Gifts by James Thompson RedfoleyBreebox.org by Dana Meilinger in August 2009 Give a man a horse he can ride Give a man a boat he can sail And his rank and wealth his strength and health On sea nor shore shall fail Give a man a pipe he can smoke Give a man a book he can read And his home is bright with a calm delight Though the room be poor indeed Give a man a girl he can love As I owe my love love thee And his heart is great with the pools of fate At home on land on sea End of poem This recording is in the public domain Gifts by James Thompson RedfoleyBreebox.org by David Lawrence Give a man a horse he can ride Give a man a boat he can sail And his rank and wealth his strength and health On sea nor shore shall fail Give a man a pipe he can smoke Give a man a book he can read And his home is bright with a calm delight Though the room be poor indeed Give a man a girl he can love As I owe my love love thee And his heart is great with the Pulse of fate At home on land on sea End of poem This recording is in the public domain Gifts by James Thompson RedfoleyBreebox.org by David Lawrence Give a man a horse he can ride Give a man a boat he can sail And his rank and wealth his strength and health On sea nor shore shall fail Give a man a pipe he can smoke Give a man a book he can read And his home is bright with a calm delight Though the room be poor indeed Give a man a girl he can love As I owe my love love thee And his heart is great with the Pulse of fate At home on land on sea End of poem This recording is in the public domain Gifts by James Thompson RedfoleyBreebox.org by Ernst Patinama Give a man a horse he can ride Give a man a boat he can sail And his rank and wealth his strength and health On sea nor shore shall fail Give a man a pipe he can smoke Give a man a book he can read And his home is bright with a calm delight Though the room be poor indeed Give a man a girl he can love As I owe my love love thee And his heart is great with the Pulse of fate At home on land on sea End of poem This recording is in the public domain Gifts by James Thompson RedfoleyBreebox.org by Joy Chan Give a man a horse he can ride Give a man a boat he can sail And his rank and wealth his strength and health On sea nor shore shall fail Give a man a pipe he can smoke Give a man a book he can read And his home is bright with a calm delight Though the room be poor indeed Give a man a girl he can love As I owe my love love thee And his heart is great with the Pulse of fate At home on land on sea End of poem This recording is in the public domain Gifts by James Thompson RedfoleyBreebox.org by Rosie Give a man a horse he can ride Give a man a boat he can sail And his rank and wealth his strength and health On sea nor shore shall fail Give a man a pipe he can smoke Give a man a book he can read And his home is bright with a calm delight Though the room be poor indeed Give a man a girl he can love As I owe my love love thee And his heart is great with the Pulse of fate At home on land on sea End of poem This recording is in the public domain Gifts by James Thompson RedfoleyBreebox.org by Leanne Howlett Give a man a horse he can ride Give a man a boat he can sail And his rank and wealth his strength and health On sea nor shore shall fail Give a man a pipe he can smoke Give a man a book he can read And his home is bright with a calm delight Though the room be poor indeed Give a man a girl he can love As I owe my love love thee And his heart is great with the Pulse of fate At home on land on sea End of poem This recording is in the public domain Gifts by James Thompson RedfoleyBreebox.org by Leanne Howlett Give a man a horse he can ride Give a man a boat he can sail And his rank and wealth his strength and health On sea nor shore shall fail Give a man a pipe he can smoke Give a man a book he can read And his home is bright with a calm delight Though the room be poor indeed Give a man a girl he can love As I owe my love love thee And his heart is great with the Pulse of fate At home on land on sea End of poem This recording is in the public domain Gifts by James Thompson RedfoleyBreebox.org by Miriam Esther Goldman Give a man a horse he can ride Give a man a boat he can sail And his rank and wealth his strength and health On sea nor shore shall fail Give a man a pipe he can smoke Give a man a book he can read And his home is bright with a calm delight Though the room be poor indeed Give a man a girl he can love As I owe my love love thee And his heart is great with the Pulse of fate At home on land on sea End of poem This recording is in the public domain Gifts by James Thompson RedfoleyBreebox.org by Mark Smith Give a man a horse he can ride Give a man a boat he can sail And his rank and wealth his strength and health On sea nor shore shall fail Give a man a pipe he can smoke Give a man a book he can read And his home is bright with a calm delight Though the room be poor indeed Give a man a girl he can love As I owe my love love thee And his heart is great with the Pulse of fate At home on land on sea End of poem This recording is in the public domain Gifts by James Thompson RedfoleyBreebox.org by Paul P. Give a man a horse he can ride Give a man a boat he can sail And his rank and wealth his strength and health On sea nor shore shall fail Give a man a pipe he can smoke Give a man a book he can read And his home is bright with a calm delight Though the room be poor indeed Give a man a girl he can love As I owe my love love thee And his heart is great with the Pulse of fate At home on land on sea End of poem This recording is in the public domain Gifts by James Thompson RedfoleyBreebox.org by Ryan Give a man a horse he can ride Give a man a boat he can sail And his rank and wealth his strength and health On sea nor shore shall fail Give a man a pipe he can smoke Give a man a book he can read And his home is bright with a calm delight Though the room be poor indeed Give a man a girl he can love As I owe my love love thee And his heart is great with the Pulse of fate At home on land on sea End of poem This recording is in the public domain Gifts by James Thompson RedfoleyBreebox.org by Ruth Golding Give a man a horse he can ride Give a man a boat he can sail And his rank and wealth his strength and health On sea nor shore shall fail Give a man a pipe he can smoke Give a man a book he can read And his home is bright with a calm delight Though the room be poor indeed Give a man a girl he can love As I owe my love love thee And his heart is great with the Pulse of fate At home on land on sea End of poem This recording is in the public domain Gifts by James Thompson RedfoleyBreebox.org by Robin Give a man a horse he can ride Give a man a boat he can sail And his rank and wealth his strength and health On sea nor shore shall fail Give a man a pipe he can smoke Give a man a book he can read And his home is bright with a calm delight Though the room be poor indeed Give a man a girl he can love As I owe my love love thee And his heart is great with the Pulse of fate At home on land on sea End of poem This recording is in the public domain Gifts by James Thompson RedfoleyBreebox.org by Secrets Give a man a horse he can ride Give a man a boat he can sail And his rank and wealth his strength and health On sea nor shore shall fail Give a man a pipe he can smoke Give a man a book he can read And his home is bright with a calm delight Though the room be poor indeed Give a man a girl he can love As I owe my love love thee And his heart is great with the Pulse of fate At home on land on sea End of poem This recording is in the public domain Gifts by James Thompson RedfoleyBreebox.org by Simon Balderson Give a man a horse he can ride Give a man a boat he can sail And his rank and wealth his strength and health On sea nor shore shall fail Give a man a pipe he can smoke Give a man a book he can read And his home is bright with a calm delight Though the room be poor indeed Give a man a girl he can love As I owe my love love thee And his heart is great With the Pulse of fate At home on land on sea End of poem This recording is in the public domain Gifts by James Thompson RedfoleyBreebox.org by Victor L. Barber Give a man a horse he can ride Give a man a boat he can sail And his rank and wealth his strength and health On sea nor shore shall fail Give a man a pipe he can smoke Give a man a book he can read And his home is bright with a calm delight Though the room be poor indeed Give a man a girl he can love As I owe my love love thee And his heart is great With the Pulse of fate At home on land on sea End of poem


