Okay, so Azima2 is our next speaker. Sorry, she was my student and I always call her Azima, but the name is Azima2. So our next speaker is Azima2. The floor is for you. Thank you, Garu. So this good morning and good afternoon. So I'll be talking about atomic and electronic structure of cesium-letraiodide surfaces. I'm currently with Alto University and in the physics department. So, cesium-letraiodide is a perovskite material and perovskite was discovered somewhere around 2010 and within a short time of its discovery it has the efficiency of perovskite has increased and currently it's almost close to the most efficient solar cell material which is the crystalline silicon and aside from its efficiency perovskite materials have strong light absorption and they also have the ability to transport both electrons and holes. They are very easy to fabricate at low temperatures and they are sustainable and then above all very affordable. However, despite all these properties of the perovskite material, its commercialization has not been realized yet. And this is due to stability issues. Mainly the perovskite material is not stable in ambient conditions and we also have problems with the transport layers. The most common transport layer which is currently known and which has also given the perovskite its current efficiency is the spiral ometage which is a whole transport material. But in this material is an organic compound and it's very unstable in UV environment. So in order to be able to achieve the commercialization of perovskite materials, we need to find ways to enhance the stability without compromising the efficiency of the material. So perovskite materials are materials with the ABX3 structure where you have the A site being occupied by an inorganic compound or an organic compound. Here mainly the inorganic compound that is used is cesium and then the most common organic compound that has been used so far is the metal ammonium. And then you have the B site being the the central atom within the octahedral and this is usually occupied by lead or tin. And then you have the X site which is occupied by pylite anions usually bromine chlorine or iodine in this structures we have iodine as the occupying the X sites. Now in a typical perovskite solar cell structure, you have the perovskite active layer being sandwiched between a p type and then an n type conductor with a transparent conducting oxide through which the sunlight is transported to the perovskite active layer. So in order to protect perovskite from ambient conditions, we would need to protect the layers the surfaces of the perovskite with a coating material. But as we see here, having a conductor as well as a coating material thickens the layer between the transparent conducting oxide and then the active layers of the perovskite. This can reduce the efficiency of the perovskite since the light rays have to travel through several layers before reaching the active layer of the perovskite. However, we can protect the perovskite without compromising the efficiency if we are able to have a coating that can also serve as a conducting material. So here you have almost the same thickness in there and then you have a p type conductor which also has the capabilities of protecting the perovskite from the ambient conditions. So in my previous work we set out to look for inorganic coating materials which have the ability to also serve as transport materials. So we assumed a perfect interface where the interactions between the perovskite and then the transport or coating material is perfect. So we didn't even consider what happens within the surface. And then we did a database search. So what we did is to take an already existing database, the airflow database. So at the time of this work, the entries of the airflow was almost 2 million. And then we set out some criteria to select potential materials that can serve as coating materials as well as conducting layers for the perovskite. So here we set out to have like six criteria. First of all, we needed to find materials that have wide bandgap and mainly because if you have a wide bandgap material, it serves as a window material for the perovskite. So in this case, we're looking at semiconductors and also insulators. And the entries of the airflow are all calculated with DFT. And as we all know, GGA has this under estimation of the bandgap. So we set our criteria to select materials with bandgap that's greater or equal to 1.5 EV. And we also restricted our search to binary and ternary compounds because we didn't want to have any higher dimensions that would have complicated structures for our constructions. Then we also had wanted materials that are abundant and non-toxic. I know here people are going to hold me with the fact that lead is already toxic but then it's in the perovskite. So we wanted to reduce the toxicity by making sure that our coating materials are not toxic. And we didn't want materials that were also interacting with water because as I said earlier on the perovskite disintegrates, mainly mostly the organic perovskite disintegrates when it gets into contact with water. And based on the lattice structure of the perovskite, we wanted surfaces that have like a cubic kind of structure. So we also restricted for appropriate lattice. And then we calculated the lattice mismatch between the selected coating materials with 12 different perovskite structures. So we had six inorganic perovskites and then