to have a child I was ready to have a child I was ready to have a child and I was ready at the end of the day I was ready at the end of the day I was going to visit her I was going to visit her I will tell you lets get back to the strength of a woman facilitator you are as you you know teach skill sets and all these things what else do you do your hairdresser yeah basically that is what I do now why why what did the community ever do for you that you feel like you want to give it back to them but you know I'm trying to say my name but I know I said yeah you know this when you were humanic you me why do you have so much passion to help other people I have so much passion whatever I went through police idea yeah someone helped me to be where I am today yeah he was the one who introduced me to several organizations that empowered me so fish whatever I learn I want to give it back because me ma'am yeah so at least So, she clearly had to go and say, malice are two of your form four. Then, to turn to the next thing. And she said, ma'am, you don't have to go out with me. I said, ma'am, I'm not going to go out with you. I'm going to buy you a house. You don't have to go out with me to buy you a house. So, she said, how do you think you can buy a house if you have two boyfriends? What are two boyfriends? I have two boyfriends as yes and no. So, I'm either a ma'am or a boyfriend, all of them are boys.   So, I said, ma'am, I'm going to buy you a house. I'm going to buy you a house, and I was like what? She said, ma'am, I'm going to buy you a house. But I don't have to go out with you for 40. I rarely go out with my friends. My friends are with me. I used to tell that my mother used to tell me that she was a boy child with a father and a daughter. So, she would go to work and do the dishes. But, you see, what do you do in the working class? There was a time when I was a child So, I learned how to learn V2 Ground And when I learned V2, I was like Different! You can buy her tea, guys You want to talk about her Yeah, so I'm different So, I learned how to learn V2 And I was a little scared I had a life experience I was like, I'm a tree And I was like Out of... I was a little scared I was like, I'm a tree I was like, I'm a tree I was like, I'm a tree And I was like, yeah Okay, all right So, I learned how to learn V2 And I was like, yeah Yeah There is... This time, there was a...  Yes, my children, and my boys So, I fell asleep and I came to school I did not attempt to rape I was like, I'm a tree But he tried to rape me But I couldn't I took the shot I ate my car the best dad. At that time, I called and I said, I love you a lot. So, as in, when I was in the community, at some time back, I told some of my girls, who were in South Benia and the place in Guinea. So, I called them and they said, I love you so much. I have a problem. So, I don't have access. So, I told them, I love you a lot. So, I told them, what happens? Okay. I have a lot of history. There are about 5 million ways of history. The police, the police, the parents, the stories.  Okay. But you chose instead love and understanding. So, I told them, I love you a lot. I love that you took it further compared to counsellor. So, I told them, sometimes I love you a lot and you will be scared. You know? You know. I love you. I said, I love you a lot. So, I told them, I love you a lot. I loved you a lot. I love you a lot. So, I told them, I love you a lot. And you said, she told me that her daughter would be the one who drank alcohol. She told me she said she would drink alcohol if she wanted to. Double twice, Hasera. So instead of drinking alcohol, she didn't turn in this situation. Right? Yes. So, the next day, she was as happy as she could. She was so violent without me. I don't know why she didn't tell her she was pregnant. She wasn't my wife. She was like that. She had school fees. he was telling me that. I told him that he had a problem. So I told him, he had a problem. So he told me that I have a problem. He told me that I had a problem. He said, I have a problem. Then I told him that I have a problem. If it's a police case, it's well and good. If it's something you can sort out it. Is anyone else mesmerized by her right now coming with me? Let's vote president. Because I, I have politics to quivy my friend.  So I don't like politics. I don't like politics. Ah, ah, ah. Well, don't have to take it. Can we just arrange case? What? Through a lot. Through a lot. If it's something you can sort out, depending on what's happening. Okay. I imagine Sira is a single parent. Because my mom at some point was a single parent. And since she was born, she doesn't know anything about me. She doesn't know anything. I have my own stress. I've just provided for my family and I think I have my own stress. I don't have any stress. I don't have any stress. How ways you talk, my friend? If you come up with a personal community. And you have community at heart. How ways you talk. I have a friend. Do you know sometimes when you have a friend, you don't know anything about me. I don't know anything. I don't know anything. I don't know anything. You don't know anything. And when I come up with links, I don't know anything. That's was my next question. Don't know anything. I don't know anything. I know friends. If anything happens, I don't know anything. I don't know anything. Won't know anything. See, do you know God? Yes. I know God too. I don't know what to do guys I wish I could give her something to say thank you I wish, I wish It's okay This story is strong But anyway, you can still find us at White Fire from Facebook White Fire 4 Channel on Twitter Hashtag is white in the morning We are currently in the middle of a very very Phenomenal interview with a phenomenal person I don't know I think she has goosebumps She has goosebumps Alright There is a problem Is it Do you need help? No And how can they do that if they want to Um Sometimes Sessions on weekends So come on Facebook, Instagram What's up Twitter I'm Joy Firemoma Mwix Let me transfer Firemoma