- 12 hours ago
- #brightside
- #brightsideglobal
Imagine living and working in a giant pyramid that can accommodate one million people. Sounds like a sci-fi movie, right? But this is not fiction, this is the vision of a Japanese company that wants to build the world's largest and most sustainable megastructure. In this video, we will explore the concept and design of the Shimizu Mega-City Pyramid, and how it could revolutionize urban living in the future. You will be amazed by this incredible engineering feat.
#brightside #brightsideglobal
TIMESTAMPS:
0:01 Pyramid of the future
09:33 Could we live in an underwater city?
14:44 What a city of the future designed by AI looks like?
This video is made for entertainment purposes. We do not make any warranties about the completeness, safety and reliability. Any action you take upon the information in this video is strictly at your own risk, and we will not be liable for any damages or losses. It is the viewer's responsibility to use judgement, care and precaution if you plan to replicate.
#brightside #brightsideglobal
TIMESTAMPS:
0:01 Pyramid of the future
09:33 Could we live in an underwater city?
14:44 What a city of the future designed by AI looks like?
This video is made for entertainment purposes. We do not make any warranties about the completeness, safety and reliability. Any action you take upon the information in this video is strictly at your own risk, and we will not be liable for any damages or losses. It is the viewer's responsibility to use judgement, care and precaution if you plan to replicate.
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FunTranscript
00:00The year is 2160. The place? The Pacific Ocean, off the coast of Japan.
00:06The ocean seems calm. At least, the surface does.
00:09The ocean floor is cracking right now.
00:12Boom! The Earth opens up. Magma shoots out.
00:16The crack in the ocean floor triggers an earthquake, and a massive amount of energy shoots into the ocean.
00:21And now for gravity to get involved.
00:24It pulls the water down and makes it move faster and faster.
00:28It's a tsunami.
00:30A wave as high as a skyscraper plows toward Tokyo at 500 miles per hour.
00:35That's millions of tons of water.
00:37It would be awesome to take a picture of it, but there's no time to admire the power of nature.
00:42The tsunami's about to hit Tokyo Bay.
00:46The tsunami smashes ashore and starts attacking the largest structure on the planet,
00:51the Tokyo Pyramid Metropolis.
00:53It's 6,600 feet tall.
00:56That's five times the height of the Empire State Building.
00:59Imagine if the entire population of Denver, Colorado lived and worked in one building.
01:05The Tokyo Pyramid Metropolis, TPM, can handle 750,000 people at a time.
01:12Incredibly, the structure withstands the impact,
01:15and most of the tsunami's energy seems to have just disappeared.
01:18This time, engineering stands up to nature.
01:23TPM was built by the Shimizu Corporation, which was founded in 1804.
01:29The pyramid is the most stable structure around.
01:32If you don't believe me, go to Egypt and see the Great Pyramid of Giza.
01:36It's lasted 4,500 years, and it's still going strong.
01:41The TPM is built on water and consists of 204 individual pyramids.
01:46They look like bunches of grapes stacked on top of each other, 8 tiers in all.
01:51Only in this case, each grape is the size of a Vegas casino.
01:56The TPM's actually hollow.
01:58That's how it defends itself against typhoons and tsunamis.
02:01It doesn't meet the wind and waves head-on,
02:04but lets all that energy just pass right through it.
02:07Robots and autonomous control systems run this place.
02:12It runs on solar, wind, and wave energy.
02:15The pyramids are connected by passages.
02:18All in all, about 85 miles worth.
02:21They connect everything and are maintained by AI
02:24that always finds you the fastest way to get from Pyramid A to Pyramid B.
02:29The TPA's obviously the city of the future,
02:33but human tech isn't quite ready for it just yet.
02:37Originally, engineers decided to install the pyramid on 36 columns,
02:41all dug into the ocean bed.
02:43If you build a pyramid that size out of steel and concrete,
02:47you'd be looking at 50 million tons of load press in on itself.
02:52The TPM would have collapsed under its own weight
02:54and imploded into the ocean.
02:56They needed something a thousand times lighter than concrete
03:00and stronger than steel.
03:02So, what's this futuristic material?
03:05Look at this old guy.
03:07It's the first car on the planet with an internal combustion engine.
03:11It hit the road in 1885.
03:13And this is the first artificial satellite that humans launched into space.
03:18It only took an evolutionary blip to go from the first horseless carriage
03:23to our first flight into space.
03:25That TPM's not looking so ridiculous.
03:28Hey, we can do anything.
03:30The solution is carbon.