six organic perovskites with different combinations of the halites. And then we ended up with 93 potential coating candidates for the perovskites. So the actual goal of this whole project is to model a perovskite material that is robust and also efficient with the ability to withstand harsh ambient conditions. But then in an ideal situation we know that the perovskite and the coating are not perfect. So there is this issue of the interface, what happens when you have another material on top of a different material. So to be able to achieve this we need to understand what happens at the interface. But then we cannot understand what happens at the interface if we do not understand the surface properties as well as the possible surface reconstructions of the perovskite. So the main subject of this talk is going to be based on the surface properties of cesium letriodide. So here we use density functional theory and also ab initio thermodynamics to study the surface of cesium letriodide. For the GFT patch we used the FHI Ames package and then we looked at the 2 by 2 supercell of the perovskites along the 001 plane. So we looked at the two different terminations. So if you look at this structure for instance, you can see that the top most layer is cesium is terminated by cesium and iodine. And then the next layer is terminated by lead and then iodine. So we looked at these two different terminations where we have cesium iodine termination and then we also have lead iodine terminations. And then we made our slab to be symmetric because we didn't want to have the interactions of adjacent slabs in the model that can induce some dipole interactions. And then we looked at the cubic and then the orthorhombic phase of the cesium letriodide.  And then we also, we use PBE sol in all our calculations because it gives a better estimation of the lattice constants. Then we also, aside from considering a symmetric slab, we also included dipole interaction corrections to avoid any dipole interactions in our calculations. So to cut that computational cost we fixed the, we fixed layers within the bulk and allowed just the symmetric endings of the material to relax. So as we've seen here. And then we looked at surfaces with missing and add atoms. So the surfaces with missing atoms will be represented by V subscript X and then the ones with added is I subscript X. And the X here are the constituent elements. And then we also considered the complexes within this element. So for the results of this calculation, I'm going to take you through the surface diagram analysis of various surface reconstructions and also the electronic properties of the clean and most stable surface reconstructions. So if we neglect finite temperature interactions, then we can find these, we can calculate the stability of a surface using the grand potential. So a special case of this is when you have the system interacting with its constituent elements in their stable states. So here we have the grand potential and then we have the energy that we calculate from DFT. And then we subtract the removed or added constituent elements by calculating their chemical potential. So this is the chemical potential of the high atom or compound. And then we have, so this is the DFT is calculated from DFT. And this is the most stable, the most stable structure of the constituent elements and then X is the number of added, the number of the elements within the structure. And then we have this parameter here, delta mu i. So what this delta mu i does is to find them, if in case you shift the value away from the most stable value of the mu, what happens? So this is more like a control for the calculation. So in a special case, you can calculate the formation energy by just subtracting the energy or the calculated from the surface you have modeled from the sum of the chemical potential of the elements that you have removed or added. And here we consider delta mu to be zero. So this is more like the state whereby the whatever element you're adding is rich. So delta mu equals zero. So here I have the surface phase diagrams from the alpha phase in this case. And then here what we did, this is a three dimensional problem. But what we did is to split it into two. So we consider a state where we vary the chemical potential of cesium and then the chemical potential of iodine. So here the delta mu Pb is zero. So from here we have this white line which we labeled as stable bulk. And as stated by Stefan in his presentation, the bulk is not in isolation from the surface. So in order to be able to find the most stable surface, you need to consider if the surface is stable within the bulk. So here you see that in regions where cesium is poor, you have the structures that are deficient in cesium. So all these surfaces are surfaces where we've removed cesium atoms. But then what is of interest here is the surfaces that intersect with the stable bulk. Those ones will be the most stable. So if you look at this side, for instance, even though the surface phase diagram shows all these surfaces, they are not the most stable surface. And then we have here we have a clean surface to also be stable and then we have all these surfaces that intersect the stable work to also be the most stable surfaces. Then we also considered a region where delta mu C is zero. And then here you see that as you move towards the lead rich region you have the surface that has more cesium atoms on top to be the most