Guys, I know Shulinda is not working So Thank you What is your name? My name is X-ray So let's take it easy Fire Firemgle M-O-M-M-L-E Stop it The shot of somebody Locking it How can you So, what's your name? This is Joy Firemoma Mwix Can you call the fireman? Then I'll explain To you Now Wow I want to thank you for your support. It has not been easy to me struggle a lot after anyway and partners come on as I talk about the better to support our to support our vision because when you empower a person you empower the whole community depending on him it all starts with you if you if you get empowered please empower someone else mm-hmm my favorite thing about can you please remember that's for me empower a person I've been here in complaints due to me empower girls tell Santa boy tell them empire buddy okay empower boy child empower girls tell us she has a wonderful smile but we believe you we really believe you 15 I had to go through a lot but thank god I'm here if you hadn't the bus I want to leave a legacy in my community at least is about to burst so before it busts open guys we're going to take a short break okay that I found Facebook white 54 channel on twitter hashtag is over in the morning we send it because we have a conversation that's not in fact funny enough or coincidentally to know Lisa on our socials how you feel about venue a toy was squeezed one a raise you are had how you feeling about that yeah let us know are we pointing fingers naming names we playing the blame game we're going to find out but don't go away


I'm Kevin Trumbull of the School of Materials Engineering. I'm here representing the department head Dave Barr, and I'm pleased to introduce Professor Maria Oknouski. She is an associate professor of materials engineering, and she also has a courtesy appointment in nuclear engineering. She's a fellow West Michigander. We actually grew up about 50 miles apart from each other. So she did her graduate work at the University of Illinois, and she joined us here from Idaho National Labs. She's an expert in nuclear materials and also in structural materials and their characterization at the microstructure level. So I'll let her tell you more about that. So she's made great contributions to our teaching programs, both at the graduate and undergraduate level. When our longtime professor, Dan Onda, retired a few years ago, she kind of took over the quantitative microstructure analysis course that's been a Purdue mainstay for many, many years, and she's done a great job with the undergraduate laboratory courses as well. She's had a remarkable number of undergraduate researchers in her labs over the years, so I'll let her take it away. Can you all hear me OK? OK, great. OK, so first of all, thank you very much for the opportunity to speak today, and thank you all for coming. OK, so with that, I will go ahead and get started. And so first of all, as Ivan barked upon this journey here, I firstly and foremostly need to thank my family and friends support along the way. And in the center here, I don't know if the pointer is quite weak, that's my parents there. And they've given me this backbone of basically hard work and perseverance and enabling me to pursue any sort of research or discipline that I was particularly interested in. They didn't push me one way or another, so I really appreciated that. And you'll see, I had a very nonlinear trajectory, and you'll see how that kind of comes into play. I also have two sisters and a younger brother, too, that also supported me quite a bit along the way. And I have four nephews that, as you can maybe see at the bottom there, I'm trying to recruit them to come to Purdue. I'm starting them very early. And then also, I have a couple wonderful brother-in-laws. And of course, my husband here, he's also an associate professor and associate dean in the College of Health and Human Sciences. He's actually taking his group out to lunch today, so he couldn't be here. But at any rate, he's been a tremendous support to me. And then, of course, our dogs. Those are near and dear to our hearts and great emotional support animals, if you will. So OK. So I included this picture here because not just because it's pretty. One, I am an avid scuba diver. I love scuba diving. I'm a certified rescue diver. But it also represents my trajectory, if you will, throughout my academic career. And the reason I chose scuba diving, too, here to indicate that is you really have to be able to control yourself in three dimensions. I was not even on a linear trajectory. I was actually going in multi-dimensions. And you need that buoyancy control for you to navigate around those coral heads effectively and actually see the macro and the micro fauna and flora. OK. So I started out as actually a marine science and biology major. That was my bachelor's degree. So here's where I'm talking about non-linearity, right? A very non-traditional path. I conducted this, my bachelor's degree, at the University of Tampa right in the heart of Tampa. It's a beautiful campus right along the Hillsboro River there. And my research interest was really peaked from the very beginning. I conducted research for four years with a faculty member, Stan Rice. And we were looking at barnacle colonization rates and adhesion strengths on various materials that the Navy had contracted him for. So we didn't know what they were. It was like material X, material Y, and whatnot. So I had to publish, I had published a four-year thesis and also gave a presentation. And so it was like material X, material Y, material Z, because we never knew what they were doing the comparisons. But at any rate, he had developed this sort of clever methodology to measure adhesion strength of materials. And he called it, for the barnacles, a barnacle meter, naturally, right? So every week we would head out to have the picture at the very bottom there of Davis Island. And we would go and count the barnacles, bring them back, and then check their adhesion strength, right, and chart that over four years, essentially. So one