03:32And it's everywhere.
03:33It's the rod in your pencil
03:35and the diamond in your crown or ring or industrial drill.
03:39But we don't just need ordinary carbon.
03:42We need graphene.
03:44It's a type of carbon we can make nanotubes out of.
03:47They're thinner than a human hair,
03:49but 400 times stronger than steel.
03:51And most importantly, they're light.
03:55Nanotubes aren't affected by chemicals, oxygen, or water.
03:58Perfect for the TPM.
04:00That's just a fancy way of saying the thing's not gonna rust.
04:04Shimizu has plans for a power station on the moon,
04:07an underwater city,
04:09transforming the Sahara Desert into a huge oasis,
04:12and much more.
04:13But they aren't the only ones changing the planet.
04:17The Netherlands is the size of two New Jerseys,
04:20and about 30% of it is below sea level.
04:23To protect their country from water,
04:25the Dutch build dams, lots of them.
04:28But that's just defense.
04:30In 1986, they decided to go on offense
04:33and take back some of the land from the sea.
04:36The first dam was 19 miles long.
04:40It basically turned a bay into a lake.
04:42The second dam sealed the deal.
04:45After 42 years of work,
04:47the Netherlands got itself a whole new province,
04:50larger than Los Angeles.
04:52Humans have done the same thing all over the world,
04:55like in Hong Kong, the Philippines, Italy.
04:57Hey, take that, water!
05:00What about building stuff on land that's already land?
05:05Before NASA's missions to Mars,
05:07the most expensive project in history
05:09was the construction of the Interstate Highway System
05:12in the United States.
05:13It took about 35 years to finish.
05:17In today's money, it cost about $530 billion.
05:21All that cash bought 46,000 miles of road.
05:25That's almost two times around the globe.
05:27There are over 270 million vehicles in the U.S.,
05:31more than Japan, Brazil, India, and Germany combined.
05:35But in terms of sheer effort,
05:37the roads of Rome were way more impressive.
05:40Over 2,000 years before the first automobile,
05:43the Romans built a huge network of roads,
05:4650,000 miles long.
05:48They connected Ireland with Egypt,
05:50and Turkey with Spain.
05:52The roads were pretty safe,
05:53and travelers could stay in hotels,
05:56dining cafes,
05:57or mail a letter at the nearest post office.
06:01Only about 30% of the Earth's surface is land.
06:04The world's oceans, rivers, and lakes are full of life,
06:07and it seemed like a ridiculous task
06:09to catalog everything living in there.
06:12But 2,700 scientists from 80 countries
06:15decided to team up to do it.
06:17The cost?
06:19$650 million.
06:21Those scientists spent 10 years
06:23searching for old and new species.
06:25It was one of the biggest science projects ever attempted.
06:28They even discovered about 6,000 new species
06:31of fish, squid, and algae.
06:34The Great Wall of China is huge.
06:3713,000 miles of walls,
06:39natural barriers, and trenches.
06:41That's about two times the distance
06:43from Alaska to Australia.
06:45They built it over a period of 2,000 years,
06:48with no trucks, bulldozers, electricity.
06:51Just raw people power.
06:53Modern China is not exactly dropping the ball.
06:57In two years,
06:58China used more concrete for construction
07:00than the U.S. ever did.
07:02I mean, ever.
07:03Roads, cities, airports,
07:05everything there is huge.
07:07The Three Gorges Dam
07:09is definitely the new Great Wall of China.
07:12Over 7,600 feet long
07:14and 600 feet high,
07:15you're looking at three times
07:17more concrete and steel
07:18than the Hoover Dam.
07:20It's the largest concrete structure in the world,
07:22and cost about $37 billion.
07:25More than a million people
07:26had to pack up and move
07:28to make way for it.
07:31Switzerland has the longest
07:32and deepest railway tunnel on the planet.
07:35Under the snowy Alps,
07:37builders dug 35 miles of tunnels.
07:40Every day,
07:40200 freight and passenger trains
07:42pass through it.
07:44The amount of rock
07:45they took out to make the tunnel
07:46is about the same
07:47as five Great Pyramids.
07:49The whole thing
07:50cost about $12 billion.
07:54Egypt's one of the oldest nations
07:56on the planet.
07:56But now,
07:57they're building
07:58one of the newest cities.
07:59It's going to be
08:00about the size of Singapore
08:02and filled with
08:026 million lucky people.
08:04There's going to be
08:05apartments,
08:06government buildings,
08:07entertainment,
08:08even an opera house.
08:09Oh, and a park
08:10that'll make Central Park
08:12look like someone's backyard.
08:14When it's finished,
08:15it'll be Egypt's new capital.
08:17So, why bother?
08:19Well, by 2050,
08:21Cairo's going to have
08:21about 40 million people in it.
08:24Looks like they'll need
08:24more than one new city.
08:27The first flights to the moon
08:29cost about $280 billion
08:31in today's money.
08:32But SpaceX isn't letting
08:34price get in its way.
08:36The company plans to build
08:37a colony on Mars
08:38with a population of
08:401 million by 2050.
08:42They claim that
08:43once the program starts,
08:45you'll be able to buy
08:46a ticket to Mars
08:47for as little as $100,000.
08:49But the biggest science project ever
08:52is definitely
08:52the International Space Station.
08:55It weighs as much as
08:56two Boeing 747s
08:57and zooms through space
08:59at the speed of
09:0017,500 miles per hour.
09:03That pencils out
09:04to be 5 miles per second.
09:07The station orbits the Earth
09:0916 times per day.
09:10And it doesn't come cheap.
09:12Luckily, a whole bunch of countries
09:14share the bill.
09:15But it's definitely
09:16the most expensive room service
09:18anywhere in the galaxy.
09:19It costs $10,000
09:21to deliver a bottle of water
09:23from Earth to the space station.
09:25Hey, at that price,
09:27I think it's important to ask,
09:28sparkling or still?
09:32Imagine that it's the year 2025
09:35and our planet
09:36has completely changed.
09:38Rising sea levels,
09:39extreme weather,
09:40and the ocean
09:41becoming more and more acidic
09:43are just some of the problems
09:44people have been dealing
09:45with for years.
09:46But in one of the world's
09:48largest coastal cities,
09:49the situation
09:50has become too serious.
09:52It was a sunny day in June
09:54when a massive earthquake
09:55shook the city to its core.
09:56The ground beneath people's feet
09:59heaved and shook,
10:00and buildings swayed dangerously.
10:02People ran through the streets
10:04in panic,
10:04trying to find safety.
10:06But as soon as the ground settled,
10:08the inhabitants of the city
10:09realized the real danger.
10:10A wall of water,
10:12almost 100 feet high,
10:14was rushing toward the city,
10:15propelled by the force
10:16of the earthquake.
10:17The tsunami hit the city
10:19with unimaginable force.
10:21Entire neighborhoods
10:22were wiped out,
10:23and thousands of people
10:24lost their lives.
10:25But here's where
10:26things get interesting.
10:28In the aftermath
10:29of the disaster,
10:30the city's authorities
10:32realized that they couldn't
10:33just rebuild the city
10:34as it was before.
10:35They needed to be better prepared
10:37for the next potential disaster.
10:39And so they came up
10:40with an incredibly ambitious project
10:42to build an underwater city.
10:45The goal was to create
10:46a self-sufficient,
10:47sustainable city
10:48beneath the ocean's surface
10:49that could withstand
10:50any natural disaster.
10:52The underwater city
10:54would be powered
10:54by renewable energy,
10:56using tidal power
10:57and underwater solar panels.
10:59It would be designed
11:00to withstand extreme weather
11:02and would have its own
11:03emergency response systems.
11:05The project attracted
11:07some of the world's
11:07top scientists,
11:09engineers, and architects.
11:10They worked tirelessly
11:12to design the city
11:13and carefully considered
11:14every aspect of the project.
11:16The underwater city
11:17would have everything
11:18that a typical city had,
11:19from schools and hospitals
11:20to stores and restaurants.
11:22There would be
11:22underwater farms
11:23where fish
11:24and other marine creatures
11:25could grow.
11:26The city would even have
11:27its transportation system,
11:29advanced submarines
11:29and underwater tunnels
11:31connecting different parts
11:32of the city.
11:33The project became
11:34a shining beacon
11:35of hope for people.
11:36It showed that,
11:37even in the face of disaster,
11:39we could come together
11:40to create something amazing.
11:42But as time went on,
11:44the project no longer
11:45seemed so perfect.
11:46The cost of the project
11:47turned out to be
11:48higher than planned.
11:49There were also concerns
11:50about how long
11:51such a project would exist.
11:53After all,
11:54the ocean is very unpredictable.
11:56And still,
11:57the team of scientists
11:58and engineers
11:59never gave up.
12:00After years of trial and error,
12:02they finally created
12:03the perfect underwater city.
12:05A marvel of engineering.
12:07A self-contained ecosystem
12:09that could sustain people
12:10indefinitely.
12:11The buildings were constructed
12:12from a material
12:13that could withstand
12:14the immense pressure
12:15at the bottom of the ocean.
12:16And the city itself
12:18was powered by a network
12:19of advanced hydroelectric turbines.
12:21It wasn't long before
12:22the first wave of colonists
12:23arrived at the underwater city.
12:25There were different people
12:26in this group,
12:27and each of them
12:27had their own reasons
12:28for choosing to live
12:29in this new world
12:30beneath the waves.
12:31Some were adventurers
12:32seeking a new world
12:33to explore,
12:34while others were hoping
12:35to escape natural disasters
12:37raging on dry land.
12:38But despite their differences,
12:40all these people
12:41shared a common goal.
12:43To build a new society.
12:46One that was in harmony
12:47with the natural world.
12:48The underwater city flourished,
12:50and new discoveries
12:51were made every day.
12:52The colonists developed
12:53new technologies
12:54and ways to tame
12:55the power of the ocean.
12:56They learned to farm the sea,
12:58and started cultivating
13:00underwater gardens
13:00that provided them
13:01with a steady food supply.
13:03But living underwater
13:04was challenging.
13:05People felt isolated
13:06and even claustrophobic.
13:08The situation came to a head
13:10when a group of activists
13:11started to protest
13:12against the city's
13:13expansion plans.
13:14They argued that
13:15the underwater city
13:16was a threat
13:17to the environment
13:17it was meant to protect,
13:19and that the colonists
13:20should focus on reducing
13:21their impact
13:22on the delicate
13:23underwater life.
13:24The protests sparked
13:25a heated debate
13:26among the colonists.
13:28Some of them argued
13:29that the survival
13:30of the city
13:31depended on its growth
13:32and expansion.
13:33Others claimed
13:34that the city
13:35needed to prioritize
13:36the protection
13:36of the environment
13:37above all else.
13:39In the end,
13:40a compromise was reached.
13:42The city would continue
13:43to expand,
13:44but the main priority
13:45would be sustainability
13:46and a responsible attitude
13:48to nature.
13:49The colonists
13:50would do their best
13:51to reduce their impact
13:52on the environment
13:52by using new technologies
13:54and following strict
13:55conservation rules.
13:57And they would also
13:58remember the importance
13:59of protecting the ocean
14:00and its fragile ecosystem.
14:02Years went by,
14:04and the underwater city
14:05continued to thrive.
14:06New generations
14:07of colonists were born,
14:09and they grew up
14:10in a world
14:10entirely different
14:11from the one
14:12their ancestors had known.
14:13They never saw the world
14:15on the surface,
14:16but appreciated the beauty
14:17and complexity
14:18of the underwater world
14:19they called home.
14:20And as the years passed,
14:22the city became
14:23a symbol of hope
14:24for a world struggling
14:25with the devastating effects
14:27of climate change.
14:28It showed that,
14:29despite all difficulties,
14:31people could come together
14:32to create a better world.
14:33It is a reminder
14:34that the future
14:35is not set in stone,
14:36and that we can build it
14:38sustainably
14:38and in harmony
14:39with the natural world.
14:42Have you ever wondered
14:44how cool buildings
14:45of the future
14:45are going to look?
14:46Well, hold on tight
14:48because artificial intelligence
14:49is here to revolutionize
14:50the world of architecture.
14:52AI is a great sidekick.
14:55It can give the architects
14:56incredible new tools
14:57to create mind-blowing structures
14:59that are not only stunning,
15:01but also eco-friendly
15:02and super efficient.
15:04So let's check
15:05what our beautiful future
15:06might look like.
15:07First of all,
15:08you know how cities
15:09can get crazy busy
15:10and overwhelming, right?
15:11Well, guess what?
15:13AI is here to save the day
15:14and make our cities
15:15super smart.
15:16Imagine you're cruising
15:17down the road
15:18in your flying car.
15:19Yes, we'll have those.
15:21Thanks to AI,
15:22the traffic flows
15:24like a dream.
15:25No more endless gridlock.
15:27The city knows
15:28where the most likely
15:29crime spots are
15:30and takes proactive steps
15:31to keep us safe.
15:32It's like having superheroes
15:34on every corner.
15:35And hey, forget about
15:36trash piling up.
15:37AI makes sure waste
15:39is managed efficiently,
15:40keeping our city
15:40clean and fresh.
15:42They can act as a city manager
15:43who can optimize everything
15:45from traffic to safety
15:46and even waste disposal.