stable. So in all we can say that the surfaces with added fall cesium iodide are the most stable ones. If you look at the coverage area of the calculation here, then we look at the surface. You have five minutes. And the surface phase diagrams of the gamma phase. Again, we see a similar pattern as we saw in the alpha phase. And then the most stable surfaces are the same as what we saw in the alpha phase. And then also at delta mu C as we see the same kind of configurations. So I had to look at the band structures what is happening there. So here we looked at a bigger slab module, because we wanted to rule out quantum confinement. So this is a bigger slab where we didn't relax the system and then we computed the band structure, which is projected onto the bulk. And here we see that they are perfectly aligned, the clean surface is perfectly aligned to the bulk. But then after relaxation we realized that there are some surface states. So we have the edge of the conduction band being pulled into the gap, which shows a presence of surface states. But then with a gamma phase we don't see something like that. And then obviously the band gap of the gamma phase is wider. And then this is the brilliant zone that we use for calculation. Then we also looked at the band structures of the most stable surfaces. And again, we see surface states within the alpha phase. And then but then there are no surface states within the gamma phase. And again, we don't see any states within the gap for both cases. So in summary, we've been able to show that from our SVD analysis that the cesium iodide terminated surfaces are the most stable. And surfaces with cesium iodide and lead iodide are the most stable reconstructed surfaces. And this is because these surfaces do not induce any polarity within the structure. And then so there are no induced deep energy levels in the gap. And as I said, the gamma phase is more favorable because you don't see any surface states, the edges so there are no band edge perturbations. So for my current work, which would focus on now looking at now that we have most stable surface reconstructed models, it is time to look at the interface and then conclude the modeling of the structure. So here we combine DFT and then the machine learning program for the appropriate surfaces of the material of the perovskites and then the coating to see which ones are good. So here I have strontium, sorry strontium zyconia on a cesium letra iodide. And so we use this Bayesian optimization structure as such. This is a code that is developed in alto investing. So what this does is that it uses data that you have fed into the system, and then it will use Gaussian process regression, and then it selects the scans and then gives you the most stable surface with a lower energy level. So this gives you a landscape of the energy. As you can see, so this is the data position points here. And here we have the landscape. So this gives us the most stable configuration. And then this is the relaxed structure of strontium zyconia on a cesium letra iodide. And this is another example of zinc oxide on a cesium letra iodide. And this note I like to acknowledge the Finnish Academy of Science and Letters and then Academy of Finland for funding, and then also novel material discovery also for funding, and then CS Center for Scientific Computing for the computational time. And thank you very much to the organizers of this conference for giving me the opportunity to present my way. Thank you for your attention. Yeah. Thank you very much, Azima for the nice talk. The floor is open now for questions. Only you can start. Okay, thanks. Thanks a lot. Thank you Azima. It's good to see you. I had a two questions. The first one is in your surface reconstructions that you talked about. I guess you just looked at zero Kelvin optimizations. Yes, yes. Is it known experimentally, for example, how annealing the surface changes surface properties because, you know, temperature may play a very important role in the morphology of the system. So that was the first question. The second question is related to that, which is, what is the role of temperature in the band gaps in these types of systems? Okay, so temperature can really have a serious effect on this. And as I said, as part of the ambient conditions that are not conducive for perovskite is temperature. So that is the reason why we in the interface calculation would like to use wide band gap materials because they have the ability to kind of absorb more temperature. So that would help in protecting the perovskite. But then in this case we haven't considered temperature. So of course there would be some changes in the band gap. And that is why we have considered several reconstructions to see which ones are the most stable because, well, in experiments, unlike in modeling you can control what you put in and what you put out, right? But then in experiments it's really difficult to control such things. So yes, there could be an effect on the band gap. Okay, thanks a lot. I can continue the discussion on the, yeah, on the discussion, I mean on the discussion session. I would like to check with Hisham. Hisham, can you hear me please. I think his microphone is still not working for some reason. Okay, probably then the next speaker is Abdo El Fiki. Can you hear me please? Yeah, yeah, I hear you. Okay, so probably then we can we can go with your presentation. Okay, and then we will check Hisham later on.


It's been about five days, I apologize on the no uploads. I had to catch up on, well, life. Not gonna lie, daily uploads takes us toll. But I'm back and not with any sort of good news because there's been, man, probably the biggest exploit in NBA 2K history and it's just being discovered today for a lot of new people. So as quickly as NBA 2K 21 started, it seems like unless something has done ace happen, we don't know what the update is with patch three, it's a wrap. Y'all new to the channel, man, you haven't already, be sure to subscribe. On the way to two mil, man, sub up. We used to do daily uploads. I'm not making any more promises. Man, oh man, NBA 2K 21 current gen. To be fair, next gen is about a month and a half away. So we don't have that much longer to go. But oh man, it's 2K have it in. Cause not only are they probably scrambling right now to finish next gen, but I don't know what they're about to do for current gen. Patch three, Mike Wang told us two weeks ago was still in production. We don't know what the update is there. Nobody has seen a patch three fades are still hitting at an alarming rate. And now everybody in the NBA 2K community is calling for shot aiming to be removed. That because of a new exploit released by this Twitter account called NBA 2K China Pro Am League. And I'm not even gonna say nothing. I'm just gonna show y'all.  I'll be very honest with y'all, I had a similar idea a couple of years back where I wanted to get a modded controller, write the script for it and just play in the park to get crazy reactions. But then I figured that it was against TOS and I didn't wanna get banned for doing something like that. So I stopped. But this is not new though. This just existed for a while. People are just now learning how to apply it to 2K because NBA 2K Live has modded controllers. That's how they do their tests to give us all the numbers. This is just the first example of somebody with a modded controller using it in a way which breaks the game. Here's the thing though. And here's why I think people shouldn't spam to worry off rip. Although shot aiming right now is still kind of broken, true. The good thing about 2K is that it's so broken that this might not be a game breaker which sounds weird, but hear me out. Okay, in 2K they don't show us the ping number and there's variable latency. How these controllers work is they allow you to just, it's like it gives you a shortcut. You click L1 and it's gonna time the square button for 78 milliseconds. You could time it to be whatever you want. And the time is independent based on your jump shot but also based on whether or not you're online. And the good thing about 2K is the servers are garbage. Do we know that guys? Yes. One game you're playing low latency. It feels good, it feels smooth. Next game it feels like you're running through molasses. He would have to change the script for every game he plays because the latency goes from 200 to 150 to 250 and there's no way for this script to adjust to that. There just isn't. Actually there might be if they had like the game code but they don't have that. So I'm not rushing to get worried but it has alarmed a whole lot of people in the NBA 2K community because man 2K there has to be some kind of solution here. If somebody releases at the same millisecond five times in a row, ban him because that's not humanly possible, right? You, by the millisecond, five times in a row. Oh man. And if the PC has been any indication NBA 2K has absolutely zero ability to catch hackers. The reporting system is almost non-existent. So I'm praying that this hack right here isn't effective online. If people want to use it offline by all means enjoy yourself. But if you're using it online and it's effective 2K you're gonna have to you might just have to hire more people because the next gen team is probably scrambled and that game is probably a disaster right now. They're trying to put it together and polish it up. But people had reactions because as the news began to grow on Twitter obviously the idea of someone being able to time their jump shot perfectly every single time is crazy. You could just run around with like a 60 open shot three with the monitor controller and hit everything. If you use a monitor controller on 2K a virtual basketball game, a virtual basketball game that isn't even next gen but current gen, you are without a doubt 100% a virgin. All right. Power says one of the worst ideas 2K ever did was add shot aiming into the game should be completely removed. Yeah, I'm telling you the concept if it's done correctly would add so much to the game but as evident it hasn't been done correctly. And honestly, I feel like there's so many people working on the next gen version of the game. They don't even, they don't even have enough people to make sure this is implemented correctly for current gen or even worse, what they might do is can be like we've made some improvements to the shot aiming system for next gen and not even updated on current gen. Dudes on PS4 are buying auto green controllers to win events. It ain't never that serious. Yo, bro, this starts where this works online. It is a rap fellas. It's a rap. And it's gonna be very unfortunate because if I have like a fantastic shooting performance people are gonna start blaming me for modding or it's gonna go happy everywhere. There's gonna be fingers pointed like, hey, you just went five for five from three which is possible if you're a great player but it also means you might be hacking. He's hacking. It's gonna be crazy, man. And I'm telling you right now a lot of you guys probably don't PC game. I PC game all the time and Aimbot exists on PC games in every imaginable PC game telling you I'm not good