of the other things, too, that I'm passionate about is also preserving the environment. And so one of the things that I did as an undergrad was started the recycling program at the University of Tampa. So that's me down there. And yeah, that's black and white. I guess that's what it looks like after you get the scanned in version. They did have color photos then. So, but yeah, I actually dug this out last night. So, but at any rate, we actually had the president of the university out there helping paint some of these bins that we were doing our paper recycling in. So it was a great effort across the university. Okay, so now to the non-linearity. I have this jump, right, between my undergraduate and graduate experience. So now you see I'm pursuing my master's and PhD in nuclear engineering. Well, this had to do because with, I had four years basically where I took some time and worked in basically water quality testing and R&D. And in the R&D component, I had the opportunity to interact with a national laboratory fellow, the highest sort of echelon you can achieve at Pacific Northwest National Laboratory. And he was my mentor. He really kind of was a sort of a guidepost, if you will, for nuclear, right? He really showed me how interesting this could be. And then one of our other collaborators as part of the small R&D company too was from UIUC and he recruited me to come to graduate school. And so there I was. So I had a couple years to catch up on engineering classes. So I took longer than most students. And so it was kind of an interesting endeavor, but I was determined to do that. And I started out and my master's actually doing, actually, simulations, right? Which I'm an experimentalist, right? So you saw, right, the barnacles and whatnot. So, but that's what we have funding for. So it really opened my eyes to the simulation, the capabilities of simulation, but also gave me a deeper understanding of what was happening from the microstructural level that I could then apply to my PhD. So my PhD transitioned more to experimental work, where I'm looking at microstructural evolution that was a radiation induced in basically single crystal iron with and without helium to simulate different types of nuclear reactor regimes. Okay, so those really kind of set the backbone for where I am now today. And I also wanted to thank a number of different collaborators from Los Alamos, Argon, SCKC and Washington State. And also I was a charter member of the World Nuclear University too. So I traveled actually all over the world to conduct experiments at those entities. Okay, so that took me to Idaho National Lab, which is the United States only fully funded DOE any nuclear energy laboratory. And I became directly as a staff member. I was not a postdoc, I was directly hired as a staff member because I came in with previous existing experience too. And they really gave me a lot of freedom, allowed me to expand upon my interests in different realms. But because they're a nuclear laboratory, they had a lot of fuel-based research. So then I started turning my attention more to fuel-based research as opposed to structural and some of the waste materials that I was looking at in my masters and my PhD. So I worked on understanding connections between microstructure of nuclear materials and fuels and their mechanical properties. So this is an example of just optimizing some mechanical properties in a trisorget fuel. This is an example of looking at different types of fabrication methodologies and optimizing residual stress in uranium molybdenum fuel. And one of the things that's really advantageous about being at Idaho National Lab is you can see in the top left-hand corner there, that's the advanced test reactor looking down into the core. So you see that chair and cove radiation there. So it is the most, or is the largest reactor that we can use to test materials in the United States. And so that opened a lot of capabilities for me to propose different types of experiments too that were not available before. And by the way, these are extremely expensive so you need the sort of support at these national labs. They also have amazing fuel handling facilities because this stuff comes out of the reactor and it is hot. I can't just reach over and touch it. Not physically hot, but radioactively hot. So we need to work in these sorts of hot cells that are shown here. That's pretty unique to Idaho National Lab too. And then finally, there was a nuclearization of some of the different types of techniques. Meaning they were shielded, for instance, we could use electron microscopes or focused ion beam combined with an SEM to enable us to pull out some really, really small specimens that we could then take to some of the user facilities. They became, now they weren't as hot, right? They were below the thresholds that needed to be accommodated within the particular user facilities. For instance, at Brookhaven at the advanced photon source at Argonne. Okay, so we continue here. This was kind of setting up some of the work that I've done here at Idaho and also continuing my graduate students now have picked up some of the work that I'd laid the foundation for at INL because it takes a long time to actually design these experiments, the irradiation experiments to actually being able to characterize them sometimes a couple years, sometimes a decade, sometimes multiple decades. So this fuel down here that I show at the bottom it's uranium zirconium fuel. That's nearly 30 years old now. That was my first PhD student that looked at that. So, and that was so hot, right? That was the coolest sample they let us remove from the hot cell to provide perspective. So, how did I make this sort of transition between Idaho National Lab and deciding to come to Purdue? So, I'd had a lot of people throughout my career say, oh, maybe you should become a faculty member, right? And I was like, no, I love the National Lab. At that point I'd worked in over a half a dozen of them across the world and I really liked my position and my flexibility at Idaho National Lab. But I never lost that student engagement. As soon as I started there, I was working with universities, working with graduate students from a number of different entities. By the way, one of these students is probably one of my closest collaborators right now, interestingly. And then I also decided, okay, I'm gonna try my hand at course development and teaching. So, I worked with one of my collaborators at INL and we co-developed a course on nuclear materials too. So, that allowed me to really kind of test the waters and the opportunity presented itself. And so, my husband and I came here to Purdue University. And I started as an assistant professor in 2016. And as I mentioned, we were laying that sort of foundational work to enable my current graduate students and recently graduated graduate students to be able to continue to pursue some of the microstructural evolution studies of these nuclear fuels, for instance. So, on the right-hand side here, we see this sort of 3D phase, avoid evolution of neutron, irradiated uranium zirconium fuel. So, this was something where we took those little, tiny cubes, those 50 by 50 micron cubes I showed you that were pulled out by a focused ion beam. They were cool enough. Now, we could take them to APS at Argon and then do some tomographic imaging. This provided unprecedented insight into the three-dimensional microstructure that was never known. We had no idea the complexity of these systems until we could take a peak three-dimensionally. So, Argon also liked that. That actually ended up on their front page of their website. And so, we were pretty proud of that. That was my first graduate student, Genova Thomas. And so, those different colors there indicate the different phases as well as the different, the porosity that's present within those fuels. One of the other kind of cool things that we were able to do, because we had access to neutrons, right, these nuclear reactors is this 4D, I'll call it quasi-4D microstructural evolution, we were able to examine the same microstructure before and after it was actually neutron irradiated. Pretty darn hard to do because you're trying to do this years apart, you have to have appropriate fiducials and think you can get back to that same point. So, that provided us some insight too in terms of how precipitates can evolve in structural materials. And it's much more complex again than we initially thought in terms of we have nucleation and growth. We have basically shrinkage and dissolution. We have ballistic dissolution from the bombardment of the neutrons and growth of reprecipitation. So, and then finally, this is an ongoing project, if you will. One of the other things I'm highlighting is the uranium-zirconium phase diagram. So, we think, oh yeah, phase diagrams, that's easy, right? We know all of these. No, we don't. We realized nobody agrees on the uranium-zirconium phase diagram. And so, we have been doing some in-situ neutron diffraction at Los Alamos and one of my recent PhD students conducted some of these experiments and we're collaborating also with Edwin Garcia in MSC to do machine learning. And now we've come up with a new phase diagram. I didn't put it here because it's not published yet. But that's coming out soon. So, all of these entities here, I'd just like to thank them because those are important user facilities that we go to and conduct our research at. And then, learning and engagement. So, as Kevin mentioned, I've taught a number of different courses here and ranging basically from our intro class which is shown here on this left-hand side. Interestingly, that was understanding the connections between processing and microstructure of ice cream. So, this was actually the first lecture that previous Dean Meng Cheng actually came to. He wasn't, he was a little too busy to stay around and wait for the ice cream though. So, but at least he came. So, it was pretty exciting. And then, this is actually, this is a class that Kevin was just mentioning in terms of the quantitative microstructural analysis. I created a kind of a fun exercise where students are actually using ASTM methodology to determine volume fraction of phases and they get to use candy bars. And so, we do that right around Halloween. So, it's a nice appropriate kind of combination. And then, this is just an example of one of the lab courses that I've taught too. So, the students get to drive their own SEM. And then, of course, here's my little puppy helping write lectures. I mean, he is named after Otto Hahn. So, naturally he's gonna help write the lectures, right? So, and then for engagement, these are some of the ongoing things that I currently have right now. I'm the chair of the user group of the Nuclear Science User Facility. I'm on the user's executive committee for NSLS2 at Brookhaven, for ANS, the Material Science Technology Division Executive Committee, and MINES, which is coming up in about a week and a half, is I'm the co-technical chair there too, and I'll be the chair in four years. So, and then finally, this is just snapshots of our research group kind of in combination of doing research and fun things. We like to combine both. That is a much nicer environment, of course, to work within. And the other thing I was gonna mention too is there's a combination of both undergrads and graduate students shown here. Okay, and then my current grad research group, actually are all these ladies here. They're all in the audience, so thank you all for coming. And then Nate is gonna be joining us in January, but I do want to basically to echo the sentiments of the previous faculty member too. The graduate students and the undergraduates are the ones that do all the work. So thank you all for your hard work. Thank you to those that have already graduated and moved on to other jobs. So, and as you can see, many of them are fellows, various types of fellows, Fulbright, UNLP, NSF, for instance, and have won some other accolades as well. So they're very successful. And then finally, my mentors and funding agencies, I'd like to thank them. So this is Dr. Rice. He was my Barnacleometer developer. And then Dr. Ron Brzezinski, he unfortunately has since passed away, but he was my real inspiration into getting into nuclear engineering. And then Professor Miley recruited me to UIUC, my PhD advisor, Jim Stubbins, who I can always just knock on his door or email him and he's an excellent resource for me, Stumolloy Los Alamos, and then also Elliot and Leah, who are my mentors here. So thank you all for supporting me. And then finally, of course, I have to thank all my funding agencies too, because we obviously need our funding to support our students. And with that, I thank you all for coming and I'd be happy to take any questions. Is that still on? Any questions? Two questions. The first one is, so from marine biology type of major into nuclear engineering, the background is very different.  