My flight over, I happened to be reading an Indian magazine called Business Standard, and I read this article about how India is going to go from 800 startups a year to 2,000. I was based on an interview with Ravi Gurraj from NASCARM, and I was sitting there wondering what is wrong over here. First of all, 800 startups is about as many startups as in Santiago, Chile today. The whole country has 17 million people. Santiago is a tiny little city, and NASCARM is getting excited about 800 startups, and his forecast is by the year 2020 we'll have 2,000 startups. If that's all this country can do, it's a serious trouble. So I'm going to tell you why I think that NASCARM is misguided and why the future is much different than most people think it is. But let's start off by talking about some of my research, because I've been researching Indian education, Indian engineering, and so on for the last seven or eight years. And when I started researching it, my conclusion based on looking at the education system was that India should be imploding as a tech center, that it may have been lucky that it built an IT services industry, but it has no future. That's what my conclusion was. I looked at the engineering degrees at a bachelor's level, pathetic.   So every bit of data I looked at at Indian engineering education was bad. Then I looked at the quality of education, awful. Yet after coming here two or three times with a team of researchers from Harvard and from Duke, we were blown away with what we saw, that despite everything, despite the education system, India was rapidly becoming a technology center, that it was not only an IT which everyone knew about, it was also in pharmaceuticals, aerospace, consumer appliances, semiconductors. Everywhere we looked, there was innovation happening. It didn't make sense. That India was racing ahead despite its weak education system and its graduation rates. And when you look deeper at the engineering system, half of the output of the university is unemployable. The IT has only graduated about 5,000 engineers in those days. Now it's up to 7,000 engineers. And if you looked at the hiring, they were hiring more than the entire output of India's education system. This is a long story, but what we learned was that what India had done was to learn the best practices of American companies, of Western companies, and perfect them. The disciple became the guru in workforce development, that it had done its magic, its jogad, and figured out how to take everything that's wrong and make it right. So that in a nutshell is what I learned. And we looked at the outsourcing industry as a whole. And it was remarkable that the turnover rates were amongst the lowest in the world in the IT services industry. Even India believes that its IT turnover is high. It is not amazingly low. And this is what has given India its advantage that it built an IT industry and trained millions of people. Now let's go to America. Because then after looking at India, I started looking at American advantages and why America is so successful. Why is the Silicon Valley the only innovation center in the world that's thriving the way it is? What we documented was that the magic of Silicon Valley is foreigners, is immigrants. That 52% of the startups in Silicon Valley were founded by immigrants. India and somehow were dominating Silicon Valley. Roughly one out of seven startups in Silicon Valley were founded by immigrants. So people who couldn't be entrepreneurial here went to Silicon Valley and started its companies. 6% of the population started 15% of Silicon Valley startup companies, mind-blowing. It was amazing what we saw there. They were filing patents, they were innovating, they were contributing to the ecosystem. They were building incredible wealth. And this is the magic of Silicon Valley, that you have this melting pot of people from all over the world coming in there, making the natives work harder, making the country more competitive and uplifting the world with the amazing technologies they create. This is what we learned. And then here's the stupidity of America, that it has a flawed immigration system. It kept bringing wave after wave after wave of people in on H-1B visas, abusing them in dentured servitude.  Go and compete with us. That's why you're getting all these amazing companies in India. So they started going back. And when we looked at the profile of the people that were going back, those are exactly the people that any country would die to get. Young, highly educated, highly motivated, highly trained engineers, scientists, all across the board, they were all going back. So this is America's gift to the world. And then I started studying U.S. entrepreneurship, what makes an American entrepreneur tick.  