Look at my credit card bills. Oh, and I don't have an apartment. So here I am, literally turning 30, going back to the parent's basement.  And because I didn't know how long I was staying in Buenos Aires, I have no boot camps scheduled either. So I'm just like, fuck, here I am. What do I do? It's kind of like flopping around. So this was kind of like a big transition for, and I had like the month of sadness, just like the 30 life crisis, full month of sadness. I'm just like, oh, I remember I was driving the car and I'm like, I was driving back to my parents. I was like, I'm like, you're 30 and you live with your parents.  Little did I even know that like the last four months I was like all over South America, whatever. I was just like, no, you're 30 and you're with your parents, ah.  And I know I was, I'm crashing with Tim.  So we've been talking a lot of business stuff throughout the whole week that I've been staying with him. And some of the biggest epiphanies I had this year were actually related to business. So, and they're kind of self-development focused. So I thought I'd throw some of those out as well. And I think the biggest one at the beginning stage was for me, so we got Papa and Tyler, Nick and Owen, are kind of like the owners of RST. So they're kind of like the gatekeepers on stuff. And I'm just like sitting here in the basement, sitting here in the lair, we call it the lair.  I could do this product thing, right? Cause for me, my issue was always like, I've been teaching bootcamp. It averages out to about three times a month or something, pretty much every month. So it's like whatever that is per year, what is that, 36, 40 programs a year or something. And I'm like, I love my content.  I gotta get it out there. It's like, I put it out there like, who's this Brad dude?  But you don't have the authority and no one even listens to it. They're like, whatever.   I wanna do this. But what happens is, and I see this all the time, wanna be entrepreneurs, like what do they call it? The entrepreneur. Or people that are like, I wanna start a business. Or any type of like risk taking. Is there's this like this fog of like indifference. You're like in this fog and you're like, okay, I could do it, I could not do it. I don't really know, can I control it? In the business world, like this is the perfect example. You're like, I wanna start a business, but the economy has to be perfect. It's like, you know, I have to know that I can do it that I will never lose a dollar. My business will never lose a dollar. And then when everything is perfect, then I will go and create it, right? And this is the same thing in pickup. What do you do when you're in pickup? You're like, I need the perfect sequence. This is what I'm gonna open with. Then I'll do this, I'll transition into this. And then I'll go for the number. She'll say, yes, here's my number. Then I will kiss her. She will have a passionate make out. I will break it first. Then I will lead her to the bar once. I will buy her one drink and make sure that whatever she pays for it or some shit, I don't know. And then you're like, we're leaving now. And she's like, okay, that would be great. And then you just stroll off into the horizon or something, right? Like you think everything's gonna be perfect. It's the same thing in business. So for me, in the business world, I was like, I talked to one of my mentors, like my kind of business mentor who was actually one of my pickup mentors back in the day too. He's like, dude, he has a business where he's like, I'm giving products to people, stuff like that. And I'm like, I don't know what to do. Is Papa and Tyler thinking like, let me do this? Like, should I do it? I don't know, what should I do here?    You just have to be prepared and be ready. So when the time comes, you're basically ready to rock. So I'm like, I'm thinking, I'm like, okay, cool. I kind of want to do this. And I've had some other ventures in the past, right? I've had some other kind of business companies that I've started in the past. A lot of them, well, they all pretty much failed since I don't really work on them consistently anymore. And a lot of this, what it was, was for me, what I realized, so this is like epiphany number one, what is it, is it a Napoleon Hill quote where he says fortune comes to those prepared or some shit like that? I don't know, it's probably not even him at all. But some like, be prepared and then, does anyone know the quote that I'm talking about? No one knows it.  The luck comes to the one that are prepared.  Again, pick up. Most guys go in there and they're thinking, they're looking at the girl and they're like, okay, her body language, I think she's receptive. I think this one would be, that guy, no, that guy is not with her. That's definitely not with her. Okay, I think, okay, hold on, I'll wait till she orders the drink and then when she's got to pay first and then she pays, all right, now, oh, a guy just went in. All right, who's had that? I have, like last night, right?  So you just go in there.  I'd be like, okay, the only two or three approaches that I won't ever do, one is right as they get in the club because right as they get in the club, they're like, I need to do my walk. And they do their little walk. They're like, hey, what's up? She's like, hi, nice to meet you. Wow, right? And she does her little walk. Another one is like, she's ordering the drink because right as she's ordering the drink, you're like, hey, what's up? She's like, hi, rum and coke. And you don't get full attention so you're kind of compromising your value there a little bit. And then the other one is like, she's going to the bathroom, right?  And I'm thinking, I'm like, okay, what did I get into the game for?  It's like to see the girl that I want and be the selector. Like, I see this girl, I want this girl. Let's go get, let's go and do it.  Oh no, she's going to the bathroom.   I just thought you're really cute. I just wanted to say hi to you. You know, you can go in there. I'm gonna be waiting right here for you. Right when you come out. You better come out. Don't hide in there. I'm gonna be right here. Are you ready? Cool, awesome. Enjoy your piss. And then she comes out. I'm like, what's up? And she's like, whatever you know.     And like, fuck, just because you're going, you're the one to take that action there.  Be the selector. Because if you're waiting just for the receptive ones or guys are always like, they're waiting for permission. Like, did I get the eye contact or something like that?  And instead of just saying like, she's hot. There's some dudes, I don't know.  One of my favorite quotes is the Mark Twain. Like, I've had a lot of problems, but most of them never happened, right?  Especially guys that get into this.  And what it is, you get in there and you're like, blah, blah, blah. She's girl coding. That body language is 35% as bad as it should be. It should be a little bit better. She's not as receptive as she could be by 15%.     And you know, I'm kind of working on the product, stuff like this. It's starting to go really well and I'm learning how to video edit.    Well, everyone else is kind of off doing instructor ship stuff all over the world.  So next epiphany, during this time period, what I was saying with the other businesses that I had, I was willing to kind of like invest some money. So I'm like, cool, I got like 10 grand here. Let's invest in this business. Yeah, let's invest in it. Cool, but all of a sudden I'm like, oh, I have this product idea. I'm gonna have to invest, it's literally been eight months in the making till it's finally launched. So I'm like, I've invested eight months of time and not gotten paid a dollar, really, ultimately.  But I was willing to just kind of throw 10 grand out there. So for me, a huge epiphany that I had this year from the business standpoint is that like, fuck, time is money. How did I get that money?      That'll be really cool. I was like, okay, what is that ultimately gonna do, right?  And like, how has a business like created a really solid foundation of business?    Literally, like I said, I woke up at 9.30, I've been four hours of sleep. I'll probably be up till four or five in the morning tonight and keep on doing it again tomorrow.   So this is May, June.   What happened here, right? And what it was is I feel that what happens, a lot of guys when they get into, like let's say you take a boot camp or you take some sort of program or a weekend like this, you get a lot of momentum out of a weekend like this because you see a lot of other people taking action and you kind of took action by coming here.  It's like the seminar high.  And then all of a sudden, oh shit, but all these life things are here.  So then they're like, oh, I kind of lost a little momentum there when I was in the desert.  Yeah, so, I don't know. I did a program in Dubai.  I did a 21 night program in Dubai. It was pretty insane, 21 nights in a row. But you're obviously not meeting the locals. You're pretty much meeting all the tourists. But so you come out of that, you have no momentum, right?  And actually my inner game like grew a lot more.


Hey stampers. Hello. Welcome to Stampin' Chat. I was gonna say watching my mind just went into that mode all of a sudden. Yes, we are today We're doing our Stampin' Chat with Stampin' Jill. Today Jill isn't with us. Do you want to? Yeah Her husband Danny is having surgery today on his shoulder. So they are currently at the hospital So Aubrey and I are covering today for Stampin' Chat.  Super cute. Yeah, very fun I'm very different very different. I'm looking at the colors and the style and everything super different Yes, hopefully we'll find something that you like. Yeah, so should we just get playing? Let's get going. We've missed you guys I know I guess you could say that we had the 4th of July and then we had we were traveling one week So we haven't been here for a couple weeks. So that's the rustiness of my opening. That's okay That's okay, but we're glad to be here with you today. Yes for sure, but we thought we just get stampin'. Yes So I'll move this screen over Perfect. Okay. You want to show them what you're doing? Yes. So I'm gonna be showing you The bright and beautiful sweet Sorry y'all. You're good. Um from the annual catalog. This one is fun bright Birthday celebration. I'm really digging it. And Aubrey, oh shoot, is playing with inked botanicals This one's really fun because it Has punches with it. Yes, it has two punches. So rather than Having a die set that goes with this it is these two punches. They're kind of shape type punches and then Here's the stamp set inked and tiled and that is so pretty and then I Have this paper that goes with it. Did you show them your paper? I didn't I know both of ours are 6x6. They are. I didn't think about that till right now. That's true You can just see some of those really fun Colors I want to say spring but they almost are fall type colors. I think you can make them either you really could They're so pretty so pretty And let's see the backside is less flowers and more just pattern Very cute So I'm playing with that. Oh, it also has this really cute Ribbon, let's see. It's called bordered ribbon And it's in the last lagoon color and it I don't know if you can see it has kind of like a Acid it it reminds me of like acid wash jeans. I like it. It's got a whole texture. Yeah, it's really pretty almost like a canvas II material so that ribbing kind of comes with it Yeah, we're just Kind of playing we're just playing well. I've got one card I well I have like a million ideas is the problem. So we need to edit here and just kind of focus on what I'm doing Yeah, well on this one. I was Just intrigued by the colors in there And so I used this stamp that's in there and made kind of my own little background I thought I'd put just a saying on there. It's pretty almost looks like DSP Yeah, kind of cute and then I was playing with another one this I thought Kind of a matte monochromatic Blue card would be really pretty. So I took pool party and stamped This fun leaf Image in lost lagoon on there and then a lost lagoon background And then I did this with the punches actually I wanted to show you how I did the that just a note punch because This was interesting when you go First I had stamped it straight on like this, but then when you go to punch it.  Oh And that makes I see what you're saying a little bit easier on that plus sign Or X I guess I'm sure and then the fun thing is with this other one so this is the other punch that looks like this and that They kind of line up together if you want to put them together and it just makes it kind of look like you have a little square behind there Like that, so I thought that was cute. That'll be my little focal point There and then I'm gonna that this Ribbon I'll put on too because it's the lost lagoon Cutie. Oh, I like it. So that's one of mine. So let me show you I've been playing with this train with this seat like look at the DSP. It's got so many color combinations that are possible There's just so many bright and subdued and it's so fun blues greens I could see this being really great for masculine and like feminine cards. Um So it's almost hard for me to edit like down to which ones I want to do but I started making this card and I like having like a dark focal point with the lighter colors and the dies are really fun like you can cut out the balloon I did I did Gold embossed on top because I like kind of that little color, but and it matches with this cute Acetate paper that goes behind that has like the cute little celebration one on it I love that and the designers here's paper is really really fun with this set. So I need to just kind of assemble this card I've got it. I got to figure out what I want to do with the ribbon If I want to add the pink or if I want to stick with the gold I'm trying to decide so I can finish up this card and then I've got an idea for just stamping Because I love when you have a stamp set you can use the dies which is so fun But I like to if it's versatile enough you can just stamp with it. So if you need like a quick card, it's not hard to How make that happen, you know, I always like when an awful offer is that versatility? It's always nice for sure But we've been gone Aubrey, what have you been doing? Yeah, so I've gosh I we had like three weeks in a row where it was just Busy busy out of town busy. So the first week my we had a niece that got married In northern Utah, so we live in southern Utah and she got married in northern Utah about five hours away So we made a trip out of that took my husband's dad with us and Yeah, yeah, that was that's so kind of fun and then Came back from that and went directly to camping. I went camping with the young woman of our church So that was fun. So here's my Monochromatic pull party and lost legume card. I might yeah I might add just some rhinestones or something So is this one just a piece of card stock cut into a square? No, it's the oh, it's the punch Yeah, it's a punch that just right behind. Oh, how cute is that? Okay, I know lines up. I haven't seen it done like that before. Yeah, it makes it really really simple Yeah, but yeah, so then I spent a week camping with the young woman of our church, which was super fun and Super dirty. We all got really dirty But it was great and then I came home from that and it was Pretty much the fourth of July that's right after that and so Independence Day we went up to a little town Just north of us called Brian head and spent a few days there with some friends which Brian has usually a ski resort town But in the The summer they do they do all sorts of activities.  Yeah, it is so what you beth was on vacation and doing stuff, too So I was we went with I'm down in Jill to Lake Powell, which we love to go to It's just south of us in Arizona near page Arizona and We love boating and our kids have just grown up going there. I've got four kids and My oldest is 16 my youngest is eight, but we were reminiscing we took care there the first time when he was six weeks old Can you believe that I remember that crazy? Yes, and now they're just big and helpers and it's kind of like a working trip We just kind of work really hard while we're there and play really hard and eat lots of junk and sleep when we want and But we have such a good time. So it was nice to get away and Dan eat my father-in-law Dan Jill's husband. He Was gonna have surgery.  Yeah today so That should be good a little healing after that some downtime for Okay, I need help and opinions whether You guys want to tell me on there or Beth you want to tell me, okay?  You could do lost legume Or Clip so cool. Those are hard. They're also cute. Okay. Well, that's that everybody comment I know if anyone wants to comment and let me know I Actually have another little One I wanted to show you. Oh, here it is Another little idea here that I had I actually saw somebody had done this on a sample that I saw So I don't know who it was to give credit. I wish I did but That just this idea with inking it this way and These are our little sponge dobbers. They're kind of fun Sponges on the top and then they just have a little plastic thing. You can put your finger in and I'm just going to Sponge dob on this because I want to use this flower, but I don't want it all to be one color So I'm gonna start with my petal pink and I'm gonna go directly onto the Image here and I'm gonna just sponge that hole like the flower part With well, that's a great idea petal pink Sorry, my kids keep calling me Summertime. Yes Okay, just like that and then I'm gonna take Clip so coral and I'm just gonna Kind of do lightly. I don't want to do the whole image just kind of lightly toward that base Oh pretty That's a great idea with those stamps too because they're kind of watercolor they they are you can add a couple colors Yeah, I like it So I'm just gonna kind of do it lightly just toward where this stem is so that that light color is out toward the The back end of the petals and then I'm gonna do last lagoon on the rest of the stem Cute yeah, so show us what you okay. I just finished this card I kind of like the mixing of the pinks and the darker pinks and then adding just a dark The misty moonlight is what the blue is that I used to there Sorry, I'll stop moving so the camera doesn't autofocus What do we think I like the little touches of gold? I think it kind of dresses it up and makes I love the little tassels that they have that little dye is kind of fun That cuts out tassels and I used the designer series paper so that it moves a little bit more and it has some like Ombre effect with the colors. I thought that was kind of fun. Yeah, but like I said I want to do a card with just stamping to and not using the dyes So that's my next venture and I kind of want to use Different color combinations. I think I'm gonna use pretty peacock and lemon lime twist for this one So not so bright and pink and maybe you could use this a little more masculine. I I don't know about you guys I always want masculine. Okay, here we go. We need them. Can you see that? Oh my gosh, that's so pretty isn't that pretty and I actually love how simple it is. I'm just gonna I So I cut out a piece of the designer series paper Just to the size of the front of the card and then that will be my front and then I'll add just a little Saying on there so They can see a little bit on camera, but honestly in person so so so maybe we'll post pictures and hopefully it'll Yeah, maybe the autofocus makes it harder. Yeah, the autofocus is not making us much today But yeah, we'll post pictures so you can get a better view of that. But yeah, that's really fun Okay, no one has responded to my so I really like That kind of thing to me kind of brightens it Yeah, but I mean it's kind of just depends on the look you're going for right now, but I Trust me all is great. I love that. So I'm just gonna trim a little piece here Let's do it I'm on for that calypso coral look and I like a three-quarters inch strip I Feel like when I'm doing a strip across Like this is one just to one. I feel like it's too wide and a half-inch is too skinny. I really like Three-quarters inch that's kind of my go-to. Oh, I don't know what that means playing checkers I don't know. I don't know. I've never heard that before Okay, you're not playing checkers, but we are going back and forth. Maybe that's what they mean.  So you do have that whole part or that love that lost the good Ribbon is really pretty. Oh, that's kind of cute. What do you think? Oh? What are you doing with your saying do you have an idea? I don't know yet There's this thank you that I really like but I was thinking I might do that on the other one I don't know. We'll see what comes out here. Cool. I'm just making a little background here I love this one that comes with the balloons a little tail. You can't see it super well, I guess, but oh, yeah It's cute because you can turn it like Different ways so that it looks different for each of your little balloon tails, and they're not all uniform Yeah, I thought that was kind of a fun idea My husband and I were watching not even a show last night And they had this big bundle of balloons on the show and this little boy was trying to jump from the couch and see if He could fly. Oh with balloons. It was really funny He did not do well. No, and his sister kept telling him I think you need to jump from somewhere higher Nice sister. Yeah sisters are cool For sure for sure. Well, you're my sister. You're super cool Yeah, I agree For sure I'm just gonna add a little happy birthday here in the corner. I Think I might use this as like a masculine card. I like that idea pretty simple. Yeah Pretty easy colors And then we've got these little gems that kind of the colors coordinate well So you'll add a few of those What there are actually are a ton of Sings in this one Maybe I'll do the hello friend Hello, friend. Thank you on the other one I'm gonna punch it out When you layer things sometimes it just like brings it to life do you ever feel that it's so true like that Get that little bit behind it and it just helps it pop this frames it and pops it So there's a very simple card Little bundle of balloons. Happy birthday. Nice and quick. I really like that color combination. I think that's kind of fun This is a fun stamp. This is the same stamp I used to add the embossing on this balloon So it fits right over the big balloon, but it can kind of take shape of a balloon too and you're stabbing I can like it Fun fun fun I'll finish this one up and then maybe we'll end here and we can post our Pictures we post our pictures over on Facebook. Yeah, and we'll put the link In the information for this one But we also are doing some virtual classes with these two sweets. Yes at the end of the month Do you want to tell them how we do our virtual classes? Yeah? Yeah, so we We are offering two classes so just this from these two sweets and What we do is we send you a zoom link and you can join us through zoom Um This time we're doing a PDF only so we send you the PDF and instructions on how to make I think it's four different projects from each of these. Yeah, I'm from these sweets and Then we get we spend about 45 minutes together and we just Stamp and put the cards together teach you some fun ideas and techniques and Yeah, it's so fun. Yeah, it's really fun and we'll send you ahead of time. We would send you the Some PDFs that we make that have all of the measurements for what you need so you can prep everything ahead of time And then we'll get together and create and even if you don't have all of the product We don't we try to keep it pretty minimal the things that you'll need, right? But even if you don't have everything we have some customers that love to substitute Some people who join us they just use things that they've got on hand But they take the idea of the layouts the different things and then they can use them kind of what works for them Yeah, and it's just so much fun to get together That's the best part we we love to get together with our friends and stamp and we have friends all over the country So this is a great way to get everybody. Yeah together. So yeah, we get together spend a couple hours this one is on July 28, yeah, it's a Friday evening and we'll just get together for a couple hours on zoom Hang out and make some beautiful cards Right. It's so fun. Should we give them a sneak peek? Oh, that's a good idea. Each of the classes. Do you have them? No, I think I think they're over there. Okay. Oh, okay. Sorry That's gonna grab them and we'll We'll choose one from each Class. Oh, that's hard. I know Okay, here's yours. Okay Let's see. I might show you on here. Oh, that's a fun one. Maybe I'll show this one. Okay Okay, I'll go first. This is one. This really showcases the punch That the punches that come with this. So we're making this one And making kind of this quilt looking card With the punches that go with this paper and the designer's tears paper. So cute. Okay, and here's this one from the the suite This is a fun Let's see So we would give you instructions we can make it all together It's not fun. Yes So fun.  It is so cute. Let's get our celebration on. Oh, I'm excited So yeah, guys, if you want to join us for that, we'll put the link for those classes in two Oh, sorry. Yeah, let's flip flip our camera. Jen has to run out and take care of her baby. Okay. There we are. We're back. Yes So again, those classes are Friday The 28th of July we need you to sign up I think it's within this next week that we've got our deadline so we can get those The measurements and everything to you ahead of time. So you've got time to prepare. It's just ten dollars a class Sorry, I don't think we mentioned I don't think so It's not a lot you just get the PDF and then join us and even if that time doesn't work for you We'll send you the recording of that class So if you need to do it like the next day or really whatever works for you You can always help on and do that. It'll just be linked to a YouTube a private YouTube video, right? So super fun with these sweets and yeah, we've had fun I think I'm gonna keep going and finish this other idea that I have in my brain. Yeah. Yeah, and then we will go and post the pictures Yeah, so hop over to our Facebook VIP page. I'll also put that link here so you can see our finished projects that we made from today Yeah, and thanks for joining us. We'd love to see if you've created with this too You can post in that group once you've joined. Yeah, and we'd love to see your creations as well. Yes Okay, thanks guys. We'll see you next time


Hi, everyone. I'm Kevin, a researcher from Google. And today, I'm going to be presenting our new work on Blower Bounds for Multi-Server of Livia's Ramps. This is a joint work by fabulous colleagues from Ahuish University, Casper Green-Larsen, and Mark Simkin. All right, let's get started. So today, we're going to be focusing on our things called privacy-preserving storage protocols. So what does that mean? We're considering a setting where, on the left, you have a client. And on the right, you have a server that you can imagine is holding some data. So in this case, we can imagine an array of n entries to be one is the first entry, b2 is the second entry, so on and so forth. And what's going to happen is the client will receive and wants a query to retrieve the it index from the server held array. And maybe it'll do so in some privacy-preserving way, so some very fancy or complex way, such that in the end, it retrieves the if entry. But it wants to do so in such a way that whatever the server sees, so for example, the accesses that are occurring or whatever is stored in server memory, the server can't really tell what was the requested index. So what was I, in this case? And to do this, there are a variety of different techniques that can be done, but at a high level, one of the main techniques, especially in this sort of area, is the following where you can imagine the client is holding some sort of private key. And what it'll do is essentially encode the database in some way, so maybe it'll randomly shuffle, it'll encrypt the entries. In some way, that's hidden that the server will not know the ordering or where entries are stored on the server. And of course, what happens is as queries occur, these things will change over time and the blocks will be reshuffled and we encrypt it over and over again. So in particular, what we're really going to focus on is this primitive called oblivious RAM. So what is an oblivious RAM? What you can think of is taking an access pattern. What oblivious RAM does is it takes an access pattern and sort of obfuscates it in a way such that what the server sees are sort of the results of the oblivious RAM, whatever the oblivious RAM accesses or stores in memory, sort of this is what we donate by ORAM at the access pattern, it sort of hides what the original access pattern is. So what is this ORAM at the access pattern? It's essentially whatever the server sees. So this is whatever store and server memory as well as whatever accesses to the encrypted memory are done by the client. And for privacy, what an oblivious RAM essentially says is that let's say you take two sequence, two access patterns of the same length. The resulting server's view created by the ORAM will be essentially indistinguishable. So what it means is the server cannot distinguish any two access patterns of the same length. So what we're really going to focus on is the multiserver variant of this case. So what you can imagine is now there are K servers. Let's say one, maybe labeled one to K left to right. And each of them can store an encoded version of the database. But what's going to happen is that the adversary will be able to compromise exactly one server. And I want to quickly caveat the fact that sort of the user or the courier doesn't know which of the servers have been compromised. Otherwise the problem is very straightforward that you can retrieve an item from the server that's not compromised. All right, so sort of before we begin and dive into our results, I wanted to sort of outline two very simple ways of doing multiserver oblivious RAMs. So trigger the algorithm number one is sort of the following. The user has an index I and wants to retrieve the index. To do so, it'll just do a plain text query to a random server. So the query doesn't know which of the servers are compromised. So instead it's going to pick a random one and hope that the one is chosen is not compromised. So of course this has ordered one overhead. You just literally retrieve the entry. But what is the adversary's advantage? It's essentially one over K. It's just the probability of what was the courier unlucky enough to have chosen the server that was compromised by the adversary. All right, so this is trivial algorithm one. And this seems a little, it's weak. It doesn't really, it's essentially a naive sort of algorithm in terms of privacy. So let's go to the other extreme. What's another trivial algorithm for doing multiserver ORAM? Well, a very simple one, for example, would be to just use a single server ORAM query, pick one server and always do a single server ORAM query. So this will have a logarithmic overhead. Essentially the best ORAMs have been proven and single servers have been proven to have to be tied a logarithmic overhead. And the adversary's advantage now becomes much smaller than one over K. In fact, it'll be negligible in some security parameter. It's no negligible in N typically.  We're not really utilizing sort of the power of only one of the servers being compromised and K minus one of them being sort of free and sort of whatever's happening is out of the view of the adversary. So, if we were able to guarantee that we always did a plain text query to a non-compromised server, we would actually get an ORAM essentially. So single server ORAM seem to be very, they don't seem to utilize the power of multi-server setting where K minus one servers are not compromised. All right, so given these two trivial algorithms, this actually leads us to our main results which is actually a very strong lower bound. So in our paper what we essentially proved that any multi-server ORAM with K servers where the adversary compromises exactly one server, that oblivious RAM must have logarithmic overhead when distinguishing advantages at most one over four K. So what it's essentially saying is that, we have this trivial algorithm, if you want it slightly less advantage, just a factor of four less, you actually require logarithmic overhead. So what does this theorem sort of imply? The first sort of corollary is that multi-server ORAMs that require negligible advantage, or just typical privacy guarantees of an oblivious RAM, they actually require logarithmic overhead even with a polynomial number of servers. So that's actually very strong. If I had a polynomial number of servers, it still doesn't help me get a better multi-server ORAM with better overhead. And sort of the second corollary is that the two trivial algorithms are actually optimal for their regimes of distinguishing advantage. So for example, if you're okay with the situation of advantage one over K, where K is the number of servers, just use this sort of trivial algorithm where you pick a server from the random and hope that it's not compromised by the adversary. And simultaneously, if you want anything less than one over K, so it's like less than one over four K, a single server ORAM actually suffices to give you the optimal solution. And you can just ignore K minus one server, the K minus one server is other servers. All right, so sort of now for the rest of the talk, what I'm gonna go through is sort of outlining the proof of how we are able to prove this very strong theorem. So to prove, to show how I prove this lower, how we prove this lower bound, we start with start off by telling you what the model is. So what we're gonna do is we're gonna prove our lower bound in the cell probe model, which is used quite often for data structures and cryptographic data structures. So what happens again, we have the client on the left, the server on the right. And what we want to do, what we're gonna consider is a server memory is gonna be split up into something called cells. So each cell is the same size, what we're gonna call W bits. Then we'll assume that each cell is uniquely addressed by some integer. And what happens is in so we have these cells and what we're gonna do is we call a probe. So let's say for example, when we see the client probes a server cell, what essentially means either reading and or writing to that specific memory cell. And in the cell probe model, that's the only cost. So probing or reading or writing to a cell W bits is essentially the only cost in the cell probe model. Everything else is free. So computation is free, random oracles are free, random disgeneration is free, excuse me. Accessing client storage is free. And what I wanted to sort of emphasize is that by considering a very weak cost model, we actually end up with a very strong lower bound. So you can imagine any reasonable model that also charges computation, random disgeneration client storage access. Well, the lower bound will also hold in such a model. All right, so what we're gonna do is we're gonna prove our lower bound using a technique called the information transfer technique. And this was introduced by Mihail Petrosky and Eric Domain in the mid 2000s and was recently used the last couple of years by Casper Larson and Jesper Nielsen to prove lower bounds in OREM. And this was the first sort of paper that connected the cell probe model to oblivious data structures in particular oblivious RAM. So what we're gonna be doing is we're gonna be adapting the information transfer technique you used in both of these papers to prove our multiserver oblivious RAM lower bound in the cell probe model. All right, so let's just dive into the details now. So it's called the information transfer technique and it's because of the underlying sort of structure that they have sort of virtually in the memory is something called information transfer tree. So what this is is a binary tree with essentially N nodes if you're considering N operations. And what you're gonna do essentially is uniquely assign each operation to a leaf node of the tree. So for example, if there's N operations, you can imagine that they're uniquely assigned going from the first operation all the way to the entire operation from top to bottom. So what is this operation we're talking about? An operation can think of as a virtual operations. For example, reading to an entry of an oblivious RAM, writing to an entry of an oblivious RAM. And what's actually happening in these operations is that they're underlined by some sort of cell probe. So cell reads and cell writes. So for example, the first operation is sort of underlined by a sequence of cell operation. So maybe it's reading to the 15th cell on the third server, where the sort of the superscript represents the server and we see each server as you do like a five XM integer. And the argument is essentially the address of that cell on that server. So essentially these virtual or RAM operations are sort of implemented using a series of cell read and writes. So okay, so given that we know what a virtual operation is defined as, how, where does the information transfer tree come in? So what essentially we're gonna do is for each of the operations, so for example, let's say the third operation had a red cell 15th in the ith server. For each of these cell reads, what we're gonna do is we're gonna go back until we've, I mean, we're gonna go back in time. So you know, the third operation, we're gonna go back to the second operation and maybe the first operation and find the last time that the cell, the 15th cell on the ith server was written to. So for example, let's suppose it's the first operation. And what we're gonna do is we're gonna take the two nodes that are associated with each of these operations, find the lowest common ancestor and essentially assign this cell probe to that internal node. So here it's assigned to the level, to the sort of internal node two levels above. All right, so why is this interesting? You know, this seems to be very arbitrary way of assigning cell probes to internal nodes. So what the key point that ends up, that's being used throughout all these papers is the following. So let's suppose, let's look at this, this internal node is the one, the colored red. What is essentially, what essentially information transfer tree does is it characterizes the exact amount of information that we transfer from operations of the top subtree rooted at the red node to the bottom subtree rooted at the red node. And essentially what it's essentially saying is that whatever pros were assigned to this red node must be the totality of information that's being transferred from any operations that were written in the upper subtree of this root at the red node to the bottom subtree root at the red node. So at a high level, this isn't this, you know, maybe this doesn't make sense off the bat, but what you can later do is sort of try different, different nodes to see if this is not true. So for example, if you consider either the left or the top or bottom child of this red node, you'll see that the information here sort of assigned, any probes assigned here actually can transfer information to the bottom subtree because otherwise, if any cell writes that were done here were right here, they would have also been assigned to the red node. And vice versa, you can see that any probes assigned to any sort of parents of the red node, they were actually not read in the subtree rooted at the red node. Instead they were read outside of this, outside of the subtree root of the red node. So it's actually, what will eventually happen is if you think carefully, you'll actually see that the totality information transferred from the top subtree root of the red node to the bottom subtree root of the red node, all that information must be contained essentially in the probes that are assigned to this red node, as well as any information that can be stored in the client storage. But for now, let's suppose that client storage is quite small and it's not significantly large. All right, so let's say, okay. So let's say, you can take it for granted sort of what I've told you, or maybe later you go into the details of our paper and find out what I'm trying to tell you about this red node. So what I'm gonna show you next is how to maximize the assigned probes to a node, to an internal node. So what I just said before in the last slide is true. How can we maximize the number of assigned nodes to this red node, for example? Well, what we're gonna do is we're gonna try to maximally write as much information in the top subtree of the red node and then subsequently read it in the bottom subtree of the red node. As a result, if truly all the information is sort of contained in the probes that are assigned to this red node, it must be that in this case, the information is maximized because of every sort of operation in the top subtree is subsequently read in the bottom subtree. So if we're truly writing random sort of entries and then reading them afterwards, all that information must be stored in the probes that are assigned to this red node. All right, so now that we sort of have an idea of what does the assignment of probes mean and sort of what does it mean to maximize a single internal node, this leads us sort of to our lower bound. So what's gonna happen is our lower bound is actually a very trivial sequence. It's just reading zero consecutively n times. All right, so then you might ask me right now, saying this sounds, this is not hard to implement. In fact, if I wanted to read zeros, if I'm only reading a single index, I can just always retrieve that index and that'll be oblivious. So isn't this operation easy to handle? The answer is it's not. And the key idea is that the sequence must be indistinguishable from all other possible sequences of the same length. So for example, I shouldn't know if I'm reading only zeros, if I'm reading only one, if I'm reading only two, so on and so forth. So really the key idea is that even though this hard sequence is not very hard, in fact, every specific sequence might not be too difficult. It just so happens that hiding them from each other ends up being very difficult. And you can sort of take the worst parts of each sequence. So all right, that might seem very vague. So let's go right into sort of the ideas of how to do the proof. All right, let's suppose, this is a very trivial sort of, I've taken the hard sequence and I've just put them into the information transfer tree. All right, well, let's take this idea. Okay, the key idea is sort of, you need to sort of be indistinguishable from other sequences. Okay, so let's try this. I'll change every other operation to a write to zero. Well, actually, okay, if we take a look at this carefully, what we're actually doing is if each of these writes are truly writing random bits to the zero entry and subsequently reading them, what we're actually doing is maximizing the information transfer for all of these red nodes of the parents just above the leaf. Okay, so that seems interesting. So let's do this again. Can we do it for the other turn of notes? Well, again, if we sort of did write zero, write one, read zero, read one in the first four operations, this subsequently maximizes the information transfer for this red node. And of course, I can do it again sort of for the bottom subtree and get and maximize that, the other red node at the same level. You know, just to make sure everyone is clear, you can sort of do this one more time as well and sort of even maximize the route by sort of doing four writes, subsequently four writes random entries with subsequently four reads. Okay, so let's take these ideas and actually complete the lower bound. So what actually happens in a single server lower bound is this actually suffice to sort of put the lower bound. So by security, the number of probes assigned each internal node cannot differ too much from sequences that maximize the assigned codes. So for example, the reason for each node, there is some sort of sequence that maximizes the assigned probes to that node, just for correctness, just to be able to correctly return the answer. And just by security, if for example, you see that a specific node doesn't have something close to that maximum, you can sort of rule out with high probability that it was this specific hard sequence with that internal node that was executed by the challenger in the security game. And it turns out by just by summing the maximum number of probes assigned over all nodes, you get the, it provides a lower bound of N log N. So we had N operations. If you sum up the maximum number of probes assigned over all nodes, you'll end up getting N log N. All right, but the problem for the multi server case is that actually this sort of first security argument, it doesn't really go through. So let's see sort of why. So, okay, we have this information transfer tree. You know, I've just given sort of random numbers.  But if you think about it carefully, when I described the information transfer tree earlier, it was really actually the probes across all of the servers, right? So actually the 16 is the sum of all the assigned probes from across all of the paid servers potentially. So let's say we take a two server example. So what is the adversary sort of really see? It doesn't see this information transfer tree. What it really sees is, you know, depending on which of the two servers the adversary had compromised. If it, for example, compromised server one, it would see something like this, you know, where, you know, it's sort of, you know, a subset of the assigned probes in the original information transfer tree. And subsequently if the adversary had a compromised server two, you might have seen something different. And so that we can see right away that since the adversary doesn't see both the servers, it can't really sort of automatically get that each internal node must be maximized, must be close to the maximum number of assigned probes. All right, so then how do we sort of get around this? Well, the answer is sort of in the following way. So we're gonna use two facts, which actually I've already explained before in some ways. The first fact is that the sum of assigned probes in internal node over all servers views must be large. And this is for the specific hard distribution for that node. So we know there's just some hard distribution for a specific node that maximizes the number of assigned probes across all servers just for correctness, just to be able to return the correct answer. So even if you split this up across multiple servers just for correctness, I know that the sum of these assigned probes across all the servers must still be large. And the second thing is sort of just, I mean, sort of obvious, but in a sense, what we're trying to say is that each server's view cannot be significantly different for each sequence. So we know there's some maximum sequence that would with high probability take the sum over, maximize the sum across all of the servers. Well, it can't be that an individual server's view can differ significantly for any sequence, even if it's not hard for that specific node. So the best way I like to view this is sort of as a PDF. So what I'm saying is, so I was trying to say is, we can imagine this probably density function where you have the densities, and sort of, we're looking at a specific node here and that node's hard distribution, the one that should maximize the number of assigned probes summed across all the servers. So what happens here is the y-axis, sort of the density, the probability of seeing this number of probes assigned for a specific server, and then we can maybe see sort of the number of probes assigned, maybe this is the range from zero to 15. So, okay, from the first fact we know that, for example, this PDF shouldn't be zero. If I pick a random server, since I know that the sum across all servers must be large, it must be that some of the many of these servers have a non-zero, like they're not assigning, they're not always having zero probes assigned for the specific node. So it must be that this sort of PDF is sort of skewed at least to the right and that there must be a non-zero number of probes assigned, quite a bit of number of assigned probes on average across all the servers. So what we actually do is we sort of take that PDF and convert it to something that we can actually sort of use as an adversary. So what we do is we sort of group them into exponentially growing sort of, into exponentially growing groups. So for example, we do is the very first group we assigned from zero to one probes. The second group we assigned from one to two probes. The left side is inclusive, the right side is exclusive. Then you go to a group of size from two to four, then four to eight, eight to 16 and so on and so forth. So it's exponentially, the group size is sort of growing exponentially. And what I'm gonna do is I just took the PDF over all the possible assigned probes in each of these ranges. So what I did is I took from this previous thing, I just combined them into sort of this PDF where the densities are summed up over each of the ranges. And at a high level, all of the, what we're gonna do is the following, the adversary will essentially just check. So for example, it'll say, okay, I know for this specific distribution for the hard nodes, hard distribution. And for this specific server, the adversary knows that, okay, well, for example, seeing a number of probes assigned between eight to 16 is at least 40%. So what actually happens is that the PDF of assigned probes for the hard distribution, the original hard distribution where it's reading only the zeros, it really has to be within range. It can't be too different. Otherwise, as an adversary for this specific server, I might pick the server with probability of one over K if truly one of these densities was significantly different, I can actually detect that difference as a PPT adversary. And in fact, when I were to get maybe, if I were to able to, I can submit a challenge where I have either the nodes hard distribution or the true hard distribution for the lower bound, which is reading all zeros. And I can try to just guess, pick one of these ranges where the probability densities have changed significantly and sort of just guess between them. And I'd be correct with the significant probabilities. And essentially, just by this reasoning alone for the PPT adversary, you can prove they essentially that the PDF or the assigned hard distribution can't be really different than the nodes hard distribution. And we can also prove that this is very large just by the fact of like I said before, for correctness. This nodes hard distribution, just to be correct on the answers requires you to have that the expected sum across all the servers is large. And that means that even for this hard distribution that's really trivial, reading the 0th entry end times, it must still have a large number of pros assigned. And in fact, once you sort of have this intuition, the rest of the proof is actually complete in a sense in that you can show that essentially by sort of using these range, by sort of using these ranges, okay, maybe in this case you have, maybe in the nodes hard distribution, you might actually assign 15 very often or 14 very often. And maybe in this PDF, it might only assign eight very often, but this is only a factor of true loss. And by the way, we've done this sort of exponential range sort of grouping. We ensure that from the single server lower bound to the multi-server lower bound, we only lose the factor of two essentially. And this is in factor of two is very small in the lower bound, so we still get a lot of group of lower bound. And that actually completes the proof for our lower bound. I mean, the rest of it sort of putting it all together and putting the map together, but that's more technical. And this is sort of the high level main idea of how to construct the adversary. All right, so I mean, that's actually the end of the lower bound proof and essentially the end of this presentation. And before I wanted to go, I wanted to present some other cryptographic self of lower bound that exists, so in particular, I wanted to shed light on other work that has been done in this area. So for example, like I said, the earliest, the first work was by Larson and Nielsen proving a tight logarithm make oblivious random lower bound, shortly afterwards, Jacob and all in 2019 at SOTA, they proved lower bounds for other oblivious data structures, so things like stacks, queues, deeks. Similarly, there was work at Eurocrypt in 2019 that showed an omega log in lower bound for slightly weaker kind of primitive called differentially private RAMs. The first sort of super logarithmic cryptographic cell lower bound where the non-cryptographic version was still logarithmic was done for oblivious new neighbor search at SOTA 2019. And similarly at Crypto this year, there was a paper by actually, by myself as well as the Pino Prasiano where we showed a logarithmic lower bound for other for even weaker primitive such as encrypted search and things called encrypted multi-maps. I also like to note that there's other works where they consider the cell for lower bounds with other settings. So for example, ones where the adversary doesn't know the query boundaries. So in our work, we assume that the adversary knows when one query ends and then the query begins, but this paper by Hubachek and all at TCC 2019 showed that even if the adversary doesn't know when queries start and end, you can still prove a logarithmic lower bound. So I hope you enjoy the talk and I thank you for listening in. And if you have any questions, I guess I'll be feeling them during the actual TCC live session. Thanks again.


Chaplains from nine countries came together on board USS Mount Whitney to bolster awareness and interaction among naval chaplains. Conferences like these are infrequent, but Daniel Bramert, a chaplain from the Swedish Navy, says the value is intrinsic. One value is of course just meeting. Chaplaincy is much about personal relations and building relations with fellow chaplains is very important. On the other hand, Captain Wayne McCrae, a chaplain with the U.S. Navy, spoke on the value of the event to individual sailors. So the idea that we would partner and work together, understand how to reach out to each other and show that any sailor from any nation, any time that there's need, hopefully within the shortest period of time possible, we can get some kind of religious support or response to where the sailor is. Reporting from Lithuania, I'm Petty Officer Daniel Rankin.


