The Lost Science Hidden Within India's Ancient Temples

I don't know how to explain this, but something insane was going on in ancient India. They had the same rock scooping tool as the Inca, but thousands of years before them. Thousands of years before Petra. They were carving their temples out of the mountain, and unlike Petra, they fully decorated the inside head to toe. So detailed. If you don't have a guide showing you where all these little things are, you'll never even see them. The shore temple? Entirely granite. The holes are three millimeters. That big. And they curve. The only comparison we have is ancient Egypt, like this obelisk base, but it's still not that detailed. Each Egyptian obelisk was carefully selected because it rings like a bell. This has been heavily researched. Ancient India did the same thing. India was not content with the fact that they just ring though. They put them inside the temple as art. You can play the temples like an instrument that is exclusively ancient India. The columns themselves even look like sound waves. The polish on these things has lasted thousands of years. This one is basalt, and it revealed something very strange. Basalt's harder than your countertop, but it shows this warping feature that is only characteristic of injection molding like we do with plastic. India has dolmens, same as the ones in Europe, except Europe only has a fraction of the dolmens that are in India. Possibly the largest concentration on earth. They have stone circles like Scotland and Ireland, and they're just as big. India even has a Gobekli Tepe in its own special style. I am literally just scratching the surface here, and I rarely even talk about the good stuff because my videos keep getting flooded. That thing has officially turned lead into gold, which means we're back in medieval times. Pretty insane that they called that, but wait until you see how far back this idea goes. There's a temple in India called Dilwara Temple. On the ceiling is one of the most wild carvings you will ever see in any temple, and there's not just one, there's a bunch of these things. They're the most intricate things you will ever see, and all of them are different. This one is absolutely massive. It's made of marble, it's 3D, and it's as detailed as a gothic cathedral. This is the particle collider from the side. If you look straight through it, you see an outer circle and an inner circle. Look what happens when we use that inner circle with the Dilwara Temple ceiling. As an engineer myself, I was like, that's a dope coincidence. So I was trying to find what inspired them to carve something like that. If you dig deep enough, you'll discover that the quantum pioneers almost all studied the Hindu tradition, Schrodinger, heavily into Eastern mysticism. Bohr was deeply interested in Buddhist concepts that originated from Hindu philosophy. Heisenberg had frequent discussions with Rabindranath Tagore. He was the da Vinci of Eastern philosophy. The most famous quote from Oppenheimer is from the Bhagavad Gita. Why? Well, the concepts are almost exactly the same. Collapsing the wave function, that's Purusha. This means consciousness builds the material world. The observer effect, where observing affects the outcome of an experiment, is the eternal witness in Vedic texts. Just Google Sakshi. Non-locality or entanglement is the same as non-duality, the same thing that Schrodinger was studying. How? Superposition, particles existing in multiple states until measured, that is exactly the Atman. Okay, quantum field. Says even empty space isn't empty. Same exact thing as the Akash, it's the field that holds everything together. This one's my favorite. The multiverse theory, infinite parallel realities, is exactly how the lokas are defined in Vedic cosmology. Now, alchemy is an Arabic word. Alchem means of Egypt. Both of these cultures use a consciousness first science. The reason why so many brilliant minds are into this stuff is because what they carved on the walls looks like what we're inventing today. Now we're in the age of decoding what's been right in front of us, or is that awakening? Seven years of research, I've never seen anything like this before. This is a motor that cells use to move around. You have trillions of them in you right now. That is the top of a column in a Hindu temple. The level of detail in craftsmanship is one thing, but there's a level of geometric and engineering knowledge that is closer to what we see in aircraft manufacturing. That turbine and the biomotor both do the same thing so that an airplane and bacteria can move. If this isn't depicting the same thing, you're gonna have to explain to me where the design inspiration came from that coupler and the little stator guy right here. No way they could see these things. These things are complex molecular parts that are assembled and held together by electrons and run on electricity so bacteria can move. This little guy is what gets me though. He's like a little clutch that engages the molecules so it can spin. That's not what that is. Run it back. In the little animation, you know what you see when you look straight up into that motor? You see this thing right here. If you look straight up in one of these temples, guess what you see? There's a pile of coincidences and then there's a pile of explanations and this pile is getting quite large. Last one. They may look the same, but the biomotor runs on electrical frequency, which I would have labeled with a snake if I was writing a manual for this thing. There's a place in India called Sahasralinga. In the river are literally thousands of lingams. Now modern science with a little help from ancient Egypt is exposing their true purpose. The things are everywhere. In Hinduism, they are always associated with water. The lingam is the pointy part and the yoni is the table. They work together to influence the waters of creation and that one is