The investors, they're completely out of touch with the way the world really works. They think that young kids who create the startup companies, false. The vast majority of successful startup companies in Silicon Valley and in the United States are created by people who are middle-aged. Much more like the profile of people in this room than the kids that you see in the tech blogs. The tech blogs also are anomaly. Don't take them too seriously. They're just a strange set of people writing strange sort of articles. The majority of America is a lot more balanced than you read in the technology press over there. The average entrepreneur is 39 years of age, married with children. It's not these young college dropouts who dominate the tech industry. It's people like you. They're well educated. Another interesting thing that even though I've been in several elite colleges, it isn't the elite colleges that give you the advantage. It isn't the IITs that give you the advantage. There was a myth that Silicon Valley was founded by IITians.   It doesn't matter where you go to school. What matters is your motivation and your ability to execute. That's what makes you successful in entrepreneurship. Why do Americans become entrepreneurs? It's very simple. They get tired of working for others.  This is why Americans become entrepreneurs. This myth about venture capital dominating, it is just that. The vast majority of startups in Silicon Valley in the USA don't take venture capital. In fact, only about 11% of startups take venture capital in any state of their existence. The VCs put money into the company successful and then they claim credit for everything that the company has ever done since the beginning. That's not how Silicon Valley works. In India, everyone complains about lack of venture capital. It doesn't matter. There isn't venture capital there either. Success comes from experience, management, and luck. That's essentially how entrepreneurs in the USA work. Now let's look forward and let's see where the industry is headed. There's something I've been researching because there's a myth that innovation is dead. There are moguls in Silicon Valley who argue that innovation has peaked, that the world has run out of ideas, doomsday. And then people worry about overpopulation, lack of energy, about pandemics, and the world coming to an end because innovation has peaked. Complete nonsense. This is the most innovative period in human history. If you look at the chart of how technology is advancing, it isn't on a linear basis. It's exponential. I'm going to explain to you what exponential means because we're human beings. We think linearly. We do what Ravi Guruaj did from NASCARM, that we look at last three or four years of data, draw a straight line, and assume that's what it's going to be like in 2020. This is why NASCARM is so wrong about what's going to happen to India because technology is moving like this. It isn't moving linearly anymore. And here's the difference between linear and exponential. If I ask any of you to tell me how far 30 steps is, you'll guess it's about 30 meters or so. We can estimate how far 30 steps is. If I ask you to estimate what 30 exponential steps is, there are only a few geniuses in this room who really understand what that means. 30 exponential steps is a billion meters. In simple English, a billion meters is 26 times around the planet. That's how technology is advancing. We have seen the progression of Moore's law. You remember in the old days, about 30 or 40 years ago, how America protected its computers. They had these crazy supercomputers, which could not be exported to India. Well, guess what? Your smart phones are more powerful than the crazy supercomputers were. You carry them around in your pocket, checking SMSes, making occasional phone calls, maybe tweeting. That's all we do with these supercomputers sitting in our pockets. No export controls. No one cares. This is how computing is advanced. This is a chart put together by Ray Kurzweil, who's the greatest futurist of our time. He estimated that what you get for $1,000 in your computers, as of 2010, for $1,000, you get roughly the computing power of a mouse brain. By 2023, we'll get the computing power of a human being. By 2050, for $1,000, we'll get the computing power of all of humanity combined. This is mind-blowing when you think about what I just said over here, that within nine years, your smart phones will have the same computing power that you do. There are disputes about whether Moore's law will hold up until 2050 or not, but no one I've spoken to has ever disputed that Moore's law will hold up until 2023, which means that your smart phones are now going to have the same processing capacity that you do. The advantage that your computers have is that they're networked together. They communicate at gigabit speeds. We communicate in slow motion. They share knowledge. We don't. So it's scary to think what's going to happen with it, but a lot of good things also happen. Now, here's the interesting thing, that every other field that becomes information technology goes exponential. So artificial intelligence, medicine, robotics, 3D printing, synthetic biology, all of these technologies are also not going exponential because they're becoming information technologies. And guess what India has specialized in for the last two decades? Information technology. I think you'll understand where I'm going. Start with the advances in sensors. Remember these old devices we had? The digital camera, the first digital camera came out in 1976. That wasn't so long ago. I think Sholay was still playing in 1976. Now, the same camera is a billion times better. The first camera in 1976, the digital camera, weighed four pounds. It