Right. I think the hardest thing was, I mentioned I spent four years out of academia and getting back into the rigorous study regime was probably the most difficult aspect. My math was very strong, but it still took a little bit of time to basically transition back in. So yeah, it was just re-adapting and re-balancing my life. So yeah. Yeah, the next question is a more technical side. How do you keep the ice cream microstructure stable when you're under the microscope? How do you keep it stable? You put it in a freezer. So this one, they cheated basically, they had used liquid nitrogen too, right, to cool the system. So I think you could see the doer that was sitting on the floor. I don't think I'd crop that part out. So yeah. Thank you. Yeah, thank you. Hello, Professor Maria.   So again, as stated before, this is a dangerous transition if I was in your position, but you took that jump fearlessly. But what made you realize that, you already took a jump? What made you realize that, okay, nuclear physics is going to be my forte, and I'm going to build a career out of this? I mean, what prompted you not to take another jump is my question. Like why did you stick on to nuclear physics? Okay, this is going to be my main domain from now onwards. So thank you for the question. So it's a great question, right? Because it is a bit about finding out what resonates within ourselves in terms of our interests, right? And for me, it was a stepwise process too in terms of, okay, well, I'm going to get my master's first, see what this is like, see if this fit is right for me, right? And you can see, right, I transitioned too from the modeling to the experimental, so I'd back to my true self as an experimentalist. So, but like I said, I just kind of took it in a stepwise process, and by the way, for nuclear engineering, we had to complete a master's and then a PhD. There was no fast track to a PhD either, so it also gives people the opportunity to develop their skills and their interests too. So, yeah. I think we're ready to move on. Thank you.


Hello and welcome back. This is Michael again and in this training lesson. We're going to talk about pages now I'm going to assume that you have already watched the video on posts Which is what we're going to talk about in relationship to pages So if you haven't watched the post video already or aren't familiar with how posts work I would suggest that you watch that one first I'm starting here on the Nebraska libraries for website because it's a really great example of kind of how pages can show up And where they are and what their differences are between Or what the differences are between pages and posts Posts in this case are what show up here. So for example, welcome Osceola public library As I scroll down here weather woes welcome Elgin public library We'd like to know what you think these are all posts and in the post video I showed you how to create new posts and edit posts Pages are very similar when it comes to the editing function of them when it comes to creating and editing But they don't appear here in your blog or wherever your posts show up They actually show up somewhere else in this example. They show up up here across the top So about online training contact participating libraries looking for your library and want to participate are all Pages on this site as opposed to posts Now when you first sign up with us and you get your library's website now use Osceola here as an example Since they just went live recently your site will be pre-populated with some pages And they are about us calendar contact for kids and teens and Nebraska resources These are pre-populated and you can change them as you wish you can add them You can rearrange them and we'll go through each one of these I'm going to show you one other example here real quick if we go to the Republican Valley Library website You'll see that they have added some additional pages such as on-demand Periodical policies and policies is one that we do recommend you put up on your own site print resources and services so One of the things you're going to notice is that where they show up in Your site really depends on your theme So in this theme they're showing up here under the banner in this theme They're also showing up under the banner, but in the theme we're using for the project blog They kind of show up here across the top So you want to keep this in mind when you are picking your theme as to where the menu linking to your pages Actually goes so what I'm going to do next here is I'm going to go ahead and log into my site and Posts as I mentioned we talked about earlier and under there you can see all posts and add new in this case We're going to go to pages and you also have an all pages and add new Submenus, so if we just go ahead and select all pages what you'll see here It's very similar to the list that you will see when you look at your list of posts But in these case these are the pages As you can see here, we've got some pages already set up and what I'm going to do right off the top Is I'm going to go ahead and I'm going to select and add new I'm going to add a new page And