enough to always get blamed for Aimbot but there are times where I just had a fantastic performance and then people were like, that character right there was Aimbot. Well, it came to consoles ladies and gentlemen literally the biggest negative about playing on PC that everybody said won't exist only consoles made its way onto consoles, man. Well, I guess it was always on consoles is just now being discovered in 2K. Matex put out a tweet urging 2K to remove a shot aiming. Hank, the tank says people are really using a literal Aimbot on 2K 21 with a whole gang of crying laughing emojis. David says people aim bonding on 21, streets are done. I don't even know what the fix is for this 2K. Like I could guess but it probably won't fix 100% of the situations. This just might be how we have to play 2K from now on. Can you even do wagers anymore? If there's the threat you would, I would literally need you to live stream with the camera on your controller just to make sure you're doing this legitimately. I don't even know if like the 116 point game prime game I dropped. I'm gonna leave a link in the description at the end, at the end screen.  You can't be with a modded controller shooting 72%, right? So as long as you don't shoot 100%, you're probably good but can't they just adjust for that? Like it's a pretty bad script. Like I'd be like every seventh shot make me miss or something. Yeah, it's a wrap.  And I've been seeing Ubisoft talk about how prolific the goddamn hacker cheating catch software is for all these years. And still I run into people with aimbot and wall hacks. So hey, that's the reality of video games on PC. I hope it's not the reality on consoles. It was the one positive on playing on console for me personally. All right, 2K, you have to listen very carefully to what I'm about to say next.  Hey, we'll need keeping that swear word cause I really meant it when I said it. You guys, right now, current gen has the potential to be a solid game. Everybody saw that in the first week. The type of positive feedback I see in the first week I didn't expect across the community but right now you're on pace to seriously mess it up, pay attention. What you need to do is immediately hire more people. This needs to happen immediately. There needs to be no hesitation with this decision. You need to do it. The next gen game I wanted to blow my mind and it's not gonna blow my mind if you now have to pull people off of that game to work on this new exploit that everybody just discovered on current gen, right? On top of that, we need some kind of update man. We're, but I don't even really want to be, that last week I've barely been playing cause I don't want to hop on and lose to play shots fading in my face with bad timing, still hitting shots. Don't want to do that. So I need to update on what's going on with patch three. Has it been submitted to expected in the next week? Is it ever gonna drop? There's about a month and a half left in this current gen before the next gen comes out and already we feel like they've given like zero silence immediately silence. This is a month into the games, not even a month yet. On top of that, we still haven't addressed the very big problem that people are having especially those who play on the twos of not being able to get games. We know what the solution is. Clearly it's ranked unranked. That's obvious. That's been clear to everybody since day one and it hasn't been implemented. Will it be implemented? Probably not. But there needs to be some kind of solution because I'm telling you right now no one's gonna want to hop on the park to play two games an hour or one game every 45 minutes. It's not gonna happen. And those things I just said are simple fixes. So the fact that they haven't been already completed is concerning to me personally because it would make the experience of playing the game infinitely better. That and better servers. Obviously the servers especially on the park I've been God awful this year. Probably the worst servers I've seen in any 2K next to NBA 2K17. But the gameplay in and of itself is solid. When I'm playing with my friends I can enjoy my time with my friends until a fade in my face with bad timing hits and it frustrates me until the servers lag out one of my friends and I'm playing with 300 millisecond ping and that frustrates me. It's just small easy fixable things that if you hire more people could have been fixed that's getting in the way of me enjoying this game. Telling you. So at this point now I'm really looking forward to next gen because I can't just sit here and reasonably expect 2K to fix all those problems. And now this huge massive problem of hacked controllers online. I have no faith that they're gonna be able to complete this without it being an absolute disaster because I've been playing 2K for now over a decade and I know how things go here. Delaying still exists and 2K hasn't done a single thing about that. So the chance that they do something about this I'm not gonna lie is looking slim. But hey man here's to hoping 2K fix all those things update us on patch three. Are they gonna do any of those things? Who knows? But this is me asking cause we're lost right now and I'm telling you right now there's a lot of people I was about to put down their controller if we're about to find out that you could just automatically green shots by clicking the L1 button. If you guys enjoyed the video man make sure to drop a like, subscribe to the channel. I'm gonna drop a video tomorrow and I think I'm gonna start going daily on the second or at least every other day by minimum. So subscribe to that top link in the description and my 116 point prime games right here. Watch that. Catch you guys in the next one.