cost $10,000 and it was a whopping 0.01 megapixels. Today, what you have in your pockets is a billion times better between Sholay and PK. That's what we've seen over here. The ICBM units, the nuclear missiles that they had these ICBMs in them. Guess what? They're little tiny chips in your smartphones, which cost about a dollar. GPS says the first GPS commercially available came out in 1981. $120,000, they weighed 50 pounds. Today, it's a tiny little chip in your phone and I have three GPS apps on my smartphone. This is the advance that has happened. These are micro-electromechanical systems, MEMS-based systems. What's happening is that the circuits are getting more powerful. The footprint is falling. Prices are dropping exponentially. This is what is making all of this technology possible. And already, there are a whole range of amazing MEMS-based devices, including in India. For us, health is in India. The Swasta Slate is being tested in Jammu and Kashmir. Amazing technology advances that are happening in India at the same pace as they're happening in Silicon Valley and everywhere else in the world. This is what's becoming possible. In fact, if you take your smartphone apart, don't do it until unless it's really broken. But if you open it up, you'll see that it has sensors in there. It has processors in there, which would have cost hundreds of thousands of dollars and weighed tens of pounds just 20 or 30 or 40 years ago. This is what you carry around in your pockets. Robotics. When I was young, I used to dream about having a robot cleaning up after me. I used to watch Astro Boy. I dreamed about all these robots. I thought by the time I'm a little bit older, I'll have robots serving me. And what did we get?  Why didn't we get these sophisticated robots we dreamed about? Because the computing power required to do voice recognition, face recognition, would have required a supercomputer. Sensors would have weighed hundreds of pounds. And guess what? You've got them in your pocket right now. And this is the DARPA challenge in which you're developing humanoid type of robots. There are dozens of teams competing to build humanoid robots. This is what's become possible right now. And guess who else is doing it? Children. But today, as of today, it's cheaper to manufacture in the United States, India, Europe than it is in China because of robotics. Robots cost practically nothing now. Industrial robots have worked 24-7, and they can do the same tasks that human beings can do. Children have had their contest all over the United States to build sophisticated robots. So the question is, if children in remote parts of the United States can be building robots, why not the geniuses who've come through the ranks of Indian engineering? You could be building the most sophisticated robots in the world. Here, you could be building Rosie here. You could be building all these robots that we've dreamed about when we were young. It's all possible right now. AI, artificial intelligence. My colleague Neil Jacobsen speaks very elegantly about it, but AI is everywhere. It's making amazing things possible, including IBM Watson, which can now analyze disease better than oncologists can. It's also learning about every other field of medicine. So now you have a computer system that's widely available to anyone in the world, which can do sophisticated medical analysis and data analysis. These tools are going to be commonly available over the next two or three years. Google, Microsoft, every large technology company will be offering AI-based tools in which you can start taking the massive amounts of data that are available and analyzing them. Imagine India's IT workers now getting into big data analysis using Watson. This is possible as of today. And then there's the human genome, the most amazing innovation of all. It cost about $3 billion 14 years ago. Now you can get an entire human genome for $1,000. The rate at which it's progressing within five years, it'll cost practically zero to get a complete human genome sequence. And this is important because this means that humans have also become software. They've also become IT systems. So the same IT system that you're building in your companies, working for the Indian companies, you can now apply to human health. Next 10 to 20 years, we're in this era of genomic medicine, where you will be prescribing medications based on the genome. It's all a matter of analyzing data and building IT systems to now conquer health. 