actually massive. Now think of Shiva as a discharge force. He always has a snake coiled around his neck and a trident. Vishnu is always seen with a lotus. Magnetism. When these two are in balance, the creator god Brahma can create. This is the trinity in Hinduism illustrated by the churning of the ocean of milk. Vishnu supports creation on this turtle, while Shiva constantly reorganizes it. For the experiment, we have a Tesla coil that is Shiva with these capacitors over here, which are just water. An excess of charge builds up, creating a spark gap. So we have Shiva and Vishnu creating this balanced flow with the snakes, where the trident is the tool to wield it. The Egyptian version is called tying the knot, with Horus and Set in place of Shiva and Vishnu. Their lingams are referred to as offering tables, which are almost always decorated with instructions. The diagram is all over the place, but this one in particular is the key. It has to do with that little guy. Here's the Hindu example with the flower and the lingam being in place of the ankh, but they're not the only ones. There's also some in Greece, Persia, Mexico, and Russia. It's actually on every continent, but if you know the symbols, you don't need to know the language. That is the core of every ancient mystery. Have you seen this? If you shine a laser on Hindu sculptures, the laser will go right through the details of the sculpture. These temples are in the Karnataka region of India, and they don't really make a lot of sense. Because today, we would use something like this fiber laser to do that. It is a very high powered beam of light that is used for cutting and engraving rocks, pretty much stripping the atoms from the material. The result is something similar to what we see in a 900 year old temple. If we're covering one head to toe in these carvings, then we would probably use something like a carving robot at scale. Because to understand how they did it, we have to understand why they wanted to do it in the first place. Because Hindu temples are unique in the temple ecosystem. These were not places of congregation like cathedrals. In the spiritual sense, cathedrals are more like a spaceship for your consciousness, where a higher form of perception is manipulated using light and sound. Fun fact, they're designed upside down. This way, gravity calculates the strongest angles. Since Hindu temples don't need a lot of space inside, they can be designed from the ground up, starting with the naman. It's a fractal geometric procedure that We can think of a Hindu temple more like a bridge between space and time. The alignment sets the frequency of the temple in time. That'll be important later. In space, Vasu Mandala sets the fractal pattern in space. Vedic architecture treats the temple as a literal being. It's a channel that that entity can move through. In a way, it's like a computer chip that bridges the subatomic with the cosmic. The idea here is to translate frequency into form. That begins with the floorplan. That geometry is the same geometry used in fighter jet antennas. The top of the Hindu temple is called the shikara. A phased array antenna scans in all directions. Warships use it. Same geometry. And inside, you see the geometry of a beam-forming antenna that focuses. In a previous video, I showed how the force of magnetism scales. It has a shape. The harmonic scale used in the design of Teotihuacan. Battle light temples are often found in that same shape. If you know the advantage of all of these wave-shaping geometries, by using a medium like water, you provide a scaffolding for that to be possible. By studying cymatics, we understand that every frequency has corresponding geometry. Structured water is what your body is made of. Organic chemistry depends on this water. My invisible thought can make me go to the gym and build a body. And could consciousness without a body translate itself into the material world? Light provides the information. 3D space provides the position. Water then translates the flow into experience. Sanskrit texts that this is from are called the Agama Shastra. They explicitly say the temple's function is theophany. The emergence of the divine into the world in a stable, localized form, which would make these the most advanced devices on earth. This is temple science and you can learn it if you want because I teach it. Why? Our internal antennas are now in our external devices. That comes at a cost and dials in consciousness for profit and efficiency. Internal antennas are why we're alive. By reconnecting, we can create a beautiful experience for generations. If you're going to start anywhere with temple mysteries, you have to start with India. India has the craziest architecture you will ever see. Half the stuff in the temples spin if they don't float. The pillars in these temples look exactly like a sound wave in 3D. That one's iron. It hasn't rusted in 2300 years. They carved them into mountains and then out of mountains. You can't make a mistake. You have one shot at it. When they're done carving, they put the finest details head to toe in the entire temple. It's everywhere. You cannot get all the details even if you try. Look at this. That's a mandala made out of a snake tail. It's all one tail. That elephant is not an elephant. It's made out of people. That stone is made out of one solid rock. It moves. It's a chain now. They put a rock ball of one stone inside a carving of a different type of stone. It's one piece. How'd they get the rock ball in there? They built pyramids like Egypt and Mexico and then they inverted it into the ground. Then when they got bored of that, they inverted one of their own temples and built that into the ground. Some of the features inside the temple look like modern technology today. Words cannot describe what I'm about to show you. This is a step well. It's in India. Some of them go even 13 stories into the ground. They're like inverted pyramids. If you're like me, I was like, cool, pretty well, whatever. But these are traditional ancient wells. Greece, ancient China, that's ancient Egypt. What makes somebody want to build this when they could easily do something like that? It's India. You know it's going to be wild. There's 3,000 of these and the secret as always is in sound. So this is a chladni plate. When you put sand on a metal plate and draw a bowstring across it, it makes geometry. This should look pretty familiar. That's because this is 3,296 hertz. That step well is modeled off of this frequency. Obviously it's a square that's going to line up, but line up the corners to the node on that frequency. Then you have four nodes that correspond to the four stairs going down at the top level of the step well. You can follow this all the way down. Now if you've read the Vedas, this is going to be no shock. But Hindu architecture, especially the pillars, are encoded with sound. That pillar in particular shows exactly how sound really moves through the air and it's in octave ratios if you count the notches. Same frequency as the wheel of dharma. Back to the step well. Invert it. Pyramid. That is the pyramid of Djoser in Egypt. They were friends. They worked together. They shared architectural secrets. But look at that thing right there. This is a modern acoustic resonator. That piece regulates the source voltage going into a very small resonator that looks like a very large tominal temple. Even the top of the temple, after the sound goes all the way to the top, is amplified by a hemholtz resonator on the tips. India, easily the most advanced ancient culture. You cannot convince me otherwise. In the background of this video, there is something you gotta see. It's from Hampi, India. There are 52 of these pillars in this temple that are tuned to seven notes. As he was playing, I saw one of the notes on the wall. Probably like, that's not a music note. No, it is a frequency, actually. One that we can see with cymatics. Hindu temples are kind of like a book. This pillar, for example, looks like a 3D sound wave. But you couldn't play that or that. It's just showing amplitude. To see the details, you have to look into the sound wave with cymatics. It forms what looks like a flower. Now you have the frequency the pillar resonates at. This is Baalbek in Lebanon. It's a piece of the ceiling. The purple cymatic is a six-fold frequency. In the middle is the flower. The Corinthian order would put the flower on the top of the capital. In ancient Greece, they would put these on the top of the Ionic capitals. Hindu temples are head-to-toe detailed. Highly encourage you to check these out. If you have not, the detail will make you question everything. It's like an instruction manual for the universe written in stone. It's truly amazing. Ancient India rewrites history yet again. Thousand-year-old caves have just been inspected by stonemasons and engineers, and what they found is going to freak you out. These are the Barbar Caves. There are five of them. Carved into solid granite, the polish is so smooth, it's smoother than machine-polished marble and slightly less than industrial glass, and 20 times smoother than industrial granite. Professional stonemasons were interviewed about recreating this project and how difficult it would be out of 10, and those were their answers. Most said it was impossible. A company called AGP, started by a former stonemason, scanned them with one of these. It's a spinning laser that creates millions of data points that can reconstruct the caves from the inside out with no distortion. Here are the results. The caves have perfect symmetry in the floor, ceiling, and walls. The walls are angled by just a few degrees. Why? Polishing with the aid of gravity is more than doable. That's what we do. Polishing a vertical wall and a curved ceiling, on the other hand, is... The walls have a perfect angle within 0.1 degrees. You can't even tell with your eyes. Why was this necessary? The acoustics of these caves are also ridiculous. Granite barely absorbs acoustic waves, and the dome at Sudama resonates at 74.9 hertz. This renders speech unintelligible in the chamber. Reverb is the time it takes a sound to decay into nothing. 60 seconds is the max my production software will go. Inside Notre Dame, it'll reverb for about 10 seconds. Sudama's 62. Vipika is 70. When they were studying the acoustics, they discovered that the angled walls reduced the floating echo. The caves were rediscovered in 1785 by the colonizer dudes. No function of the caves has ever been discovered. The historical foundation is based on this crude hack job into the perfect walls. It says the absolutely perfect caves were used as a rain shelter. We can all agree that there was a lot of highly trained craftsmen that were needed to complete this. Yet we see nothing this precise anywhere else in India. How were they trained? How did they carve it with no electricity? Torches would suffocate workers if they didn't get silicosis. That's an incurable disease from inhaling rocks. Didn't seem like a concern. The only things we can compare it to are Naqsh-e Rostam, the Lycian rock tombs, Petra, and maybe a couple other sites like Kailasa. Kailasa was carved out of a single rock in traditional Indian style, decorated head to toe. This has no decoration and emphasizes the precision. The Rig Veda puts a heavy emphasis on sound. So what were they used for? The clues are in geometry. For more clues, check out the documentary this whole video is based on. It's on YouTube and narrated by the lovely Johanna James. This is a pretty normal looking temple until I show you what it's hiding. So this is the Keshava temple. It's an Indian temple in the Hoysala style. These are the famous temples that have the pillars that look like they were turned on a lathe or they were representing some sort of sound. But to see the wildest part of the whole temple, you have to look up. These are the famous domical ceilings that are made entirely out of These are exquisite. Some of the best stonework on the entire planet. But this guy here, you might be thinking that looks like a turbine. So did I. Especially because there's also pillars in this temple that look like turbine blades. This is where my man Niles comes in. Niles makes wave simulations of all kinds from acoustic waves to what would happen if an asteroid hit the Atlantic Ocean. Amazing content. There's one though that makes a very interesting pattern. It is a water drop, but instead of just a flat plane of water, he introduced these little nodes that break up the wave and cause interference. I'm not sure where the design inspiration for the temple ceiling came from, but if it's not this, then I would be very surprised. Now hold on. This is indicating a function, not just a decoration. Look closer. Those points are how you introduce interference into the wave of the water drop. If you play that simulation backwards, that is the exact way frontal antenna works. But I thought we were working with water. Look closer again. We have the infamous three-headed snake. The evidence for ancient technology is not going to be found near these temples. It's going to be the temple. This is AnchorWatt, and this is a CMOS sensor. Any digital camera will have one of these. That's AnchorWatt from above. What does the CMOS sensor do? It takes in light and converts that light to electrical signal. Why would ancients want to do that? To make that signal usable, we use something called a high-frequency oscillator. These create stable frequencies with no moving parts. They're used in everything. It should be no surprise at this point the geometry of that oscillator is four resonators around one central resonator. Tesla uses these, which could be confused with ancient Peruvian architecture if you follow me. All resonators work by using cavities to excite and amplify a desired frequency in the center. Let's say we cut Anchor like that in half. I feel like it'd probably look a lot like that guy. I picked a great day to watch baseboard. I'm full sending this one. You see that forested area conspicuously covered with trees? They scanned it with a laser on a drone to see what's underneath the trees. You know what they found? What the hell is even that? The acoustic waveguide for our oscillator happens to look just like that. If you watched the Prambanan video, you know that the interior of these temples looks just like a corrugated horn antenna. Those peaks are not decorative. They focus the signal as it exits the cone. This minimizes power loss and strengthens the signal. A phased array arrangement focuses the signal into the main horn. That is what the signal looks like, and that may be your design inspiration for a tower. Which makes sense. I'll say it. The largest Hindu temple in the world has a dormant function, and we're about to find out what it is. Sit down, because the ancient Hindu thought it was necessary to move 10 million pounds of sandstone to the swampiest marshlands of Cambodia to build these suckers. So they wouldn't sink into the ground. They diverted three rivers and two lakes, creating the most advanced hydrological system known to man. Those reservoirs are five miles long. Hand-dug, man-made, stone-lined pools. This shifted the underground water table around the temples. That monumental effort was needed so that they could align the temples to Draco, the constellation of the North Star at the time. Angkor is the clock of the whole thing. The equinox is tracked by the main tower, solstices by the side towers, in a feat of ancient frequency-modulating magic. Ironically, it's in the same shape as a time-tracking oscillator in electronic circuits. The outer walls are a six to five harmonic ratio, the only ratio you will see in chemical bonds. That's also the crazy long ratio of precession to eccentricity of the earth and the sun. Inner temple is then scaled down in the same ratio that the universe considers perfect in how humans perceive it. If we include the moat around Angkor, then it shares the same geometry as a CMOS sensor, which converts light to electricity. Inside, the source of that light and the nine planets, including Pluto, which was not discovered until 1930, are depicted on the walls, which would require a telescope also carved onto the walls, except the telescope wasn't invented until 1608. This reeks of a communication component. Considering at one point it was coated in gold, the evidence is now pointing towards some sort of macro component that may have sustained life. Hindu temples are not for beginners at all. This one may be the biggest antenna in the entire world. This is Pramadan, and this is what it looks like from the top down. We're going to look at the Shiva temple. Now the layout looks a lot like that thing, and if you don't know what it is, it is the antenna on the cone of a fighter jet. These are smaller cone antennas. If you look at a cross-section of the Shiva temple, then you'll notice something very strange, but the interior chambers and the exterior features share design cues from this modern antenna. That design is called the Korbeld Arch. You can see it in a lot of ancient temples, including the Grand Gallery and the Great Pyramid and a lot of Mayan architecture. We use that design as a wave guide to focus a specific band of frequency. That is the core function of an antenna. Now Borobudur also shares this Korbeld Arch, as well as another feature with Pramadan, these satellite features within the complex. Now I initially thought those looked like a CPU, but now if you overlay a sine wave from the top of the temple to the bottom of the temple, every harmonic of that sine wave converges at the top of the main chamber. Now the amplitude of that sine wave defines the boundary of the last two cones in the temple. