2 Burst results for "Brian Spiralling"
"brian spiralling" Discussed on Today in True Crime
"Brian had suspected his wife of cheating for the past two years but for the past ten days. He'd been convinced all of the long hours at work. The late night facebook sessions and then the text from co workers in biting her out after looking through her computer. Brian thought he knew everything he was ready to fight to keep his wife. Not that this was new. They fought often. He'd screamed at her. Hit her but nothing helped. She wasn't the girl he fell in love with and he increasingly feared she'd never be that girl again but Brian couldn't understand was that Haley felt the same way. Two years of unemployment had Brian Spiralling into depression. And alcoholism he wasn't the boy she'd fallen in love with or the breadwinner who provided for their family in the years since after thirteen years together Brian and Hayley constantly fought for their former. Tonight was more of the same as their voices escalated. The fighting woke two of their sons Jordan and Qian. The boys listened from the top of the stairs. When she'd had enough of the same circling argument Haley gave op. She was going to bed. She layered on three sets of clothing and snuggled into two sleeping bags. It was cold in Wales colder now that she was sleeping on the couch. Haley tried to set lynn knowing. She was one day closer to leaving her abusive husband..
"brian spiralling" Discussed on SpaceTime with Stuart Gary
"Given that it's only just been discovered the authors we using data gathered by the European space. Agency's Guy I spacecraft together with other space and ground based observations to create a new three dimensional map of interstellar matter in the Milky Way when they noticed an unexpected pattern in the Orion. Brian spiral arm closest to the Earth Guy was launched in twenty thirteen on a mission to precisely measure the position distance and motion of more than a billion billion stars in our Galactic neighborhood. One of the study's authors Alissa Goodman says no one expected to find that we live next to a giant wave like collection of gas. ooh that it forms a significant part of the local arm of the Milky Way. She says the team was completely shocked. When they I realized how long and straight the REDCLIFFE was when looked down from above trae day but at the same time has sinuous looked when viewed from Earth the waves very existence is forcing astronomers to rethink their understanding of the Milky Way's the three dimensional structure importantly the findings also Everton goods belt a one hundred and fifty year old hypothesis suggesting the existence of an expanding Angela? Ding being ring of staff forming filaments believed to be oriented around the sun for a long time scientists. Were trying to figure out whether these molecular clouds of gas and dust actually form during in three dimensions. Instead that discovered the largest Baharan guests structure Galaxy and the data suggests that the sun and consequently our solar system has has interacted with this structure passing by festival of Supernova as it crossed the Ryan some thirteen billion years ago and in another thirty million years or across crossed the structure again. Sort of like sifting the wave. You're listening to space time coming up. Next a new estimate for the age of the Milky Way and later new evidence evidence of frame dragging shows Einstein was right. What else did you expect all that and more coming up on space time? Astronomers have determined that one of the Milky Way Galaxy's primary stretches it's thick DISC is about ten billion years old. The findings were reported in the Journal of the monthly notices the Royal Astronomical Society and on the pre press physics website off Gough Dot Org helps solve and economical mystery which has been perplexing scientists for decades a vertical cross section of the Milky Way spiral arms showed that they're actually composed composed of to disconnect stretches. Net is the thick and thin discs. The victims contains about twenty percent of the Galaxy Stars and based on its vertical puffiness and in composition is still to be the older of the pair. The problem is though he data about the age distribution of stars in the disc didn't agree with the models constructed to describe it knowing snowing you wear. The era lay was it in the data or in the models. The study's lead author Dr Sanjiv Sharma from the University of Sydney says. A fresh analysis revealed code. The chemical composition used the existing models for the stars in the thick disk was wrong which has impacted on their age estimates Shammar and colleagues rich their conclusions by using data from this planet hunting kept space telescope. Kepler search for planets by looking at a section of the sky dips in the light coming from distant stars. There's that's deep. Spain caused by orbiting planets passing front of them and blocking out some of this stylized saint from Kepler Shumur and colleagues used the Kepler data not to such planets. Let's put the study oscillations in the stars themselves. Caused by stock wakes CAIXA generated by conviction turbulence magnetic fields in the stars producing acoustic waves. Which make the starring vibrate like Bill Catholic and see these sound waves as settled changes in star light? The technique Astra Seismology uses the frequency of these vibrations to provide insights. It was stars internal properties including its age. It's a bit like identifying violin. As a stratovarius are the various mash. The Guy got by listening to the sound it makes the age dating allowed the authors to essentially look back in time and descend the period of the Universe is history when when the galaxy was formed a practice known as galactic archaeology but the daily delivered by Kepler presented. A problem suggesting there were more young stars in the thick disk than the models had predicted said the question confronting scientists was Philly stock with muddles. Wrong all was the data incomplete then in twenty thirteen. Kepler Kepler broke down and NASA was forced three program to continue working on reduced capacity appeared which became known as the kept Latour Ketu mission. The project involves observing many different parts of the sky for eighty days at a time. And the first batch of new data from these observations represented a rich source for Sharon colleagues afresh spectroscopy analysis revealed that the chemical composition incorporated in the existing models for the stars in the thick disk was wrong and that