3D printing, have a look at how powerful and how amazing they are. You can print plastic glass titanium human cells with 3D printers. And the beauty of 3D printing is that you can design anything you like. You can come up with the most sophisticated artisms, can't design some of the things and develop some of the things that your children can right now using an iPad and a 3D printer. This is something anyone here can do. AutoCAD, they're AutoCAD factories, shops all around India. Well, guess what? With those design tools now, you could be developing the most sophisticated products for Western companies. In the 20s, this is what's going to happen. We're going to have the robots going on strike because the 3D printers are taking their jobs away. And also my prediction, within this decade, within a decade, China's manufacturing industry is toast, which means burnt out. India's call center industry is toast. These industries are disappearing. And this means that major opportunities. Every time there's disruption, problems, there are opportunities. India has lots of problems, which means there are lots of opportunities to build trillion-dollar industries over here. Look at the evolution of desktops and notebooks or tablets. That line I drew is my line. Probably within four to five years, there'll be half a billion new people coming online in India. You're going to have smart phones now everywhere. You're going to have an internet revolution that's going to make the dot-com boom in the United States look like it was picnic. I mean, India is going to be automating and re-automating itself like you have never imagined before. You're going to have an app economy no longer software. These IT services and these IT systems, forget it. They're yesterday's news. The future is all apps. And guess who's going to be building apps? Millions of Indians are. My prediction, and put this in the context of what I was talking about, of NASCARM, that there won't be 2,000. There'll be tens of thousands of entrepreneurs building world-class systems to solve big problems. There are going to be hundreds of thousands of app builders. Every local community, every village will have people. Just like you have these shops that repair iPhones, repair smartphones. They're going to be writing apps. So you'll have your fruit seller now having an app on a smartphone to manage inventory. He'll send Banji an SMS with a photograph of his produce and he'll be delivering fruit to her and automatically billing for it on his Aadhaar-based ID system. You're going to have now app builders all across the country using it for solving problems, for reporting corruption, for building infrastructure using these technologies. You're going to have millions of internet businesses, not thousands. You're literally going to have millions of internet businesses because those fruit sellers are now going to become internet businesses. They will now have websites, your Hawaii stores, your sweet stores, will now have their inventory online and they're going to be processing the sales of their Metai using smartphones. They'll simply have sensors in their shelves which automatically replenish inventory so you can be home and just say, I'm coming over to pick my Metai up and automatically it'll update inventory and it'll get updated. All in the next 5 to 7 years. You're going to have millions of internet businesses and billions of people all over the world benefiting from Indian innovation because it's going to happen over here.  The same dynamic is at Play in India. People are going to get fed up of working for the IT companies. They're going to become entrepreneurs. They're going to transform India and the rest of the world. Watch it happen. Thank you, everyone.


Right, Sunday morning. This is how we left it on Friday, so all our internals are ready for the slab. Nice to get our brick working first. It's good, just needs a good scrape off that. We need to check our floor level because we are the course below the... Can't follow the course somehow. House over here. We need to get up here somewhere. So we've got some timber to put around the edge of that. Some timber, some packers, everything. One last thing. We need to put a bit of fibreglass around that before we backfill. That's the gas pipe. And we need to drop these pipes down a bit because they're in the concrete at the moment. So we need to drop them down below the concrete and then smash out of here. That's the first job of getting some stone out and making a start on the backfill. Oh, is that extensively switched on? Okay, we're going to measure and organise them, what have you. So this step is 15mm lower than the house floor. So we're going to come about 10mm lower with our slab. And then they can put some decent underlay and laminate on top of that to bring it level. So we've transferred the levels around and it works out. 4b1 with a packer. So we're going to fix this and tamp off it. And with that going on, bringing us up now, that brings our pipe plenty low enough into the insulation and out of the concrete. So we're going to smash through here now with the breaker. Put our pipe in and then the pipe vents into the cavity. And then we'll have two vents going here and one there. So my job now is to get these all smashed out while I've got some stone in. Just tip it straight off the edge first though. Oh yeah, yeah. Have one of your cushions please, mate. There's been the knee pads are coming handy that they haven't sent us. Remember doing this last time, did you? I did. Last time we did this we really stuck up with it. I don't really know what to do. So there we go. That's how it's going to look. So we're going to just pick it out with insulation just to hold it in place. So we'll get that on there. That should. The concrete, yeah, 130. So there's a well below the concrete there. I'm just going to pack it tight. I'll tell you what, before we do that, why don't we take it out. Get that end to put it in last as I was coming out. Otherwise we'll just put it in our own way, aren't we? What do you mean? The pipe. We've got to go through the wheelbarrow with all the stone. That's right. But it didn't last. I'll just get it all cut down. So there. Take the procedure here. We'll do the timelapse again. Right, break over. Quick recap. As you will have seen, we've got a bit of stone in. We've got three cycles of this. Plenty of dust in it. We're going to pack well. Yeah, so we've got another layer to go in. I want to whack it in layers. Alex is filling the barrow's hand, bringing them in. Ready for our pipes for our vents. Ready there. Yeah, pretty much it. So we've got a lot of stone in now. Ready for sand blinding. So we'll go in there. Fill a bit at the front. Stage two done. Stage one, hardcore. And backfill around the outside. Stage two, sand blinding. So I'm going to have to put the visqueen in first. The visqueen first? Yeah. The next stage is the visqueen. Ready for our insulation. So let's get the visqueen in first. Quick update. There's our 125mm job down. Here's our pipe for venting.  Our bottom visqueen's all down. It's pretty but it's fine. It's only for underneath here. It's only on the bottom underneath. The top one's where it counts. Can that go down any low, mate? That needs to sit down flat. We'll put a strip of insulation underneath it to support it. There's no insulation under it. No. Yeah. There you go. The pipes will make it awkward because they're in the insulation. We'll cut around the pipes. So let's get the next one cut. Well, next three. Piece here. Piece there and then a piece into there. After a bit of fanning about, we're done for the day. The visqueen's all set up. We've nailed it down so it's not going anywhere. And all the way through we've got the cold bridge all the way across. There's the off cut from it as evidence. You said next time we're just going to make it. We're getting a 19mm, aren't we? Yeah. So instead of cutting it all we just... We've had a couple of people comment. We said we should put it. Cut it to 225.  That may be a good idea, yeah. Thanks viewers. So just show again. We've got cold bridge all around nailed in. Ready for the concrete tomorrow. Fingers crossed. And we've also taped up around this pipe. So there's no concrete going anywhere in there. It's all taped down with a few layers all the way around. Lovely job. So now we're just going to tidy up and then that's us. There's the blue shore. Where did that come from? Sorry? Where did the blue shore appear from? That's it? You were just using it? Yeah, we could find it. We had a very missing saw. So are we doing the outro now? After the concrete's gone in. Well, as I said, J and AP are great. They're very generous with the portions. Got a bit left over there. We're going to have to move. Got another extension coming up after this. So we'll just have to take it bit by bit. Take it to that job. But we're all covered up now. Rain forecast. Tomorrow. All loaded out ready. For the concrete. Loaded out for the break work. So let's see what happens tomorrow. Another piece of 4B2 to make up our tamp. Got one there, one there. Oh, and there's the other one. So screw all them together. And that's our tamp. There's our lentils ready. Keystone lentils. I think we're going to make a video for our Keystone lentils. They've asked us to do a video. Contact them and tell them we've got a couple for this job. So, yeah. I was supposed to go and do another finish off yesterday's pointing job. But it's time for room now, I think. So, see you tomorrow. And we're back. Monday morning stroke. Afternoon. It's about 12 o'clock, isn't it? Almost. Yeah, so we better get some of this water out. Concrete's coming. After 12. So Alex is going to start loading that stone in the van. I'm going to get the tamp put together. And then we'll get this water out. Do this first with the water out. If you start doing the water, I'll start with the tamp. All right. You probably caught about three seconds of us doing that then. This is our second trip. The year we're taking up the other end of the street. So another lad who wants it. We did the fence post. Yeah, we did the fence post. Which we didn't record. We've kept the barrel full. Just over a barrel full here. Anything we don't use, we'll just take up and give to them when we're finished. We were going to take it to our next job. But our next job's like six miles. 12 mile round trips, two trips. Couldn't be bothered. So yeah, that's most of it gone. We've actually had the camera facing. We've actually had the camera facing. We've actually had the camera facing. I won't put that in the video. So no side of the concrete yet. So we're going to go back up and drop this off. It's literally 50 doors up there. So yeah, let's go and get rid of this now. And here we are at the other end. That's just going to pile that handballed out. It's green-ackered. We've caught the last little bit. You have to pull forward. There it is. It's in.  As I was getting ready to close the door, it drives off slams me in.  So now we wait for this concrete whenever that'll be. So we'll keep you updated. Right, so update is the concrete will be here in 10 minutes. As we pulled up to where it starts sweeping up the stone and plan out the concrete, concrete rang us up. And they said it'll be 10 minutes. So happy days. Dad's just shifting the van now. And I think we're all set. The drain is as much water as I could. It's all in the buckets, so recycling. So that's cleared out as best it can be. Ramp set up for the barbers. Our temp is ready. About 5.5 meters. So easy enough for us to latch on your side and tamp it out. So yeah, I think that's all we need. So just a sense of waiting for them now. Excellent.  But yeah, get you set up so you can watch the concrete going. Five minutes later. No joke. Concrete's in. So once they've washed up and all that, it's just over half a cube. Just over half a cube. Just imagine we put over two cubes in the foundations. Yeah. That's a lot. Four times that one in the foundations. That's a lot of concrete. Yeah, it ain't going anywhere, that's for sure. I know. But yeah, once they've sorted and we've got it leveled up, we're going to tamp it up, scoot it up, float it up with the trowel. And then you have to get a cheeky mungy coffee. Okay, nice latte. Lent your coffee, there's no petrol. No petrol now. So yeah, we'll film properly this time because I'm sure I've butchered the pouring camera angle. So we'll do it properly this time. We'll film the tamping, the floating, and I'll be in. To you. Tamping back. Ready? To you. This is where I'm starting to run out now. I'm done. I need to scrape that down here. Don't forget to scrape your viscine as well. Mine's like folding in when you've got me. Yeah, it doesn't matter. Mine's doing the opposite. Okay. Yep. Actually, the easiest part of the job so far. The rest of it's been right slog. Over there, yeah. So, we're done. Ready to go. Two tunnels, stone moved, concrete in. Now we can get cracking. We can get the box loads on the inside. Start getting the brick work up. So I've got a door there.  Solid wall here. Solid door, solid window. With small pikes at each end. Yeah, so let's see what the weather does tomorrow. See if it's going to let us do a bit tomorrow. So, see you back here.


Ever since there have been boobs, there's been breastfeeding. From overdressed aristocrats using wet nurses to massive corporate campaigns, converting moms into baby formula fanatics, women have heard every unsolicited opinion in the book on how to use their own boobs. Hi, I'm Natalie, and this is the bizarre history of breastfeeding. This century's old debate didn't start with mommy blogs. You can go as far back as at least the Renaissance to see the mixed mammary messages that women have dealt with. At the time, wet nurses were all the rage, and anyone who could afford to have another woman breastfeed their child did, especially aristocrats. I mean, Renaissance ladies were busy. They were practically the Renaissance men of women. Between running the household staff, maintaining their figure, and pretending to laugh at their husband's jokes at high society functions, there really wasn't much time for feeding junior. You try changing in and out of a rough collar, corset, and floor-length velvet gown every time young Godfrey gets hungry.  And yet popular artwork at the time made breastfeeding seem like an act akin to godliness. Renaissance art depicted the most holy and important woman in all of Christianity, the Virgin Mary, breastfeeding her own child. As for women who didn't breastfeed their own children, let's just say you won't find many paintings of Mary and her wet nurse in the Vatican. As printed works became more common in the early 1600s, we started to see evidence of a strong belief that, actually, mom should breastfeed her own child. A scholar of the time said if they don't, infants will learn to love wet nurses over their own mothers. No pressure, mom. I'd be pissed if my baby loved the wet nurse over myself. And listen, even though the Renaissance was a time of great progress, lots of people were still low-key kind of dumb. Alchemists were still trying to magically turn objects into gold, and it was considered a legitimate science at the time. And when it came to breastfeeding, there was the French surgeon who warned women against using red-headed wet nurses, for fear their fiery tempers might spoil the milk. Listen, Jacques, just because a woman is a ginger doesn't mean her breast milk is going to taste like hot Cheetos. Enter the age of baby formula. The Industrial Revolution came along in the early 1800s, and lots of working-class people started moving to cities. Moms had to help support the family and work outside the home, so they weren't with their babies for hours out of the day. And since they weren't aristocrats, they couldn't afford wet nurses and had to rely on homemade artificial milk to give their infants nutrition. By 1866, there was a huge turning point in how the world fed babies. The first milk formula finally hit the shelves, which gave moms even more options. Milk advancements kept improving those formulas, which gradually increased their popularity. Then corporations got involved. It's not personal. It's strictly business. By the early 1900s, big companies were using aggressive advertising worldwide to convince parents and healthcare professionals that formula was just as good as breastfeeding. Pet milk is a safe milk for babies. And it worked. Wow, what a shocker, corporations influencing major moments in history, that's never happened before. From 1929 to 1959, the number of U.S. moms who breastfed babies dropped by about half. Baby formula was clearly flying off the shelves. For decades, breastfeeding continued to drop in the U.S. And by the early 1970s, just 25% of infants were breastfed at birth. So case closed, right? The long, painful nights of pumping nutritionally inadequate breast milk are over. Formula is the future. Yes. But exactly the opposite of that in every way. As the 1970s wore on, major scientific research revealed the advantages of breastfeeding. Wait, what? That's right, breastfeeding is back, baby. I'll be back. Just like women were encouraged to embrace formula decades earlier, they were now led to believe that breastfeeding was the only way. How do you know what to believe? Whenever someone tells me to do something I like to do the exact opposite, probably not the best choice when it comes to feeding an infant. And the pro breastfeeding campaign was effective. So much so that over 83% of U.S. infants are now breastfed at some point. The solar eclipse is like a woman breastfeeding in a restaurant. It's free, it's beautiful, but under no circumstances should you look at it. The point of all this is that for centuries, women have been subjected to mixed messages and unrealistic expectations when it comes to breastfeeding. Don't use a wet nurse, but also accomplish these 500 tasks that basically make breastfeeding impossible.  But also if you use formula, your kid's gonna be a meth dealer. Yeah, Mr. White. Yes, science. The one thing that hasn't changed throughout this bizarre history is the amount of opinions women are bombarded with. There are some things we now know for sure. Breast is usually best. But it's not for everyone. Nearly 70% of U.S. moms are on the workforce. Some can't produce milk, and others just don't want to. And sadly, breastfeeding is still really stigmatized.  Women should have the right to determine what's best for them and their baby and not be shamed by renaissance surgeons or mark from accounting who thinks a little nipple is inappropriate for the work environment. Hey guys, thank you so much for watching this video. I had a lot of fun making it and would love to make more. So if you have any ideas for topics, just comment below. And if you'd like to see more, subscribe to attention on YouTube. Thank you.


What is going on guys welcome back to the channel critical overlord here So we're talking about Halloween ends in this video here again today Obviously off the bat You should not be watching this video if you do not want any spoilers This is not a spoiler safe zone or spoiler free zone free zone for this video We're gonna be diving into the fates of Michael Myers and Lori strolled and I guess Corey Cunningham more specifically Michael and Lori so in Halloween ends a lot of the rumors that you might have been seen online They were indeed confirmed to be true you have a character named Corey Cunningham who yes indeed does become a copycat Michael Myers in a way Ultimately winds up happening as we know and as we saw Basically described in the description for the movie Corey Cunningham played by Rohan Campbell is pushed to the brink of snapping and becoming evil by the simple fact that the town won't let him Move on from this accident. He's bullied by some local high schoolers for a chunk of the movie People in town just talk negatively about him and call him a big a kid killer And he has to live with all this knowing in his heart that that's not who he is and that he genuinely just did something that was an unfortunate accident and In a lot of ways you do feel for the kid But then of course he starts to snap and you're no longer on his side. You're on the side of our protagonist Laurie Strode and Allison because he eventually starts to develop a relationship with Allison those two. It's a very unhealthy Relationship I would say only off of the premise that Allison is the one who would say is pushing for it the most because she wants so Heavenly I feel like while watching to understand Michael Myers more than anything and because she might see some sort of aspects of Michael in Corey She wants to understand that given that Corey himself has done something terrible and heinous like I'm Michael Myers did So she wants to kind of understand the pain she feels about the trauma She's now experienced from the 2018 events and she's projecting that on developing this relationship with Corey something that makes her at least feel safe and makes her happy and some Ineffective coping mechanism I would say that she has because she's going after Corey when she really shouldn't be to deal with her trauma so What happens is Corey ultimately decides that he's gonna get out of town But he's not going to go without Allison It becomes this thing where he starts to target anything in town that would keep her bound to Haddon fields So he takes out her her boss doctor Mathis because we learned she's a nurse takes out a co-worker who is having an affair with Dr. Mac math is kind of like a sugar daddy thing. I think was going on between them She's the one who got killed and pinned to the bulletin board Then he also tries to target anyone who was