THE SNIDERVERSE IS FINALLY DEAD! AHAHAHAHAHAHAHA! And boy, with this movie, did it sure go out! The Flash is the latest and final movie within Zack Snyder's canon, or what has come to be referred to by fans of the DC movies as the Snyderverse. Boy am I glad we're done with the Snyderverse. I didn't like it. That's for another video. But for now, we are going to talk about The Flash. And boy is this movie okay. This movie is not particularly great. It is not particularly bad. It's a little bit above average, but overall not much to write home about. Obviously, The Flash is based on the comic book storyline of Flashpoint, though with many, many things change. And honestly, the changes work fine. But the biggest one is because obviously we haven't seen any kind of Professor Zoom or Reverse Flash character within the Snyderverse, because we've never gotten a solo Flash movie before. There is no antagonist that Barry is up against in this film. Barry, of his own volition, decides to go back in time and try to save his mother's life, causing the world to kind of shatter and be changed. Biggest things in this universe that are different. Barry's personality is wildly different in this universe than it is in his. Bruce Wayne is now Michael Keaton instead of Batflick. And Superman never made it to Earth. Instead, Kara made it to Earth and she is Supergirl. Now, for me, losing the antagonist that Barry is specifically going against for Flashpoint specifically doesn't work, because it makes it feel really weird and kind of forced.  Instead, just saving the day, which even in the original Flashpoint was never his intention. All he wanted to do was get back to his own time. But Barry chooses to go back without getting tricked into it. Paints Barry as this super selfish and self-absorbed character, which we've never seen him be in these films before. And it also makes him seem like someone who wouldn't think through his action. Again, in the original Flashpoint, after defeating Professor Zoom, he goads Barry into doing this by praying on Barry's weakness of not having been able to save his mother. And so it makes sense that Barry in an act of impulse and anger would have done some event like this without fully thinking through the consequences. In this, Barry comes to the conclusion that he can help the process just in a split second on his own and doesn't seem to think through any potential implications with that. And so that just felt off to me. Also, you had the perfect antagonist in the movie. There's a character that shows up towards the end, another speedster obviously, who shows up and kind of takes credit for pushing Barry on the path to make the movie's events happen. You could have used him to make the movie's plot happen. He's right there. He's a speedster who could potentially have shown up, done whatever and either tricked Barry into running backwards with him through time, got him to follow him, or, you know, goaded him to do something stupid and rash, not 100% sure which, but you could have done something with this speedster character that made the events of Flashpoint more play out in a logical way. I think that's one of my bigger issues with this movie is that Flash doesn't feel like the Flash. Barry Allen doesn't feel like Barry Allen. Being almost kind of scatterbrained and just all over the place with his thoughts and how fast he's going and his mind constantly running about a thousand miles an hour and him just never taking a second to shut up and listen and being super scatterbrained and kind of jumping from one topic to another and then blah, blah, blah. It feels weird because that's not Barry Allen. That's closer to impulse's characterization. And while I love impulse, giving impulse's personality to Barry Allen felt very weird. The last thing I kind of want to talk about is the effects of this movie. Just real quick, not the best. A lot of the effects of this movie look off. A lot of them look like they were made in a computer. They don't look super photorealistic. And while that didn't personally pull me out of the movie, I do understand if it does pull someone out of the movie. The last thing that I really want to talk about is the most fun parts of this movie have absolutely nothing to do with the flash. The best parts of this movie, the most entertaining parts of this were the parts that involved Michael Keaton's Batman seeing him do Batman things again. This looked so cool. Seeing Michael Keaton and Batman get to fight on this insane level that we've never seen before was so much fun to watch. But again, that's the most fun part of the movie is seeing him do Batman things because we've never gotten to really see him do Batman things. And then the other cool parts, there's, towards the end of this movie, there is a kind of convergence as the best thing I could call it of the different universes within the DC multiverse. And we see a bunch of different cameos from past actors who have played DC characters, different iterations of DC characters, not necessarily directly played by people in the past. It was super cool to see. It was a lot of fun to like get to see that. And again, that was one of the best parts of the movie. Basically, this movie relies very heavily on nostalgia and what people remember from the past to fuel their enjoyment of this movie. Overall, the flash parts of this film are rather unenjoyable to me. And overall, it causes me to think of this movie not as one that anyone could go back to or really should go back to. It's more of a, if you have the time and you're bored, go ahead and watch it. But you are probably not going to find anything super special within the film. All of that being said, the effects, the kind of lackluster story and the overall just less enjoyment than I personally had out of this movie. For me, this movie rolls a 13. Now, like I said, a little bit better than average. And if you are going to come in and you can watch this movie and find it completely serviceable. But for me, I didn't find it enjoyable enough to warrant going back to it. If I found it on TV or I was bored one day, maybe I would recommend watching it. But it is not a film I would say go out of your way to watch. And for me, I found that slightly disappointing as I love The Flash. He is a personal favorite character of mine and a general fan favorite. And to see his first movie outing be slightly disappointing or at least for a solo movie outing being slightly disappointing was a little sad. But with the death of the Snyderverse and the going forward with James Gunn's universe, I am hopeful that we're going to see a good iteration of The Flash on screen soon. All right, real quick before I get into the end of this video, I did not want to touch on the shit that Ezra Miller has done or been accused of. They are a trash human being. And I, while I do not wish ill of people generally, I do hope that they either get the help that they deserve or just never act again. And for me, because of them, it's a little frustrating to me that this is the movie that DC decided that they wanted to push and push out. I will get into all of that in another video down the line. For now, I hope you all enjoyed this video. I truly enjoy talking about movies and I enjoy making this kind of stuff. So I hope you guys enjoyed yourself with this video. Feel free to follow me on any of my social medias. Links to all of those are going to be in the description down below. That is all that I have. I hope you all have a fantastic day. And as always, I will see you guys in the next video. Peace.


It's just gone one o'clock on a Monday afternoon, so you must be watching Think Tech Hawaii. I'm your host, Pete McInnis-Mark, and every week we bring you science results from the University of Hawaii. You may need the Institute of Geophysics and Planetology, but today my special guest is Nicole Laozi, who is an Associate Researcher in the Water Resources and Research Center at UH, as well as HIGP. So Nicole, welcome to Think Tech Hawaii's research in Manila. Thanks, Pete. I believe you've been on here before, so welcome back. Thank you. And today we're going to be talking about geothermal resources in Hawaii, which particularly given Hawaii's plan to be 100% renewable by 2040, I think. 2045. 2045? Mm-hmm. Must be a big deal. So what do we know about geothermal resources in Hawaii? We don't know as much as we should, in my opinion. We only know that there's one proven resource and one existing power-producing geothermal facility on the Big Island of Hawaii, which powers about 20% of the Big Island's electricity needs. Okay. So in general, today we're going to be discussing sort of what some of the potential opportunities are around the state. But before we get into some of the more detailed things, what is geothermal resources? And I think you brought along a first slide, which will give the viewers a little bit of an idea of what we're talking about. So if you can have the first slide. Sure. Here we go. Geothermal energy. Explain to the viewers what we're seeing here, please. So what geothermal means, heat inside the Earth, and we know that as you go deeper into the Earth, it heats up. This is primordial heat from the creation of our solar system. So there's a temperature gradient going down into the Earth and not shown in the dotted line on that bottom left. And what geothermal research does is try to identify places where that gradient is accelerated. So rather than our background gradient on planet Earth, we find hotter, quicker, or more shallowly. And if we can identify where there's shallower heat, we can use that heat to produce energy. And I would guess that the real critical diagram, we've got four illustrations here, but the main one is the bottom left, where the depth in feet shows that for some areas of the Earth, the temperature is increasing rapidly. In Hawaii, we've got volcanoes. Does that make a difference? That's exactly why there is geothermal in Hawaii is because there's heat magma at certain locations in the subsurface of our Earth. And so what we want to do is identify where those hot spots are, and then we can drill into them and extract heat from the surface that can be used to turn turbines through steam. So steam turns turbines, and then we've got electricity for our grid. That electricity is 24-7. It doesn't fluctuate with time and can produce electricity for decades to centuries. And Hawaii isn't the only place on planet Earth where this exists. Presumably places like Iceland or North Island, New Zealand will be comfortable? Yes, absolutely. Yeah, the Philippines, Indonesia, all those places are where there's magmatic sources of geothermal heat in the subsurface, and that heat is being extracted to produce electricity. Replacing fossil fuels. Okay. Yeah. And we've recently heard about geysers in Yellowstone, where we're seeing the effects of this heat from underground coming up the surface. What we're kind of talking about today is more how do you harness this kind of energy? So we're not thinking about geysers like we would see Yellowstone, but we're actually trying to... Well, we would control it, in a sense. We want to control it. Control it, yeah. Yeah, yeah. In a safe way so that we can, man, can use it for electricity, yeah. So the government's strategy of Hawaii becoming energy independent within perhaps 26, 27 years. That must