- 2 days ago
Unveiling the enigmatic laws that govern our planet and beyond, this thought-provoking video offers a unique perspective on our existence and invites viewers to question the fundamental principles underlying the nature of the universe.
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00:00Here on our good old planet Earth, water is literally everywhere.
00:04Not only in the oceans and seas, but also in the atmosphere, in the ground, and even in ourselves.
00:10It covers as much as 71% of the surface of our planet.
00:14Looks like our planet should have been called water and not Earth.
00:18But what would happen if water and land were distributed equally?
00:22What if half of the planet became land and the other half was water?
00:26Well, let's find out.
00:28First of all, let's discuss what we mean by equally.
00:32Despite all the things mentioned earlier, there's actually not so much water on our planet.
00:37Yeah, if you collected it all in one giant drop, it'd be slightly larger than the United States in size.
00:44And all this amount of water would only be 0.02% of the total mass of Earth.
00:50So, it turns out that all these horrifying unexplored ocean depths are basically nothing.
00:56And now, just imagine if we changed the composition of our planet by leveling the volume of water and land.
01:04What would happen then?
01:05Then, we'd get a very creepy ocean planet.
01:09The planet would look like one boundless ocean.
01:12It'd be very unlikely that you'd find even a couple of small islands on it.
01:16And if you did find them, they'd probably be the tops of huge underwater mountains.
01:22This world would be practically uninhabitable.
01:25If you were on its surface, you wouldn't be able to see the sun or anything else in the sky.
01:30You wouldn't know what time of day it is or where exactly you are.
01:34All because of the incredibly thick fog and clouds.
01:38This kind of weather would be permanent on such a planet.
01:41Moreover, you wouldn't even understand where the fog ends and the water begins.
01:46All because the humidity would be that high.
01:49But could there still be life?
01:51Well, maybe inside the ocean itself?
01:54Unfortunately, this is also quite unlikely.
01:56You see, to get to the bottom of this ocean, you'd have to swim vertically down, not for several hours,
02:03but for several days.
02:05And even after such a journey, you wouldn't see the bottom yet.
02:08The ocean wouldn't be bottomless, of course.
02:11But the seabed would consist mainly of very hard, impenetrable ice.
02:16But not the kind of ice we're used to.
02:18This ice would be exotic.
02:20There are different types of it, called ice 5, ice 6, and so on.
02:25Usually, these types of ice aren't as cold as regular ice and may not melt even at high temperatures.
02:31And there would be almost no algae or anything like that.
02:35So fish would simply have nothing to eat.
02:38That's why, if life appeared on such a planet, it would be a miracle.
02:43This life would have to withstand a pressure of more than 20,000 Earth atmospheres.
02:47Even the most horrifying monsters from the Mariana Trench would be nothing in comparison to the creatures you'd find on
02:54this ocean planet.
02:55But could we, humans, live there?
02:58Well, theoretically, yes.
03:00But it would be extremely hard.
03:03We could create something like giant underwater stations.
03:06But we would still have thousands of problems.
03:09Where to get food and other resources.
03:11How to repair stuff and so on.
03:13So it would be far from the best option.
03:16Okay, now we know that an ocean planet doesn't sound too endearing.
03:20What about another option?
03:22What would happen if the surface of the Earth was 50% water and 50% land?
03:26For this to happen, we'd need to reduce the current amount of water from 71 to 50%.
03:32In this case, the sea level would drop by about 2 miles.
03:37And a quarter of our planet would become dry land.
03:40Although it doesn't sound like much, the consequences would be disastrous.
03:45Right now, there are 5 interconnected oceans on Earth.
03:49Atlantic, Indian, Pacific, Southern, and Arctic.
03:52But if we lowered the sea level, all these oceans would simply disappear.
03:57They'd turn into separate closed reservoirs and seas.
04:01On the contrary, all the continents would merge into one giant landmass.
04:05Almost as if we swapped the land and water.
04:08At first, it would seem pretty cool.
04:10Now, you could literally walk around the world.
04:13However, the amount of land you'd have to travel would also increase.
04:17Every continent on the planet would grow in size.
04:20All this new territory would be approximately equal to the current area of Asia, Europe, Africa, and North America combined.
04:29Well, that would be a huge mass of unused space.
04:32But what would we find on these new territories?
04:36Most of them would be pretty flat.
04:38But in places where there used to be deep oceans, you would see vast corridors and steep crevices.
04:44Now, here's another cool thing.
04:45Most of the sunken cities would return to the surface.
04:48And no, unfortunately, we wouldn't find Atlantis among them.
04:53But there would still be a lot of other cool places.
04:56For example, the ancient Roman city of Baia, which, according to legends, was basically a paradise on Earth with all
05:04its luxurious villas and gardens.
05:06Or Heraklion, the city that went under the sea thousands of years ago and was considered a myth for a
05:12long time.
05:13So, yeah, we could organize tours to these ancient places.
05:17But, of course, not everything would be fun and games in such a world.
05:21Due to a severe loss of water, ocean currents would be disrupted.
05:25And this would lead to very serious climate problems.
05:28The ocean absorbs the heat radiated by the sun.
05:31Thanks to the currents, this heat is distributed all over Earth, which creates a stable and pleasant climate.
05:38But if these currents were disrupted, then the temperatures on Earth would become more extreme.
05:44It would get much hotter near the equator and even colder around the North and South Poles.
05:49So, yeah, unfortunately, the Antarctic ice wouldn't save us.
05:53It would be quite the opposite.
05:55The regions around the North and South Poles would completely dry out, basically turning into dry, cold deserts.
06:02In addition to heat, water also absorbs carbon dioxide from the air.
06:06And since the oceans wouldn't be able to absorb it, this gas would begin to accumulate in the atmosphere.
06:13This poisonous excess would cover the entire planet.
06:16The average temperatures would increase, and the whole planet would start to dry out slowly.
06:21Massive forest fires would break out, and so on.
06:25Hmm, sound familiar?
06:26Now, to make matters worse, there would be nothing to extinguish these fires.
06:31Because, you know, rains can't form from nothing.
06:34So, yeah, the precipitation levels would fall, and this would lead to dangerous droughts.
06:39We'd get a bunch of new deserts on all the continents.
06:42Despite getting all those new territories, it's unlikely that we could somehow build new cities and towns there.
06:49Many of these territories would be uninhabitable.
06:52Not only because many forests and plants would disappear, but also because most animals would migrate to more pleasant places.
06:59As a result, we would have great difficulty finding any food at all.
07:03So, all life on our planet, plants, animals, and people would have to adapt to new living conditions.
07:11They would have to evolve quickly and get used to the constant shortage of water.
07:15Animals, for example, could shrink in size because of this.
07:19Many of them, due to the lack of grass and moisture, would switch to a strictly carnivorous diet.
07:24And, of course, we would have to say goodbye to the huge abundance of marine life.
07:30Many fish would disappear forever.
07:32Humans, most likely, would make a big evolutionary step backward.
07:37Not only because we would lose a large number of resources and move to new territories,
07:42but also because we would also lose access to one of the most important sources of energy in the world,
07:48hydroelectric power.
07:49Without electricity, many factories would stop working.
07:53To say that this would cause a large-scale crisis for us all is sadly obvious.
07:59So, our current ratio of water and land is the best possible option.
08:03If there was too little or too much water, the consequences would be awful.
08:08That's why we need to protect the current conditions with all of our might.
08:14There are a lot of unanswered questions in physics.
08:17How did universal energy and matter appear?
08:20Where did gravity come from?
08:22And much more.
08:23We've been trying for years to get answers to these questions.
08:27And one of the people who tried to do this was Paramahamsa Tewari,
08:31the author of the so-called Space Vortex Theory.
08:34What is this theory?
08:36And what does it say about the hidden laws of our universe?
08:39Let's figure it out.
08:43Paramahamsa Tewari was the former executive director
08:45of the Nuclear Power Corporation, India.
08:48He took the Space Vortex Theory, or SVT for short,
08:52first proposed by Rene Descartes, and finalized it.
08:55He was always inspired by physics and its greats,
08:58even since his days as an electrical engineering student.
09:02After rigorous studies of the laws of physics,
09:05he discovered new equations defining matter
09:08and the mass and charge of the electron.
09:10After that, he came up with the SVT.
09:14This theory tried to explain the unexplained phenomena in physics,
09:19including the creation of the electron
09:21and gravitational, electrostatic, and electromagnetic energy fields,
09:26as well as other things.
09:27It also described the six hidden laws of the universe
09:31that underlie our entire world.
09:33But first of all, let's talk about the theory itself.
09:38Space Vortex Theory suggests that the universe
09:41is made up of vortices, or swirling patterns of energy.
09:45And according to SVT,
09:47these vortices are the fundamental building blocks of the universe.
09:51They're the driving force behind the laws of physics
09:54and the fundamental principles of our world.
09:56Basically, everything in the universe
09:59is connected and interconnected through these vortices.
10:02This theory isn't very based on any real observations,
10:06but rather on mathematical models and computational modeling.
10:10For example, some computational models
10:13showed how these vortices work in hydrodynamics and plasma physics.
10:18They showed that vortices in such systems
10:20can have a central point of attraction
10:22and can be interconnected.
10:25Other models were used to study
10:26how the energies inside the vortices move
10:29and how they can create different frequencies and vibrations.
10:33But some experts have criticized SVT
10:36for using only models and simulations.
10:39The biggest criticism is that this theory
10:42can't actually be tested.
10:44It relies on mathematics
10:46and not on some experimental data.
10:48That's why it's not accepted
10:49as a mainstream scientific theory.
10:52But it's still quite interesting
10:54and provides a unique perspective on the universe
10:56and our understanding of the laws of physics.
10:59For example, according to SVT,
11:02the universe has some underlying, hidden rules
11:04that cause the creation of fundamental matter,
11:07their assembly, and movement.
11:09What are these laws and what do they say?
11:12Well, let's take a look at them.
11:17Law 1
11:18The universe has only one primordial entity,
11:21space, i.e. absolute vacuum,
11:24that structures matter.