would have affected the prediction of the stats ages. SHAMMA says taking the new estimates into account brought the observed Estra seismic data into agreement with the model predictions. Not only the main make you but also other galaxies he sees there are kind of important Swami the puffier one call the take. This is likely cleaner because of this You also know like the stars are older in the pictures can. They're younger but they also have different composition and this is also seen in other galaxy. Some some galaxies do exhibit this kind of behavior where away in in the Milky Way we in the sequel. Findus we are in the very close to the mid plane of the Galaxy about twenty four. Six Wave McLean and take the thickness of the disc. Something like one to two six to just give you an idea. This is related. Could be the height of the disk right so you think like in units of two unit is a big mess with the team and we are like to kill Eunice. I was Oh sing and we are like twenty just to like out of two thousand. We are only twenty up from the plane. So we're very close to them in. This is always been this debate right about the actual age of the thick disk. And this is what you were trying to resolve. Because one of the things he wanted to know. Why do we have this taken in? This was the origin. It's like the radius to worry about how to take this form for example is talk bad Maybe the disc was to begin with at times. Because it's older older or the other thing was over. Time due to interaction with other satellites accredited with that I got heated up due to collisions. And so on and things like this so so the various theories as to what might take it. But I know that for example. If you don't each you can't get back to do. There was a collision in the Milky Way bringing years ago. Then you need to know this song to see if the take. This was actually a collision on things like because very important to know what's age if you wanted understand the evolution and that's what you were trying to resolve. Tell me about that. So we're trying to understand the age of fade release the weekly and to know the star to piece together the puzzle formation and when the initial keppler mission was launched. Be excited that probably. We can measure the age of the giant stars. We've got the data. We compare that with the broadens. What we found was there was a discrepancy that the data if you look at the age distribution of star ars that will absorb the capital? They were young ish while the bottles predicted they should be older stocks. And so that made us think I never models wrong or something. I'm taking the data and for a long time because resolve. The other reasons was capital. Wasn't designed to thirty galaxy. It was designed to take the product. It's like asking the question if you wanted to say. What is the age distribution of people in Sydney for example? Then you think the school obviously biased worth seeing more children by the way how the data was collected. It will not cheer does not possible to piece together. But then the K.. Two mission came like one of the reaction died and the purpose mission because it can point in the same direction for a long time for a new mission to came up. Where for ninety days doesn't each region of the galaxy and riquet to we could sample more regions of the Galaxy and XP designed the selection function? So that we exactly we know what kind of starts serving. That probably won't be there and interesting. What turned out? We found that it was some problem with the met listeners. Deep that we were using in order for order stuff so this is the chemical composition of the stars and so does the started at all hydrogen and Helium William and evolve and die and you stars form out of the remains of those the metals that is all the elements other than hydrogen and helium. The amount of these middle's increases increases. And that lets you know the age of the formation of those days when those stats were born Yup Angel Stars for if we talk on what to offer rosier absorbing said Gipper was mostly observing starts in the plane. We didn't have that many old stars in different the pig this is all right needs in order to start a little bit about but it was observing different regions of the because of the way the mission was designed right because it can steer in one direction along but this offered us the the opportunity to actually sample all stars and the other thing was in Australia. We will bring spectroscopy followed of these stars. Wholesome up the the spectrum stars and that allows you to measure the mental lines for example everything heavier than hydrogen helium? But Simple IRA on to that is because we data from Australia which were collecting when we piece to at least what we found was well the distribution is also not agreeing with Martin so then we revise the moral to have more correct liberties or the stars in the modern and then we found that. Yeah it explains. The Astros seismic date of buy T to also improved over agreement for the capital of stars but it was mainly Kate. Because because it's more older starts at could figure out this person's right Yeah and so you were talking about Astro Seismic Saas mcdaddy vibrations that made by stars through verse Internal Mechanization. Tell me about that. Yeah WanNA provinces age of starting. It's so important but it's very difficult to measure. There's no dynamic be like presumably wanted the luminosity or something you can just take some data collect. How many four hundred the? But you can't do that. It has to be inferred indirectly by using and red giant. Stars are unique in this way because the light of the star but very slightly over time and this is called quakes libration of the of the star of rid and those five recently to diminish yes and increase slowly intensity of the light changes like a long time and by absorbing this you can identify in which votes star Argo waiting. Just like if you have an and pie or in musical instruments they wiped particular frequencies and stars or five and you can get that. That's from a spacecraft Capterra K.. Two which was designed to balance. But the idea you want to get a time series of duration of tar like as a function of time time how is the life of star changing the content or is it changing over time in your depression and he could get that data infrared jetstar. It happens but you can major mass of stock from that and masters in someone who literally two eight three hundred thirteen and that is what was crucial are unique. Niko get lowering key to that..