be quite important for you, isn't it? In a sense that geothermal provides an opportunity, a new alternative resource. It's one which, as a homeowner, I haven't thought about. I've got photovoltaic PV on my roof, but this is a new addition to our energy mix. Yeah. So the power supply improvement plan, the PSIP that HECO has put forth, does have some geothermal, increasing geothermal planned over the next 30 years, I believe it is. I would argue that a first step would be to better understand what the potential, geothermal potential in the state is. So I think it was some, in that PSIP there's additional resources or increased megawatts from on the Big Island and some on Maui, but the research that I've been doing suggests that there could be prospective resources on all the islands in the state. So we need to do a little bit more work before. Even though there aren't active volcanoes on Oahu or Kauai, for example, there's still the potential. Yeah. So there's some warm groundwater, even on Kauai, that suggests that there may be residual, well, there is residual heat in the subsurface. We need to do more testing to know whether there's enough heat to produce a resource. I'm really intrigued about this potential energy resource. I think as we go through the next slide or two, we'll actually learn more about why it might be economically viable as well as sort of scientifically interesting. So if we could have the next slide, please. All right. So explain again, we're seeing the Hawaiian islands on the top right and something that looks like the East River, so the Kilauea. Lead us through this slide, please, Nicole. Yeah, that's correct. So the map that shows the islands in the top right shows the results of a publication in 1985 that was the results of the last statewide assessment up until the last few years where my group has been working on an updated statewide assessment to that shown in the top right. And so those areas where you can see the pinkish colors or reddish colors are where that resource assessment found a possibility for subsurface resource. I think oftentimes people think because Hawaii is a volcanic state, you could tap into a geothermal resource anywhere. So drill down and anywhere we'll find that accelerated temperature gradient. But in fact, that's not true. We need to find where their subsurface magma, so where magma was stored in the subsurface that will cool over a long time period and that residual heat is what we'd be looking for. And how that works, the reason there's the image that shows Kilauea's caldera is because Kilauea is the active volcano on the big island. We know that magma comes up from deep in the mantle below the caldera. So you see Kilauea caldera with a summit magma reservoir there. Today that magma is erupting on the surface of the caldera. And then we know that the magma shoots out shallowly. So some kilometers below the surface of the earth along a rift zone. And so very logical places for us to look for a geothermal resource on some of the older volcanoes is where there was the caldera and along those rift zones. All right, so looking, say, at East Maui, Haleakala volcano, the pink areas seem to mimic where the rift zones appear to be. Exactly, yeah. So rather than exploring in central Maui, for example, your geological knowledge would suggest that, well, this is a good place to go back to where the rift zones were, even if we haven't had eruptions in historic times, there might be enough residual heat. That's correct. And you mentioned hot water. Is that a telltale indicator that maybe there's some warm vox underground? It's a pretty good indicator. So if our water wells, so wells that are drilled into the ground for drinking water, are warm, we know that the only thing that can be making them warm is heat in the subsurface. And volcanic heat, obviously. Volcanic heat with some minor exceptions, I should say. We have to ask, why are we interested in geothermal as we try to become energy independent? And this slide actually answers the question, right? Right. So geothermal is the often forgotten renewable energy. It's the one that's probably least mentioned of wind, solar and hydro even. But I mean, in my opinion, geothermal is an excellent renewable energy that's a step above some of the others for the reasons that we can discuss. And yes, it's firm. So that means it doesn't fluctuate with the time of day, with how windy it is, or with tides. It's constant. And how does this amount of energy compare to what a person would get if she has PV on her roof? Much more energy. Well, it depends on the temperature of the resource. But I mean, typically for it to be economical to develop the geothermal power, then it would provide large amounts of electricity. Okay. And the next slide, I think, will show us a little bit about how geothermal compares. Here, we've got an interesting plot, okay? For the viewers, I think the horizontal axis is dollars per megawatt hour. All right. So that's a unit of heat production. Right. And tell us a little bit. We've got perhaps the four main renewable energy sources apart from, well, nuclear isn't really renewable, is it? So let's just compare these ones. So what does this diagram show us? Well, so this shows the cost that a consumer would pay for the renewable energy itself. Yeah, per energy output or megawatt hour. And so geothermal, levelized geothermal is the least expensive. So levelized means an absence of subsidies. So solar is actually quite, if you take away the government subsidies that solar has been receiving over the years, then geothermal is actually a lower cost form of renewable energy than solar. And back to the being constant or firm, that