11:26This law states that space
11:28is the fundamental building block of the universe
11:30and that it's responsible for structuring matter.
11:33It suggests that space is the fundamental entity
11:36that creates and maintains the structure of matter
11:39and that all matter in the universe
11:41is made up of the same fundamental particles
11:43like electrons and positrons.
11:46Let's try to put it in simple words.
11:48Imagine that the universe is like a big Lego set,
11:52just like how all the Lego bricks are made up
11:54of the same basic building blocks,
11:56the universe is made up of the same fundamental building blocks, too.
12:00And these blocks are called electrons and positrons.
12:04But what holds these blocks together?
12:07Space, of course!
12:09Space gives it shape and structure,
12:11just like how the plastic container holds all the Lego bricks together in a set.
12:15So, the first law states that space is the fundamental building block that structures matter
12:21and holds everything together in the universe.
12:26Law 2
12:27Matter is constituted with multiples of only one kind of fundamental particles,
12:33electrons and positrons.
12:35This law states that all matter in the universe is made up of the same fundamental particles,
12:41the electron and positron.
12:43These two are the Lego blocks we've talked about before.
12:46And, according to the second law,
12:48these tiny invisible particles make up everything,
12:51from a tiny atom to a giant galaxy.
12:54Just like no matter what the shape or size our Lego build is,
12:58it's still made up of the same building blocks.
13:02Law 3
13:04The field distribution in space,
13:06as recognized by contemporary physics,
13:08linked with and emanating from matter,
13:11are effects arising from only one fundamental field in space.
13:16This law states that the fields recognized by contemporary physics,
13:20such as the electromagnetic and gravitational fields,
13:23are effects arising from a single fundamental field in space.
13:27It suggests that this fundamental field
13:30is responsible for creating everything that we observe in the universe.
13:34So, let's try to put it simply.
13:36This time, imagine that the universe is like a big playground.
13:40All the different fields we observe,
13:42such as the gravitational and electromagnetic fields,
13:45are like different games we play in there.
13:48But, no matter what we play,
13:50we're still in one fundamental space.
13:52This is the playground itself.
13:54It's the base that holds everything together.
13:57According to the third law,
13:59without the playground,
14:00we wouldn't be able to play any games.
14:03And without this fundamental field in space,
14:05we wouldn't be able to observe any fields in the universe.
14:11Law 4
14:12There is no void in space anywhere in the whole universe
14:16except at the centers of the fundamental particles of matter,
14:20electrons and positrons.
14:21This law states that there's no truly empty space in the universe
14:26and that all space is filled with the fundamental field,
14:30the one we talked about before.
14:32It says that electrons and positrons can be found everywhere,
14:37and even the things we consider to be empty,
14:39like vacuum,
14:40are actually full of tiny particles.
14:43And, according to this law,
14:45the only truly empty spaces we can find in the universe
14:48are at the centers of the fundamental particles,
14:51electrons and positrons.
14:55Law 5
14:56From only one fundamental universal constant,
15:00all the constants considered universal in contemporary physics are derivable.
15:05This law states that all the constants considered universal in contemporary physics
15:10can be derived from a single fundamental universal constant.
15:14It suggests that all the constants in physics are interconnected
15:18and can be explained by a single fundamental principle.
15:22I know you've been doing a lot of imagining lately,
15:24but bear with me.
15:27This time, please imagine the universe as a big recipe.
15:30All the constants in physics,
15:32such as the speed of light,
15:33the gravitational constant
15:35and the Planck constant
15:37are like the ingredients.
15:38They're very different,
15:40and there are tons of them.
15:42But, just like how all the ingredients in a recipe
15:45are interconnected and come together to make one dish,
15:48all the constants in physics come together to make the universe.
15:52And, just like how a recipe has a main ingredient
15:55that holds everything together,
15:57physics also has a single fundamental constant
16:00that holds everything together.
16:03Law 6.
16:05The spatial structure of sub-microcosmic fundamental matter
16:09is repetitive uniformly in the spatial structures of macrocosmic bodies
16:13like planets, stars, and galaxies.
16:16This law states that the structure of the fundamental particles that make up matter
16:21is repetitive and uniform across all scales,
16:24from sub-atomic particles to macrocosmic bodies like planets, stars, and galaxies.
16:30It suggests that the same fundamental principles govern the structure of matter at all scales.
16:37Let's go back to the analogy with the recipes and cooking.
16:40Using different ingredients and combining them in different ways,
16:44the chef can create new dishes.
16:47These will all be different dishes,
16:49and they can be very simple or very complex.
16:52But, when creating them,
16:53the chef still applies the same basic rules and knowledge they have, right?
16:57And just like that,
16:59the universe also creates different structures,
17:02from atoms to planets, stars, and galaxies.
17:05But it still uses the same fundamental principles to create all these things.
17:10So, this law suggests that the structure of the fundamental particles that make up matter
17:16is repetitive and uniform across all scales.
17:20These are the six fundamental laws of the universe,
17:23according to the SVT.
17:24And even though it's not accepted by mainstream science,
17:27it's still a pretty interesting concept.
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