What is going on guys welcome back to the channel critical overload here to talk about screen 5 again here today? So there has been this 12 days of Christmas that started earlier this week on Monday We officially got the poster that I was talking to you guys about in the last week I did regarding screen 5 you see it here on your screen. This is a tremendous poster I think this is honestly one of the best that they've ever put out from this franchise honestly I've seen all of the stuff about you know comparing it to Marvel etc I hear you're coming from it's still a phenomenal poster as far as I'm concerned the The way they have the trio position and just how everyone else I didn't see someone kind of point out like team Richie versus team Sam I do get those vibes I don't think that's what they were going for but I do like how the trio's position I like how ghostface is looming over all of them To kind of just show the grip it has on Woodsboro since this would be now be the third ghostface killing spree That would unfold in this town the other stuff that's happened recently is after that day so after day one on day two we got a suspect list of Or just going through the suspects. I think Sydney was like suspect number one Yeah, well suspect number two I believe it just went through all the different characters and returning characters down a list of suspects We did also get some new footage from the I think it was a Brazil Trailer of sorts this new footage also gave us a glimpse of one of the more humorous aspects of the film Which I do like kind of seeing that now that we're getting closer showing us that the humor is indeed going to be there It's not just going to be as straightforward and serious as the trailer minute out to be which again that trailer was doing it Right save all of that for the actual film itself to make for a better experience when you see how well it balances between the horror and the The comedy because one thing about the ready or not trailer because they they are behind radio silence behind ready or not The comedy I would argue was very much present in that trailer Whereas with this they're taking it in a different direction where they want to save that I guess for you to sit down and watch the film but we got to see a glimpse of it in this new Brazil footage where Like Richie makes a comment about I'll be right back kind of like referencing old Mars to stew or just quoting stew He could actually I just realized this this could be a line from the actual stab movie itself And he's trying to quote stab or they could just go over the rules of horror movies again, and then they Then Richie just decides to leave. He says I'll be right back I it looks like he the way it's cut looks like he's saying it to Mindy She looks and says she just kind of laughs that he's gonna die and then it just ends So I can already see a lot of people laughing at that in in the theater when this movie comes out The other thing I want to have a really quick regard in that footage is of course since Mindy again is wearing that that color pattern similar to how her uncle was wearing it Randy in the original film, I'm still very curious about her having a moment in the film very similar to Randy's where she goes over sequels and How they are or goes over inferior sequels and maybe whites these sequels are inferior or how Franchises have kind of run themselves into the ground or just how franchises have started off in such a good place And then they've gone on into these wild obnoxious directions that are beyond repair There could also be this could also be a scene where they actually go over some modernized Modernized rules to survive in a horror movie because I wouldn't say the rules Honestly or something that need to be focused on this time around only because of the fact that horror isn't such a good standing right now Compared to where it was back in the day that there's so many different avenues of That stuff is not being case I feel like there's a trend of us trying to break the mold of what we already know to be true But if they have some rules that they want to address in this new film they can go ahead and do that That's no issue now on day three, which is today of The 12 days of Christmas for the screen film We have been given a naughty or nice list gif now. I know that was a little disappointing for some people We're all expecting something or a lot of us are expecting just something I guess monumental in some capacity anything that relates to tickets going on sale Anything that has to do with a new trailer coming out if I were to guess I would imagine that they would if not this week definitely sometime next week only because next week is the Anniversary of that original film being released So what better way to honor that than releasing the final trailer of it of the upcoming film on the day of that anniversary I just see them doing that kind of like how with the whole Harry Potter thing we just got our first look at Fantastic Beasts and they made a big deal out of it being 20 years since We got introduced to the Wizarding world in film form anyway So they could be doing the same thing with the screen trailer waiting for an anniversary Like the actual release of the original film to put out something regarding the new trailer for this for the upcoming screen 5 What could we get for the rest of the week? Well, I've already made it clear that on Friday the plan as of right now from what I have been able to see I cannot share it The the tickets are supposed to go go on sale Friday Could it change of course it could change they could announce it to be sooner But as far as like what was sent out to a lot of theaters It is planning to start selling on the 17 in fact if you go ahead and to back this up AMC has already put out a tweet for this they put out a tweet for this yesterday around like 8 a.m Shout out to cave for bringing this to my attention They put out a tweet referencing the film and you can already set a reminder for tickets to go on sale Further backing that it might go on sale this Friday or at least that's what the plan is because again There's already been stuff sent out for them to start selling the tickets on Friday So whether or not they do it earlier earlier not that's that's fine if they do it early But the again the plan from what I've been able to see verified it. They are looking to start selling them this Friday And the other thing I guess we should probably hope for during this countdown would be new steals from the film I know in the new footage we do get some like you guys are actually just taking the video and screen-capping it Honestly, they're not like official steals that are being released, but you're just screen-capping it There's moments of where Gail is clearly very sad about something I don't think we need to go over what that is It's pretty much obvious at this point for a lot of us for those of you who it's not that obvious to You'll get a better surprise out of it And for what I'm sure the moment still will be very impactful and emotional for everyone that watches it regardless of how obvious it is there isn't for you and We see a shot of Gail what looks like her firing a gun So she's gonna go through some emotional roller coasters during this movie And it makes me kind of very excited to see Courtney Cox's performance this time around because she always I would say has brought out a Different side of Gail with each new film And with this one when I say she's brought out a different side There's like so many layers to the characters So like the the performance and the way Gail is gonna be portrayed this time around starting off If she has like a moment that makes her just kind of very saddened for a good chunk of the movie I don't think we've ever we've never seen the side of that from Gail So that that alone has me excited to see another side of Gail Once again, we're pulling off another layer to the character that is Gail whether she's so layered She has so many different things that we haven't seen from her yet That we've seen from Sydney countless times she sees our heroine But we haven't seen Gail go through all those emotions like that the way it looks like we're gonna get to see in screen 5 But let me know what you guys think about this down in the comments section Oh, what do you hope to see during this countdown 12 days of Christmas? If you haven't already, of course, make sure you subscribe turn on post notification and never miss a video in the description I've linked to my social media accounts my Facebook Twitter and Instagram You can message me there of course to let me know if there is any movies news or views You like me to cover in the future with all that in mind guys. I will see you in the next video


I like the, uh, rotating head. Me too. JUSH! Hey, welcome back to our studio director, it's a Corbett. I'm Rick. It's the drama! It's the drama! It's the drama! I'm all jupe sick, gollum. Peck. Peck. Peck. Peck. Peck. Peck. A new trailer dropped last night. It did. For a little baby bok chun. But it's for a new film called... Dasvi. Abhishek. Abhishek bok chun. Yami Gautam. Nimrat Kaur. Netflix India. Is this the first trailer of this? Yes. Yeah. From, uh, courting votes to courting the days left for his 10th grade exams. What? Will Gangram pass with flying colors. From courting votes to counting the days left for his 10th grade exams. I don't know if I'm supposed to understand that. Yeah, I don't know. But anyways, it's a Netflix film. Netflix, the last Netflix film we saw. But I do. Phenomenal. I've had a good year in terms of the ones we've thought in theaters. I haven't loved, but... No, but so far the other new releases on OTTs have been great. Love Hostel, but I do. The Pika's film. The Pika's film. The Malayalam horror film. Yep. Oh, the Chausa? Yeah. A lot of good ones. Good stuff. Here we go. He's looking at us like a stand. This one. It's the CM's wife. She's the CM herself. Really? And she's the one. Are you okay, Peru? Stand up. How old are you? I'm 8 years old. I went to work for 8th grade. I'm your Mr. Stand up. Come on then. Don't get in this position. Get out of here. Don't get in this position. Don't get in this position. Don't get in this position. Don't get in this position. Don't get in this position. Don't get in this position. Wow. The eyes are reminding me of his dad so much. What do you want to do now? I've come to fulfill my old dream. Which one is left? The picture. And if I can't do it? Then you better sit on the chair of the CM. After the government is running, I won't be able to sing and dance. The CM will be Bimla Devi Ravegi. Here we go. That's enough. If you go to the second floor, there will be a third floor instead of the fourth. It's not necessary. The one who understands politics can understand politics. I've written 8th grade. I've read 8th grade. So don't be smart. There are 10th grade opinion polls ahead. Why don't you have them? I've never cut a chair. I've never cut a chair. I've never cut a chair. I've never cut a chair. Next man, 8th grade for a 6th. Yeah, 2 boys. What about his money? The ball. Hit for a 6th by the batsman. Ranveer loves Deepika. Everybody loves Deepika. That was a good one. Yeah, it's true. Ranveer loves Deepika. Everybody loves Deepika. That's true. Actually, that's not true if you go look at the reviews. Anyway, that was really interesting. He was giving me his dad vibes. A lot. A lot. There was one shot. His eyes were so similar to his dad's. He's always his son. So he obviously is facially and his body-wise looks similar to him. But more so in this than I've ever seen. I agree. And he was also carrying a different kind of weight to this. Even though this film, I like the concept of it. I do too. I like some politician that just became a politician and now was in jail. So he only has the 8th grade education. Right.  Right.  Because you do not have to have any kind of a degree to get voted into political office. And he sees it as a particular challenge that his moral compass won't let him off the hook for. Yeah. Yeah, it seems interesting. So I like the concept. He's obviously going for a commercial slash, I guess, OTT vibe, I guess. Family OTT. Yeah, family OTT because obviously it still has him doing the big song numbers and a lot of stuff. Which is fine. The same makers as Mimi. Did it? I think it said that at the very beginning, that's from the same people that brought us a couple of films we know including Mimi. That's great. Which if it's of that caliber, then it will be in. Mimi is one of my favorites, man. Yep. That's such a good one. That would Ludo, which is another, I think that was Netflix, right? I believe that was Netflix. I think that was Netflix, yes. Netflix and Mimi, I believe were both Netflix. They've done a really good job so far. Yep. But I do. Well, no, that just went on Netflix. I don't think that was a Netflix production. Was it cinemas and then? It was cinemas and then it went to. But still, kudos to Netflix. Kudos to Netflix, but actually carrying it. Carrying it. But yeah, it looked really good. I thought, and there was a couple other faces in there that we knew. Yeah, and I'm sure, but we know them by name, but it's making the, sometimes we see them and try to pinpoint, okay, wait a minute. Like, we just started watching, because Indrani hadn't seen it yet. We started watching Deli Crime. Oh, nice. And I think, was that our first introduction to Rasika? Or had we seen her before? In Mirzapur. In Mirzapur. That was first. Of course it was, because that came out before. Yeah, I think we'd seen her in smaller parts, and we just didn't recognize her. Yeah, I was pleasantly surprised when I saw the credits and I had completely forgotten, like, oh yeah, Rasika plays the young cop in this. I forgot. Is this the director of Barfi? Or is he just working? Credited on Barfi, let's see. I don't know. Associate director on Badmavap. Associate director. Maybe an AD on Barfi. Yeah, AD on Barfi. So this is one of his first direct, this is his first directing venture. Hold on. Really? Yeah. Oh, yeah. Which that's the usual, see, oftentimes we'll see a director of a first film and they have nothing on their credits. Here, what you see most of the time is a lot of assistant director.  And that's why it's so shocking to see great direction from somebody who has no credit. Yeah. You know, so good for you. Congratulations. That's really, that's exciting. So it comes on April 7th. And so I want to see the lunchbox. Oh, the lunchbox. She's the girl in the lunchbox. That's your fun though. I know, but that's the lunchbox. Yeah, this is the main girl from the lunchbox. I was like, I know, I know her. And then the other... That's why it was out of context. I saw her, I saw her. That's why I pointed at the screen. I'm like, I know her, but well... What is it? Pulling back in my memory. And she was great too. That was, she was spectacular. And no lunchbox. That's one of the best movies. Have we seen her outside of the lunchbox? Nimrod Kaur, by the way. You all probably know that. Yeah, yeah, yeah. You didn't need me to say it. Oh! She's in an episode of Foundation 2. I don't know that. Yeah, you do. What is it? Cooper State. Oh, that's hers. Yeah. Okay. Homeland. She's an American actress. Or she's... Or she's like... Priyanka. She's... She worked with Irfan, so you're just taking after him? Absolutely. And you weren't like, there's a whole slew of Indian actors that have Hollywood credits. But I also love that little bees. I mean, we've seen it more, more so now that he's, I think, doing roles that I think are a little more interesting to him and have a little bit more depth than he did towards the beginning of his career. That's one of the questions if we ever got to talk to him. I think everybody's asked him, he may get sick of this question, because I'm sure it's asked any interview that he does of what's it like being an actor who your dad is Amitabh Bachchan, and what was that evolution like for you? Was there never a challenge? Like, he may have never had an issue. For him, it may have been, no, my dad's my dad and I may, and it doesn't concern me at all. He may have had a few films, or he was like, I've got to measure up and then felt released and is now like, I can do whatever I want to do. I find it hard to believe that somebody do have a dad of that caliber couldn't feel some type of pressure. Yeah. I find that hard to believe too. But who knows? He very well, kids want the approval of their father, but maybe he's gotten it. And who knows? I mean, we're just, no idea, but he very well may have had conversations with his dad when he wanted to be an actor. Big B may have said to him, whatever you do, people are going to compare you to me, don't let them do that. You know, who knows? But I'd love to talk to him about it. Yeah, looks interesting. So please let us know what you thought about this, and what should be the next little B film that we watch. Down below. Josh!


Carlos Alcarez vs. Daniel Mevedev is the final group stage match for these guys at the AWP finals of 2023. And both are looking to end with a win before the semi-finals. Daniel Mevedev comes into the tournament as the number three in the world and after a terrible campaign last year losing all three matches we'll be looking to do something better at the AWP finals this year. His best result here is winning the title back in 2020 but as I mentioned last year went zero and three in the groups and we'll look to change that and try and replicate what he did in 2020. His win-loss record this year, 64 wins, 16 losses is amongst one of the best but he has been split when he does make it to finals of tournaments winning five titles from the nine finals that he's played with his biggest final of course being at that US Open. His best win beating Djokovic earlier in the season in Dubai after Djokovic had just won the Australian Open and his worst loss came in the first red of the French Open losing to the qualifier Vilj after having one of his best clay court season preparations for that French Open yet. His form however hasn't been good with a couple of losses over the last couple of weeks but he did make the final of Vienna. So he does have a little bit of form. Carlos Alcárez comes into the AWP finals as the number two in the world and will actually make his debut at the finals even though last year he did qualify of course having to pull out though with injuries so first time we'll see him here. His record this year 63 wins 10 losses and his titles and finals six titles from the eight finals the only two losses he's had in finals caused to Djokovic in Cincinnati and actually to Norrie at the start of the year in Rio de Janeiro. His best win Djokovic at Wimbledon of course one of the biggest achievements of his career and his worst loss came in Rome against the qualifier from Hungary Mariján and it was just after Madrid where Alcárez actually won the title so it was a big shock. His form however hasn't been good coming into this finals with a couple of losses after a long injury delay and not playing a lot of tournaments after the US Open. These guys have played four times or four with the head to head split down the middle 2-2 with Medvedev winning that previous match at the US Open in a close force setter but Alcárez did win at both Wimbledon and Indian Wells so the fourth time this year they're playing Alcárez having the 2-1 lead if Medvedev is going to win this one he needs to serve well he served really well against Vera and of course he played really well against Rublev in that first match he needs to serve well against Alcárez and try and make those passing shots that he did so well against Sasha Zverev if Alcárez is going to win this one he needs to serve like he did against Rublev but also come into the net and use that variety that he knows he can use against Medvedev to win because we saw a little bit with Zverev he used the variety and it actually worked a little bit against Medvedev in the first set and we know Alcárez is so much better than Zverev at the net so if you can get to the net and did those drop shots you might get the win such a massive matchup to finish the group stage 2 versus 3 Medvedev is already in the semifinals Alcárez trying to get there I reckon Medvedev is going to win though in three sets I think the fast courts are a little bit better for Medvedev and I think he served might be a little more aggressive kind of like what Zverev did in that first match against Alcárez but let me know down in the comments below who's going to win this one