15:48They can analyze tons of data
15:49from all sorts of places
15:51like sensors
15:51and social media.
15:53With all that information,
15:54they can help city planners
15:56make brilliant decisions
15:57that make our lives better.
15:58Okay, so you stroll
16:00down the street
16:00and your eyes are instantly
16:02captivated by an extraordinary building.
16:04Its futuristic curves
16:06and features
16:06make it stand out
16:07from the rest.
16:08And it not only catches your eye,
16:10but also gives Mother Nature
16:11a high five.
16:13You might think
16:13it was designed
16:14by a genius architect,
16:15but little do you know
16:16it was actually a collaboration
16:18between humans
16:19and artificial intelligence.
16:20Imagine having
16:21a super smart design buddy
16:23who can whip up
16:23thousands of incredible
16:25building ideas
16:26in a blink of an eye.
16:27That's what AI-assisted
16:28design software
16:29does for architects.
16:30It can generate
16:32and assess
16:32a ton of design options.
16:34They take into account
16:35stuff like the best materials
16:37to use
16:37and the perfect placement
16:38for the building.
16:39Also,
16:40by analyzing data
16:42and crunching numbers,
16:43algorithms can help
16:44optimize the building's design.
16:46They can ensure
16:47it minimizes energy usage,
16:49conserves water,
16:50and manages waste
16:51like a pro.
16:52Every building
16:53strives to reduce costs,
16:55save energy,
16:56and promote
16:57a better world.
16:58The result?
17:00Architectural masterpieces
17:01that are both
17:02jaw-droppingly beautiful
17:03and super practical.
17:05The cityscape of the future
17:07will be dotted
17:07with these
17:08awe-inspiring structures.
17:10Oh,
17:11but that wasn't
17:11impressive enough for you?
17:13Well,
17:13how about a stunning,
17:14futuristic building
17:15that seems to
17:16defy gravity?
17:18It's not made
17:19of traditional
17:19bricks and mortar.
17:20Oh, no.
17:21This marvel
17:22was created
17:22using the powers
17:23of 3D printing.
17:24With the help of AI,
17:27architects designed
17:28every intricate detail
17:29and fed all
17:30the important data,
17:31like what materials
17:32to use
17:33and how the site conditions
17:34might affect the structure.
17:35AI algorithms
17:37worked their magic
17:38to optimize the design,
17:39making it both
17:40breathtakingly beautiful
17:41and rock-solid.
17:433D printing
17:44is basically like
17:45having a magical machine
17:46that can create
17:47awesome structures
17:48straight out of
17:49a sci-fi movie,
17:50and AI jumps in
17:51to make sure
17:52these structures
17:52are not just pretty,
17:54but also strong.
17:55In the city
17:56of the future,
17:573D printing
17:58will become
17:59the ultimate
17:59architect's tool.
18:00It will allow them
18:02to create structures
18:03that were once
18:03impossible to build.
18:05From mind-bending
18:06shapes to intricate details,
18:08the possibilities
18:09are endless.
18:10But AI isn't
18:11just making buildings
18:12look great,
18:13it also makes them
18:14efficient and cozy.
18:15Let's say
18:16you step into
18:17a futuristic office building
18:18and voila!
18:19The lights
18:20automatically adjust
18:21to match your mood
18:22and the temperature
18:23is set perfectly
18:24for you.
18:24These futuristic
18:25buildings are capable
18:26of sensing and responding
18:28to their surroundings
18:29just like you do.
18:30They control the lighting,
18:32keeping it just right
18:32for the time of day.
18:34They manage the temperature,
18:35so it's always cozy
18:36and comfortable.
18:37They even keep
18:38a watchful eye
18:39on security
18:39and fix small issues
18:40before they become
18:41big headaches.
18:42So,
18:43the smart building
18:44knows when people
18:45come and go,
18:45so it optimizes
18:47energy usage accordingly,
18:48saving the planet
18:49and some cash
18:50along the way.
18:50Now,
18:51the cool thing is,
18:53all these aren't
18:53the only possibilities.
18:55How about
18:55turning skyscrapers
18:57into a vertical forest?
18:59Recently,
19:00an architect from India
19:01got super excited
19:02about the power
19:03of artificial intelligence.
19:04So,
19:05he decided to team up
19:06with an image bot
19:07called Midjourney
19:08to create a vision
19:10for the future.
19:11But instead of a dull,
19:12robotic world,
19:13they aimed
19:14for something spectacular.
19:16With text prompts
19:17like utopian technology
19:18and futuristic towers,
19:20the architect and AI
19:21got to work.
19:22Guess what?
19:24Midjourney didn't disappoint.
19:26It conjured up a world
19:27where buildings
19:28were covered
19:28in lush vertical forests
19:30and adorned with shapes
19:31inspired by nature.
19:32They wanted to create
19:34a sustainable future
19:35that harmonized
19:36with the environment.
19:37The architect,
19:38Manas Bhatia,
19:39is super positive
19:41about AI's potential.
19:42He doesn't see it
19:43as a threat to his job,
19:44but as a powerful tool
19:46for positive change.
19:47He envisions a future
19:48where architects
19:49and AI collaborate
19:50to make breathtaking designs.
19:52In his project,
19:54Bhatia even asked the AI
19:55to imagine symbiotic
19:57and hollowed structures,
19:58and it responded
19:59with pictures of apartments
20:00nestled within
20:01hollowed-out trees.
20:02Imagine a world
20:03where the building itself
20:04becomes a living,
20:05breathing part of nature.
20:07Well,
20:08Bhatia believes
20:09that nature should play
20:10a big role in architecture.
20:11He loves designing structures
20:13that embrace nature's beauty
20:14and functionality.
20:16From buildings built
20:17around trees
20:17to facades
20:18that regulate temperature,
20:19he's all about
20:20blending architecture
20:21with the natural world.
20:22With architects like Bhatia
20:24and the superpowers of AI,
20:26the future of cities
20:27is going to be amazing.
20:28So get ready to step
20:30into a world
20:30where nature and technology
20:31coexist in perfect harmony.
20:33It's a dream
20:34we can't wait
20:35to see come true.
20:36Or,
20:37if you're not a big fan
20:38of trees,
20:39how about this?
20:40Skyscrapers that aren't
20:41made of solid bricks,
20:42but instead,
20:43they're inflatable wonders.
20:45Zumo,
20:46an architectural practice
20:47in Barcelona,
20:48used the magic of AI
20:49to bring these wobbly
20:50structures to life.
20:51These inflatable superstructures
20:53rise above future cities
20:54like illuminated balloons
20:55in the sky.
20:57Here's the best part.
20:58These inflatable buildings
21:00have sustainability superpowers.
21:02You can pump them
21:03up to towering heights,
21:04flatten them
21:05for easy transportation,
21:06and rebuild them
21:07wherever they're needed.
21:08Plus,
21:09they're powered
21:10by renewable energy,
21:11reducing their impact
21:12on the environment.
21:13Pretty cool, right?
21:16Phew.
21:17The future is zooming
21:18toward us like a rocket.
21:19Artificial intelligence
21:20can become the secret sauce
21:22that makes architects' work
21:23extra special.
21:24But hey,
21:25with great power
21:26comes great responsibility.
21:27We need to use AI
21:29wisely and ethically.
21:31For now,
21:32we don't have to worry
21:32about machines
21:33replacing architects.
21:35Artificial intelligence
21:36still needs a human hand,
21:37or else,
21:38we might end up with buildings
21:39that look like mashed up bananas
21:40or ice cream cones.
21:41Unless that's your thing.
21:43In addition,
21:44humans have one important advantage.
21:46They, well,
21:48are humans.
21:49We need to keep in mind
21:50that artificial intelligence
21:51doesn't have emotional intelligence.
21:53It's a brainy genius,
21:55but it can't fully understand
21:56the feelings and vibes
21:57we humans crave
21:58in our spaces.
22:00So,
22:00we must remember
22:01to infuse our designs
22:02with that human touch,
22:03those warm and fuzzy elements
22:05that make us go,
22:06aw,
22:06I feel right at home.
22:07And let's not forget
22:09that AI is still learning.
22:11It's basically
22:11just taking its first steps,
22:13and we need to be patient
22:14and give it time to grow.
22:16Rushing things too quickly
22:18could lead to wonky designs
22:19or buildings
22:19that look like a jumbled puzzle.
22:21This might look cool
22:22if you like avant-garde architecture,
22:24but for regular folk,
22:26no thanks.
22:27So,
22:28as the future unfolds
22:29at warp speed,
22:30let's embrace the wonders
22:32of AI in architecture.
22:33But let's also remember
22:34to balance its brilliance
22:36with our own human touch.
22:37Together,
22:38we can create a future
22:39where buildings
22:40are not just functional,
22:41but also filled
22:42with heart and soul.
22:44It's an adventure
22:45that's out of this world.
22:46That's it.
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