like bad mouthing him in town. So the kids who were bullying him and then Willie the kid the DJ and he's then tries to target Lori anything that might be keeping Allison in town to make her further say yeah, I can get out of here He goes after them because he wants to run off out of Haddonfield and get away from these terrible people and take Allison with him however It's how he goes about it. That's really just Probably gonna be the most baffling thing the people the way Michael Myers is the portrayed in this movie is very Underwhelming and again, I stated this in my spoiler free review. He's not very intimidating When you go out of your way to portray the main villain of your story Even though in this case Michael isn't even the main villain Which I guess you could also say is gonna be an issue for some people when when he is on screen He's portrayed as this Competent but not incompetent but outdated frail old man just living in the sewers with his mask still on And there's certain things about the character. I think we just should not see we know. He's getting up there in age We don't need to see this but it's also exacerbated by an interaction or interactions that he has with Cory Cuz Cory is not scared of this man whatsoever at one point during the movie after they do a do a couple tag team kills Cory decides to go to the sewers where Michael is at and He has like a tussle with the with the man over his mask a literal tussle is on your screen That that's what I was getting at in my spoiler free review So they have the audacity to show Michael Myers Tussling around with this kid for his mask, but they won't show you Some of the kills a lot of the kills are off screen This is also what prompts Michael to go after Lori not even go after Lori because he's not going after Lori He comes back because Cory again went into those sewers and stole the man's mask Cory dons the mask He has his own jumpsuit already because he works at a junkyard. So he has his own jumpsuit Cory goes after his own mother who was giving him problems. He goes after again those bullies that were giving him problems and then he goes after the Individuals that are connected to Allison that might be keeping her in town to give her a reason to say hey Yeah, I can get out here because there's no one else left for me because people are dying around me So when it comes to what what happens with Michael Michael ends up sitting up Because Cory decided to take his mask and don it and become a copycat Michael Myers He starts wandering around town. I'm assuming looking for Cory This ultimately leads to the final sequence of Lori strode and Michael Myers battling because Lori pretends like she's gonna commit suicide But what she ultimately is doing I guess setting some type of trap for Cory Cory ends up walking in on her with the gun. There's a gunshot.  You see this in the trailer She shoots him. He falls over the rails of the upstairs area.  I say try because he doesn't he's so ineffective at what he just tried to do He didn't even kill himself. He didn't he couldn't kill Lori and couldn't kill himself Michael is the one who ultimately kills him because Allison ends up walking in catching her with the knife and She thinks Lori killed Cory, but of course she didn't then Michael wanders in looking for his mask picks it up Here's a noise goes in the kitchen and that's when the fighting suit is a very satisfying fight But again, that is how these two end up meeting again. There is no conflict They just fight for the sake of fighting because he was looking for his mask. It all comes back to Cory It's just a pure coincidence battle what happens is Lori ends up pinning him to like the table in the kitchen with a bunch of knives throwing the fridge down on him Allison eventually returns back after getting a call from Hawkins. She breaks Michael's arm Lori then slits his throat then they carry him to the throughout the town of Haddonfield on the top of their car and They throw him in a wood chipper and Michael Myers is dead. That is Michael Myers fate in Halloween ends He ultimately dies because he went out of the sewers to go find his mask and by finding his mask He ends up in his final battle with Lori strolled and that gets him killed now again a lot of people might be disappointed by this because I've already told you in some of my videos that they were going to be really hammered by false Advertisement the fight scene is maybe two to three minutes of the movie two to three minutes max It's the fallout after that's very engaging honestly and very compelling to see There are some cameos you see Julian back in the movie, but that is Michael Myers fate He gets thrown in the wood chipper and he's dead Laura strolled is the one who survives and everything prior is why that ends up happening Let me know what y'all think about all this down in the comment section below If you haven't already of course make sure you subscribe turn on post notification Never miss a video in the description. I'll have links on my social media accounts I am on Facebook Twitter and Instagram you can message me there of course to let me know There's any movies news or reviews you let me to cover in the future and with all that in mind guys I will see you in the next video