In recent news, Rick Ross had been renting out his 54,000-square-foot Atlanta mega mansion as a set for the new Coming to America sequel. It turns out the opulent 109-room estate made for the perfect palace in Zamunda, the fictional country from the film. While that was going on, Ross just dropped $3.5 million in cash to return to his Florida roots and buy another mansion that used to belong to former NBA star Amar Studemeyer. Today we're going to check out both of Rick Ross' epic properties. In these videos, we don't reveal any addresses and even though I've done a house tour of my own place, please do not show up at any private residences because it's not safe for anyone. We all know Rick Ross is a rapper, songwriter, entrepreneur and record executive who blew up after releasing the track, Hustlin, then signing a multi-million dollar deal with Jay-Z and Def Jam. These days, Ross has his own record label, Maybach Music Group, and has amassed himself an estimated net worth of $40 million or more. That being said, he's one of the wealthiest in the rap game and has afforded himself more than one lavish property, his main one nearly as big as the White House itself. This estate, known as Villa Vitoriosa, has a celebrity pedigree considering it was built back in 1994 for boxing champ Evander Holyfield prior to Rick getting his hands on it. Not only does Ross call this palace home as a side hustle, he rents the premises out for filming, charging production companies up to $2.75 million for shoots. More recently, it's acted as the Luxemundan Palace where Akeem lives with his family and coming to America too, starring Eddie Murphy. As it turns out, the original coming to America is Ross' fave comedy so having the sequel filmed at his abode was more than just income. Rick also used this as an excuse to buy himself a new property in Florida while his main home was being used in the film. And this multi-million dollar single story estate is super impressive as well.  Be sure to hit that subscribe button or ring that bell we post a new video daily. While we did a house tour on Rick Ross in the past, it was time for an update since we'll be seeing his main monster mansion in coming to America and he also just bought a brand new spot in the Sunshine States. On this channel we talk about celebrity houses but have you ever wondered about their outfits or purchases? We recently started a new channel, Famous Fashion, where myself and some other hosts are reporting on all things celebrity fashion and expensive items. Join us and be sure to subscribe. Most recently, in what seems to be a Valentine's Day we can give to herself, summer has yet another big car to add to her driveway. While it may seem more practical, her new designer SUV was far from cheap. As always, don't forget to follow me on Instagram to chat and now let's get into this video. Let's check out his main mansion, also known as Villabituoriosa, meaning the victory. This home formerly belonged to heavyweight boxing champ Evander Holyfield who originally had it built in 1994 and it boasts European influence and contemporary mixed with timeless architecture. Ross purchased the mansion in 2014 for $5.8 million after it had fallen into foreclosure so it was reportedly quite the steal. Located in Fayetteville, Georgia, Rick lives only about 15 miles from downtown Atlanta and his estate is said to be the biggest single family residence in all of Georgia with a 235 acre lot and massive 54,000 square foot mansion. Home has 109 rooms, enough to get lost in and it's only 1,000 square feet less than the White House in size. No wonder film crews want to rent Rick's home out. The long-awaited sequel to the 1988 comedy classic, coming to America, was the latest movie to utilize a luxurious pad and it helped to create the fictional estate that lovebozombun and royal Akeem played by Eddie Murphy calls home. The movie made extensive use of Ross's mansion, taking advantage of seven rooms on the premises including a second floor bedroom as Akeem and Lisa's royal suite which the crew decked out in regal curtains, screens and a canopy bed. The mansion's dining room also played itself in the movie, hosting an awkward family dinner and the space was also set up with regal decorations including a huge table that Ross was able to keep. Furthermore, other spaces that Rick's home used in the movie include Lavelle's bedroom, the royal study and King Jaffee Drawer's suite. The entryway in Rick's home was also used in coming to America but it just served as the central stairwell where family members often met up. Rick's luxury home is full of upscale amenities fit for a king or a fictitious royal family of Zamunda including a 135 seat movie theater and dining room with 100 guest capacity all surrounded by amazing outdoor features to match. The grounds of the Ross estate include a pond, a horse barn and a 4,000 