let's say I want to go ahead and create a page about my library's policies I'm just going to go ahead and give it a title and then Your policies you probably have them as word documents already maybe some PDFs and if you want to keep them as PDFs Well, you can go ahead and link to those if you want refer to some of the other training videos for that If you have them as word documents, and you like to put them in here One thing I'll just point out is you can paste from a word document Just go ahead and use this button if that second row isn't there You can turn it on and off using what's called the kitchen sink button. I believe I also covered those in the Posts video, so I'm just going to go ahead and say this is some sample policy text Why can't type today and well, let's go ahead and fix that spelling error Oops Ponzi. That's not what I wanted Okay, can you tell I'm doing these lives? So we've got some sample policy text You can insert graphics you can do anything you wanted a page that you can do in a post We'll talk about parents in just a moment, but I'm going to go ahead and click publish Excuse me, and then at this point I can view the page or I can view the whole site I'm going to go ahead and view the whole site here to take a look at what we've got now I've created this new page and it is showing up up here in The list of menu items and it seems to be appearing third or fourth depending on how you count here By default pages will appear in your menu alphabetically a few moments I'll show you how you can change those orders around now What you will notice when we actually go to a page, which I'll go to right now I'll go to that policies page. I just created it's going to look just like the rest of your site It's going to have the the banner and header across the top It's going to have any sidebars either to the left or the right that your theme may have But in this case it is just you can think of it as being presented like a post But it doesn't appear in the list of posts. It just stands on its own so you want to use posts for things like Current events news things like that you use pages for content that is pretty darn static Policies the contact page the calendar page You may update the content of those pages, but you don't really want them to move around You don't aren't putting them into a hierarchy of posts that sort of thing So when you are creating content think posts for kind of dated up-to-date material and pages for more Content that is considered static or long term would maybe be a good way to think about it a Few other things to think about when it comes to posts is That I'm going to go back to my all pages here just to kind of reset us When you look at your all pages list you can hover over and do an edit a quick edit trash and view just like you can with posts You'll see the author over here You'll see any comments and you'll see when it was published so you also notice here This one is listed as a draft so just like with posts you can create draft pages and come back to work out on them a little later Now one of the things I want to point out is That you can kind of create nested lists and if I go over back to Osceola's page for just a moment Notice as I hover over about us about us is a page But then they've put their policies and their staff and board members underneath that So what I'm going to show you here is let's say I want my policies page to be under about sort of like Osceola did Now there's a couple of ways to get to this I'm just going to go ahead and do kind of the most direct way here I'm going to go back and edit my page and then over here under page attributes I'm going to look at parents and right now it says no parents So that means it's at the same level as all of those other pages But if I go ahead and select I want the parents of this page to be the about page and then go ahead and update All right, and now if I go back to my site and I refresh Notice now about has dis or excuse me policies has disappeared from this menu But if I hover over about it actually doesn't show up. So now I'm trying to figure out what exactly went wrong with this The one possible thing I can think of is it didn't update properly. So let's go ahead and check that and we'll go ahead and go home and then hover over about and That isn't working. Okay. Well, the one thing I can think of is it's possible that this theme does not support nested pages So if that is something you're going to want to do you're going to want to test that with your theme as you can see here That doesn't seem to be supported in my theme But that is how you would do and that is exactly what Osceola did here to get their policy pages under about us And just to show that that's technically been done if I go back to all pages You will see here that policy has moved itself up the list It is now under about and it's got this little dash in front of it And that means that about is the parent of the policies page So kind of lesson learned here for both you and I is that this feature may not actually be supported by all themes So choose your theme carefully The last thing I want to mention about pages we talked about them by default going into alphabetical order You can change that order around. I'm going to go ahead and go back to about here And I'm going to go ahead and edit that and the last thing I want to point out here is this order By default all pages are going to list an order of zero However, if you want to put them in a particular order, you can go ahead and number them So if you have seven pages and you don't want them in alphabetical order You would go through and number each page one two three four five six seven And then they will be presented in that order regardless of the letters that they start with One other quick place you can see that if I go back to my all pages If I click on the quick edit for one of these you can see here You can also change the parent as you would like and you can change the order so I could go ahead and say I want this to be Page number six go ahead