means that we don't need to consider storage or batteries. So now the discussion for solar has often become solar plus batteries, but the lifetime of the batteries is questionable right now or how much energy the battery can store. So we can ignore that discussion for geothermal energy. And I think that the vertical red bars just give us some of the variability, right? Right. So as you were saying earlier, geothermal is almost constant. It's almost constant. Whereas... The cost is stable. Even in the islands where it's windy quite a lot, the large variation in the wind cast or even in solar PV, I guess you can't rely on it, right? I think you can rely on it to a degree. So I wouldn't want to criticize the other renewables, but geothermal does have the advantage that it's constant. Yes, if wind went away, we'd have no renewable wind energy. But wind's probably not going to go away. So it's reliable to the extent that we can count on the fact that there will be wind. And is this full-custor counting? You mentioned the cost of batteries in a solar farm, for example. There must be other maintenance costs, both for geothermal, like if it's got volcanic fluids running through it, you need to replace the pipes. Or if it's wind, the turbines would break once in a while presumably. This, as far as you can tell, is the actual... Yeah, I think those costs are built into this plot. So this is what the consumer pays after a power purchase agreement is enacted with the utility. And which are the ones which are easiest to implement? Because I can put a solar panel on my roof. Is that easier to deal with as opposed to building a new geothermal plant? Yes. Certainly it's simpler to establish a solar system than it is geothermal. So that's one reason why geothermal struggles, which is our next slide. Is that right? Okay, let's just go on to the next slide, I think. So the R&D, the research and development... Okay, not that slide. Let's skip to one more, I think. We can come back to that one, maybe. Yeah, here we go. So yeah. So the upfront costs for development of a geothermal facility are high. Okay. That levels over time, right? But so the exploration phase for geothermal, in terms of doing the type of work that my group has been doing, which would move into naturally a test well. So actually drilling a small diameter test well in the ground costs millions of dollars. And if once you drill that well, you don't find heat, you would bend in that work, right? Right. So solar, there's less risk because you buy your PV panel, you put it on your roof, you know you're going to get something out of it. All right. So the return on the investment is a lot longer coming for geothermal compared to solar. I would imagine wind and hydro is somewhere in between. Probably. Probably. Yeah. But the end use that the low risk stable price for geothermal presumably is quite an important attribute as opposed to some of the high risk for the energies which we're currently involving. Correct. Yeah. Great. Well, I think we're getting near the time for the break. Okay. So let me just remind the viewers. You are watching Think Tech Hawaii Research in Manoa. I'm your host Pete McGinnis-Mark and my guest today is Dr. Nicole Laozi, who's an associate researcher at the Water Resources Research Center and HIVP at UH Manoa. And when we come back, hopefully we'll hear a bit more about geothermal resources in Hawaii. So see you then. I'm Marcia Joyner, inviting you to come visit with us on cannabis chronicles, a 10,000 year odyssey where we explore and examine the plant that the muse has given us. And stay with us as we explore all of the facets of this planet on Wednesdays at noon. Please join us, Aloha. To think tech Hawaii's research in Manoa. I'm your host Pete McGinnis-Mark and my guest today is Dr. Nicole Laozi, who is an associate researcher at the Water Resources Research Center and HIVP at UH Manoa. So Nicole, you're in an organization which I'm surprised is focusing on renewable energy. So can you just tell us a little bit about your background? How did you get here? And if there's a high school student watching today, she wants to follow in your footsteps. What's your history? Good timing on the question. I just gave a talk to high schoolers about my STEM journey, which led me to think back about how I did get here. And STEM is? Science, technology. Engineering and math. Good, okay. In high school, I knew I liked science and I liked the outdoors and I wanted to help the environment. It was that simple. And I started out as a biochemistry engineering at UCLA, where I did my undergraduate because I had been told a story about how a biochemist cleaned a polluted lake by adding some chemicals to it. And I thought I could do something like that. And I really liked chemistry. At UCLA, I found the geology major and that was a very good fit for me because we were outside a lot and we were studying rocks and mountains and volcanoes. Yeah, I loved it. And then I decided to pursue a PhD at UH Manoa where I studied active volcanoes and that was thrilling and fun work. And sort of from there, I did some postdocs in other countries, which led me back to Hawaii where my research now is taking on this more applied work, where I look at groundwater and the renewable energies and I really like that I'm finally back where I'm kind of tangibly working on problems that would improve our environment. And so in your doctoral research, you were studying volcanoes. Did that give you any insight into geothermal resources? Yeah, so I understand the construction process and the eruption process of volcanoes, which when it comes to trying to understand what's happening in the subsurface of the earth to identify where geothermal resource or our groundwater resources might exist or how they work, then that work is really helpful. And the research center itself, we've had Neil Grozba on recently and he's doing geophysics to try and understand groundwater resources. I would imagine there's quite an overlap between his work and what you're trying to do. Absolutely. Yeah, so his work, the geophysics can provide a picture of subsurface structures that would influence where the water is stored or how the groundwater flows. And yeah, that's clear overlap with the work that I've been doing. Okay. And the Water Resources Research Center, what does that do apart from? The mission of water resources is to work on problems of important to the state of Hawaii in the Pacific. And I think it's as broad as that. So really we're trying to understand groundwater flow in different areas of the state. We put in a proposal to do some work on Samoa and trying to help regulators maintain a sustainable groundwater supply into their future and deal with issues like climate change or contamination and that type of. And there must be a wonderful overlap between the kind of work that your center does as well as the Hawaii Natural Energy Institute, which is trying to help the state become more energy independent as well. Right. So UH has this range of expertise where you've all got different skill sets and you're tackling basically the same problem, but from different perspectives. Yeah, and really a big picture is required to try and piece it together because for Hawaii, for example, to read its 20, 40, 500 percent renewable energy goal, it's going to take a mix of renewables. So it's not, I don't think geothermal is the answer by itself. Solar is not the answer by itself. It needs to be integrated. Where would you place Hawaii? And we don't have that much time to wait 27 years from now. We've got to be 100 percent renewable. Are we on course, at least within geothermal or is this, are we playing? Not within geothermal, I would argue. Not within geothermal. We need to have the ante for geothermal, but there was a recent study that showed that we're doing well. Okay. It was published in general. In general, yeah. Okay, and I think there are other factors which you've been considering in your work. The slide which we initially showed, if we could just go back to that one, I think it's important for the general public to recognize that geothermal actually is cost-effective in terms of land as well. That the previous one that we would like to see, I think, please. There we go. And so what's the point here, Nicole? We're looking at colored squares, which... Yeah, so the yellow is showing the acreage used by a solar facility. This is in Nevada as compared to the acreage used by a geothermal facility. And note that because geothermal is baseload or provides energy 24-7, there's more energy output from that geothermal plant, which uses really a fraction of the land area that the solar plant uses. Okay, so we're looking at an airplane or a satellite view of some real estate and the size of the squares. The green is producing as much energy from geothermal as... More, 710,000 megawatts per year from the geothermal power plant as compared to under 60,000. So that's a factor of what? Do you have math for me? About 12. 12. So 12 times more energy from geothermal than from solar? At a tenth of the land use. Exactly. So what would we need to do if, say, we were to decide, and I doubt we would, but if we didn't have geothermal but wanted to go entirely with photovoltaic and wind, how much of the islands would actually be covered in this kind of? I haven't done that study, but a lot, right? We need to use a lot of land and we'd need to entertain batteries because neither wind nor solar sustain whatever, firm power. And so, you know, what if the sun doesn't shine for a couple weeks? I think that the state would be in big trouble. Quite recently, I'm noticing with my solar panels, I'm hardly generating any power at all. So the reserve, in absence of geothermal, the emergency reserve would need to be fossil fuels. I think that, I mean. Do you have any idea of the relative cost of the plants which we have here to produce, say, a geothermal plant? Are we talking about, say, in order of magnitude more money or twice as much for the same amount of power? Yeah, I don't have that number, but typically the developer bears the cost. Bears the cost of developing the facility, the infrastructure, and then they sign a power purchase agreement with the utility so that they're paid back over time. Okay, and I presume because it's a more complicated infrastructure, the upfront costs in total dollars is much more than to put a PV farm in place. Certainly, yeah. Yeah, you're sort of, hopefully, looking decades into the future, right? Yeah, I mean the Pune geothermal venture has been operational since the 80s and is still going strong and expanding, and yeah. So the developer has made up the cost of putting that facility in over the decades that it's been operational by selling the energy to the consumer at a lower price than fossil fuels. All right, so clearly geothermal would be a great resource where the rift zones exist around the islands, and I think in some of your other studies in the next, if we skip one slide and go on to the next one, I think you've actually started to investigate what the potential is here. We're trying to figure out how to find geothermal resources. Yeah, so the exploration phase is key and drilling wells is costly and it impacts the environment in a minor way, but it does. So we do everything short of drilling first to try and identify where we have