square foot guest house. Not to mention one of the property's pools, the outdoor one, which holds 350,000 gallons of water, makes it one of the biggest private pools in all of the USA. The other pool is located indoors for when it's too chilly to take a dip outside and other highlights here include a bowling alley, boxing gym and recording studio. Rick's mega mansion boasts 12 bedrooms and 21 bathrooms and his top-of-the-line master suite has a walk-in closet and dressing room as well as a spa style ensuite with a jacuzzi tub surrounded by pillars. Other spaces in the home include a large ballroom, a great room with floor-to-ceiling windows and chandelier and of course more common spaces from the kitchen to the family rooms. The front driveway has a center fountain with landscaping and embellished with an R for Ross's initials so it's the first thing you see. Finally, the premises offers even more sports-related amenities on the grounds like a softball field complete with lights and a scoreboard, a handball court and a basketball court. Elise Ross makes a pretty profit when he allows Cruz to film on his property charging up to $2.75 million for shoots. Location managers even have to pay to scout the place like Rick stated on Instagram. It's not free to come check out the estate. 20 people are wanting to see it a day every day so what we do is charge people to come look at it and there's still 18 people that want to come a day. Ross's most recent property purchase is also impressive and not only because it too has a celebrity history but because of the record-breaking turnaround time. Rick, who's a Miami native, spent $3.5 million in cash. Performer NBA All-Star Amar Studmeyer's Florida mansion that closed in just four days. This was the fastest closing in the history of the gated community where the mansion is located, southwest ranches, a celebrity-studded Miami suburb with former residents like the Rock and Reguette. A gated driveway leads up to one of the most notable features of the mansion's exterior, the Port Couchier or a covered entryway like those you see at a hotel or resort. Rick's new property spans 2.35 acres of land and while the home itself is only a single story, it spans 7,361 square feet with four beds and five and a half baths. At the entrance, heavy glass doors open to an Italian marble foyer with towering ceilings and when you walk in there's a direct view through the living room windows to the gorgeous backyard. Rick's Florida home is full of natural light and views of greenery and palm trees as well as 10-foot ceilings. One of Rick's favorite features of the home was the sleek gray walking closet with backlights, velvet lining and a sliding ladder which he's already dubbed the boss boutique. The master suite here has a marble bathroom as well. But there's more to the mansion than the master closet. There's a living room with vaulted ceilings, an opulent chandelier and web bar while the chef's kitchen boasts four ovens and two dishwashers. The kitchen is attached to another family room with in-set custom shelves and elsewhere there's two offices, another space with a pool table, gym and a yoga room which also has a chandelier overhead. Rick's new home even has a hidden nine-seat movie theater located behind two custom cabinet doors decked out in red carpet, flush leather seats and wood trim. Outside the estate offers more amenities like a pool with a slide and waterfall as well as a sprawling surrounding deck and summer kitchen with grill. The guest house here spans 1314 square feet with two beds, one bath, a kitchen and a living room but the former owner had it set up as a man cave. The space is decked out with a massage room, barbers chair and pool table. Alright guys so that's all I got on Rick Ross's homes. We've checked out his main estate in Georgia that was just used as the palace set in coming to America as well as the brand new mansion he scored in South Florida. After checking out the properties of Rick Ross what did you guys think? Do you think his main mansion was a suitable palace for the movie? What was your favorite feature there? And did you like his new Florida home? Be sure to tell me down in the comments. I think my favorite feature of Rick's main mansion in Georgia has got to be the indoor pool and the ballroom. I've always wanted to live in a house with a ballroom. Be sure to subscribe to my personal channel if you want to get to know me better. I love reading your comments on there and getting to chat with you guys. We'll link you one of my latest videos. It scarred me for my entire childhood. I still find it the scariest scene in the movie. So hello testing I promise in a few minutes I'm gonna look better. Thanks for watching. Don't forget to follow me on Instagram and tell me whose house tours you guys want to see featured next on this channel. I'll catch you all in the next one. Bye!