and update that and now when it's displayed on my page I'm almost hesitant to show this to you, but let's go ahead. It should work notice that now that that is the sixth item It's moved all the way back down to the end of the list and you can again number them appropriately to get them into the order You want so just a quick review one pages are more for long-term Static information that you want presented on your website versus posts which are more up-to-date newsworthy sort of information You can create new edit existing and save drafts of any pages you want We have pre-populated some for you, but you are welcome to edit those as you see fit You can change the order that the pages are displayed in the menu by go by editing the page order field and providing that your A theme allows for it. You can go ahead and Nest those pages and create kind of drop-down menus in your site So that's the introduction to pages and how they work if you have any questions as always just feel free to go ahead and Leave a comment on this page or with this video and I'll do my best to answer your question and help you out Thanks for watching


Getting ready for Arirang radio today. We're having a special Christmas Eve concert So I gotta get there by 5 30 for rehearsals And I have decided to wear the song of style dress that you guys saw me try on I'll try to film when I get there, but I don't know. It just might be really hectic They decorated the halls like this so nice Hey guys, today I'm going to get extensions for my bangs with jam all the way to Seongsu and I have been struggling to put on this necklace for the past 10 minutes The bad thing about having long nails is that it's hard to put a necklace on Oh my god, finally. Oh, but I have to do two more This colorful sweater Anyways, so yeah, I wanted to get bang extensions because they're at an awkward length right now And I feel like I look so stupid So I'm just gonna get extensions to match the rest of my hair Struggled to put these necklaces on but I'm gonna take them off because I want to go with silver How do people put their necklaces on with these long nails? And I put it on backwards I have arrived I'm very happy with the way the hair extensions came out It's so natural. You got five bangs.   Anyways, the hair extensions were like a hundred and twenty dollars Which is a little expensive But at the same time not really because it lasts like a month to month and a half Depending on how well you take care of it I wish I could rewind to an hour ago before I decided to cut my hair You know you guys can relate right sometimes you just Want to do something stupid in the moment that you instantly Regret three seconds later. That was just the case for me. I guess I had a stressful day I needed to take it out on something. I wanted to show you guys how they did this So they basically take a few strands of hair and then they braid the fake licks onto it But this place is famous because they have the technique to take really thin strands of hair and braid it in So it looks natural much more natural than other places that do bang extensions because I've seen some pictures and Yeah, not everyone is good at this the pro of getting the hair extension done at this place Is I guess that they're really skilled. So if they make it look really natural. It wasn't that painful There were certain areas that were definitely more painful than others. My scalp is more sensitive near my face So when they were pulling at the very front of the scalp, it hurt a lot where it was actually like But I mean it's bearable and it only lasts like 10 seconds So it's not that bad But a con is that since not a lot of people can pull off this technique in order to take this out I got to go to that specific shop to get it done and I also have to pay to get these removed as well I don't think it's that much. I think it's just like Imanon I just can't go to any shops to get this removed and these will never fall out You can actually keep them on longer than a month and a half But it's just that it will get tangled and your hair will grow out So you will start to see it in the middle, which will look really really unnatural So that's why people usually go back after like a month and a month and a half to either get new ones or just take these off Good morning guys. I'm having a cup of joe with some fried eggs and No, that's not too much ketchup. I'm a ketchup mania. So I always have to have eggs with ketchup even boiled eggs It's so good I put some everything but the bagel seasoning on it too So so good. It is the last day of 2020. It's December 31st Wow, I really doesn't feel like The last day and it really doesn't feel like it's going to be a new year tomorrow But I just wanted to talk about some of my best used items this year I thought I would just casually talk about them while eating So maybe you can invest in one in 2021 So the first thing that I used the most was my waterpick So I got the waterpick as a housewarming gift from my manager when I first moved in and since March I've been using it every single day. That's probably the item that I actually use every day and It changed my life because you know, I used to floss my teeth with this string Then that seems so unsanitary. It made my hands dirty I just didn't like having to shove it in there with waterpick. It's so simple. So it saves time. It's clean It's easy to use. If you guys do floss regularly I think it's a good investment and you guys know that flossing is very very important, right? Next is the air fryer. I also got this as a housewarming gift from he who I do radio with and My air fryer is honestly really small. You can't fit a lot of things in there But during the vegan challenge, I made potato chips. I made sweet potato chips Yeah, there's a lot of things you can do with an air fryer and because most Korean homes don't come with an oven It's a good replacement. It's not really the same as an oven But it's better than not having anything and when I heat stuff up, especially food like pizza I hate putting it