the highest probability of identifying a resource through drilling, ultimately. And so the work that we did, we sort of have a geothermal resource. We need the intersection of these three qualities. So subsurface heat, subsurface fluid because the fluid will transport that heat to the surface, whether it be through steam or through water, and then permeability so that as the water or the steam comes out, more can go in so that it's a kind of a loop. And these are the data sets that we identified and their relative importance, those numbers in parentheses. So looking for the heat, looking for fluids, or looking at the permeability, the ability of the rock to transport water underground. Exactly. Okay. Yeah. And so quite a few of them seem to be of comparable importance. There's some acronyms there we don't need to worry about, but in your own research, are you trying to apply all of these techniques or? Yes. Yeah. Okay. I mean, so this is in phase one of the study, we used existing data. So no new data collected, but just to identify existing data sets that we could put into an algorithm to try and come up with resource probability. And so these are the data sets that we used. All right. So you've actually had some kind of preliminary project to do a statewide assessment. Who was funding that? The U.S. Department of Energy funded that. Okay. So rather than talking just about the geology, you're going to DOE to actually try and develop some of these ideas. And I think that the next slide would show us, if we can go to the last slide, this is basically state of Hawaii, what do the colors mean? The colors, the warmer colors are greater probability of subsurface resource obtained through compiling all of that data on the former slide into an algorithm. So where we see the pinks, we have the highest resource probability. There's a star sort of on the east point of the big island where Pune geothermal venture is. That's the PGV. And so those pinks outline the rift zones of the two active volcanoes, but we're actually quite interested even on the older islands, where we see the yellows and the green. I think the takeaway is that there's some colors even on the other island. Right. But unfortunately Nicole, we're running out of time. So thank you very much for being on the show today. Let me just remind our viewers. You have been watching Think Tech Hawaii Research in Manoa. I've been your host, Pete McGinnis-Mark. And my guest today has been Nicole Laozi, who is an associate researcher at the Water Resources Research Center and HIGP at UH Manoa. So please join us again next week at one o'clock when we have another university guest. And so until then, goodbye for now.


you hope people do the right thing and obey do the right thing and obey do the right thing and obey is it time we rename America to the land of the this is exactly what they want people self-quadding literally imprisoning themselves in their own houses like slaves gladly they want everyone in fear panic going along with the as everything is planned to be more people have probably died from the food in the past few weeks than the Toyota car yet the media is shoving this down our throats and creating a false illusion about what is really going on what's crazy about this is the predictive programming like the news articles are telling us what's going to happen two weeks in advance and then it just magically happens Italy is locked down for everyone safety they imprisoned you in your own homes against your will that brings up the question what's the goal what are they trying to do is it a distraction for the earn it bill the secret plan to scan every message online imagine an internet where the law required every message sent to be read by government approved scanning software because they didn't put the word in action in the bill they're going to insist it doesn't affect encryption I mean they're already blatantly setting every social media platform why not just put it out there publicly why not make it a law we know what the future has in store on various fronts the control of the food supply taking away cash and using chip for all transactions that same up will force you to think just how they want you to the enslavement of the population on a scale but what are they doing at this specific point in time why are they creating this hysteria back in 2009 there was an article on me me me me me me planning to declare me mama me mama he also spoke of a mama me me elite me mama house speaker in and in and in and a and Senate majority leader ninnana who might use a nananan air or natural disaster as an excuse to declare more off they're trying to develop an environment where they can take over he said we've seen that historically. Then we have a popular news personality citing that this will be used to hurt the economy and push mandated medicines. Whatever they're doing, everyone is playing along. New York City schools will close later this week. They clearly want people staying at home. Top ninninne expert doesn't rule out supporting temporary national cities all over the country. Bars and restaurants have been packed with people. This was the case last night. This was the case in many places in Washington D.C. And a new study suggests that it's young Americans who aren't really showing the symptoms that could really be spreading this and putting older Americans in jeopardy more so than we realize. Would you like to see a national lockdown? Basically people basically people you can't go out to restaurants bars. You need to stay home? Well, I would like to see a dramatic diminution of the personal interaction that we see in restaurants and in bars. Whatever it takes to do that, that's what I'd like to see. You said lessening of social interaction. Governor tells California bars to close. Tells older residents to isolate. We spoke the other day about the collapsing of small businesses. Why are they targeting these places? This could literally be them funneling people into larger corporate owned food sources. The rich get richer. The greediness never ends. Stop buying from the brick and mortar you can buy from us now. It all relates back to the control of the food supply. Stay locked in your home getting blasted by from your 15 Amazon devices. Order more stuff online from us. Get your food delivered by us. We control you. We control everything. People have to understand that these devices actually inhibit your mental ability, ability to think, recollect thoughts, a combination of this and the control of the food feeding you agrochemical late and slop every day equates to this a population that will not stand up for themselves. This sad sack of that America has become probably deserves everything that is coming. We are going to be locked in our homes like a bunch of dogs for two weeks and we are going to take it like the b**** we are. Questions right now about government mandated. How do you enforce those? So let me ask you this. What legal authority does the government have to declare and how can it be enforced if someone violates it? So our government has very broad authority. I think broader than people may realize to order and enforce meaning a restriction on people moving into or out of either specific places or broader geographical regions. Now under federal law the government through the Department of Health and Human Services has the authority to order as necessary to prevent the spread of communicable diseases. That can either be an isolation order on a specific individual known to have a certain condition or in rare cases we can see a broader mass. In the last time we saw that was over 100 years ago in 1918-1919 there was a mass federal when we had that influence different right now. Also all 50 states have laws enabling governors to order. So how are these enforced? Well first of all you hope it's sort of self-enforced you hope people do the right thing and obey do the right thing and obey do the right thing and obey but if not they can be enforced by fines and in some cases some states and under federal law even by arrest and prosecution we hope it doesn't come to that we hope everyone does the right thing we hope it doesn't come to that we hope everyone does the right thing we hope it doesn't come to that we hope everyone does the right thing but the government does have the power if necessary to enforce the quarantine. It's not all doom and gloom though there are people waking up to their government's fake nonsense even roaming the streets shouting it's fake it's fake yeah it might be fake but the truth does not matter the truth is what you believe who controls the media what you see you control the media you control the truth this is so textbook obvious it's ridiculous lock people in their homes control what they see what they hear what they send each other through social media America the land of the slaves that thinks they are free but I'm not here talking about this for no reason this is the most important thing you will hear in your life if you're not already aware of it we are constantly forced to live in a state of fear a state of panic we are guided by the media to be happy with mediocrity to worry about everything be happy with the crumbs from my bread am I going to make ends meet am I going to be able to get a job am I going to get fired will I make rent this month it's a slave mentality stop looking at the negatives stop worrying about what is happening what you cannot change and focus on the positive they want you in this hyper negative state and if you've noticed most of your family is probably acting like this at each other's necks locked inside all day the white from your cell phones creating a constant tension the poison in your food fogging your brain this is why America has declined so much when I see the evil the sadness that has been brought to myself and my family I translate that to those special interest funded pushing feedlot beef pushing a vegan diet and that's just on the small scale in the dietary community these people are evil and by supporting them what's happening right now on this planet is what you're supporting it's incredibly difficult to put yourself in a positive state of mind if you aren't healthy all of these things are being done to keep us down by increasing food quality improving lifestyle factors we are able to feel good when we feel good we can focus on the positive and achieve everything we want in life part of this is related to knowledge if you know the truth if you know what they are trying to do that it's fake you will be empowered to not participate in that right now they're in full control we listen and do what they say and that is because we are in a slave mentality this is why I am against the special interest funding you don't see these other people talking about this I am the only person everyone else is playing along with the agenda eat some steak you won't get sick bro is there a word to describe these people is there this is what they want and many people are falling into their lies thank you guys for joining me today if you'd like to support me of course please share the video like subscribe all that stuff you can check out you know organ supplements frankie syringe meat if you guys do want to support me further than my companies you can donate through paypal dot me slash frank to fauna and I will link my patreon down below as well