in the microwave because it gets all soggy and watery and I don't like that at all But if you pop it into the air fryer, it's just crispy and it's as good as new So I really love that about the air fryer I also talked about this on radio a few days ago but I wanted to like talk about it here again because Not all of you guys listen to my radio show. It's at 8 p.m. to 10 p.m. Every day Korean standard time and you can download the adidang radio app or tune into the YouTube live. Why are you guys? Next is my coffee machine. This is the most recent item. I got I got it as a Birthday gift from my friends. I am Gemma and Dasha and Sydney This is also something that I've been using every day since I got I'm already on my third can of Capsules. I love having a cup of coffee in the morning. I'm a little sensitive to caffeine so I can't have I'm a little sensitive to caffeine so I can't have it after like 6 p.m. Or else I will have trouble sleeping, but I love having it in the morning with eggs or Sweet potatoes or apples Coffee is pretty expensive in Korea. Most cafes usually sell a cup of americano for like 4,000 won 4,500 won and That's all that's a lot of money if you think about it spending 4,500 won every day on coffee for 30 days a month. That's a hundred and thirty five dollars and for this The capsule there are 21 capsules inside and it's about $14. So It's like 666 one for a cup of coffee Next on my list is My LP player. I mean Do I have to go into details about this? Because you guys know from watching my episodes that I am really obsessed with the LP player It's a gift that I got for myself when I first moved in here And I did not regret it one bit. It has brought me so much joy over the past nine months Yes, I did spend a lot of money on LPs But I mean they last for a lifetime and I can even give them to my kids in the future If I do have kids so I think it's worth the investment And I like my LP player because you can also connect it to the radio and connect it to bluetooth But I do kind of want like a more classic turntable that specifically just for LPs It is kind of annoying though because each side is like 30 minutes long So every 30 minutes you do have to flip it or put a new LP in So that's a little annoying, especially when you have guests over because you have to like get it up and change it every 30 minutes But besides that I love dancing to it. I love relaxing to it. I love just drinking my morning coffee listening to the LPs And in 2020 I had a lot of different hair colors and hairstyles and I told myself that I'm not going to be Going crazy like that next year because my hair is really damaged I ain't no considering that I bleached it like I don't know like seven times It is not that bad, but also like I I kept cutting and trimming. I'm gonna do my hair today But I swear I'm not going to be touching my hair for a long time after this Well, I got to fix this first. I was a little shocked because I was doing radio yesterday and someone One of my fans wrote that I look like H.O.T From their Chun Sai Huaya days. So that I was Shocking so I was like, okay.  I do look like a 90s like Kind of like s.e.s and fingle too, but Yeah, I'm going to go to my hair stylist Ye Young Sems So she moved to a new shop and I'm gonna be going there for the first time today Yeah, I showed her the picture and just laughed and she asked me why But I had no I had no reason. I don't know why I did it either. Okay, it's just I don't know I have a picture again.  That's what I'm gonna do today Don't tell me guys I feel like all I've been doing is hair these days like We can't go to cafes. We can't go to the gym. We can't work out I mean, I can work out at home, but I can't go to Pilates I can't roam around so it's like at least at the salon. You don't have to take your mask off You can just sit there and get your hair done and it's like a breath of fresh air I guess and there's not much that you can experience these days My new year's plan is to just stay home And probably binge watch another series. I finished Sweet Home and oh my gosh I'm sure a lot of you guys watched it as well, but I literally finished it in one day There are 10 episodes. I didn't watch the Whipton version And I was kind of reluctant to watch it at first because I'm not really good at watching scary things But since it wasn't about actual ghosts or exorcism I was like, okay, I'll watch it because it's kind of like more about zombies But there was an episode when it was like so creepy almost like ghost scary But it takes place at like just really worn down apartment But that's in front of Hangang with a really nice view The reason you turn into monsters is because you give into your darkest deepest desires And I thought that was cool because I never saw something like that before It was either, you know, you become a zombie because the government try to experiment and it failed or like the white walkers But this You slowly turn into your monster because of something that you'd want so badly inside And then made me think too like what would I what kind of monster would I turn into if I were to turn into the form of my darkest Deepest desire I don't know What kind of monster do you think you'll turn into I hope I become one of those monsters that don't harm anyone Kind of like that woman who turns into a placenta. I'm done eating I'm going to wash up and get ready to leave and I'll take you guys with me to the salon I'm in this leather jacket. A lot of you guys asked me where I got this leather jacket on instagram And it's actually a hand me down from my dad the last time I went to new york I kind of went through his closet and he said he doesn't wear this anymore and I took it from him Super soft and super comfy. He told me he got it at macy's a couple of years ago So i'm not sure if they'll still have it, but yeah, where are my dad's jacket and my acne scar Oh My god Wow, it's so pretty. Wow, it's so strong. It's so pretty. It looks like someone else. Inside, it's like this. Oh my gosh, I feel like a brand new person.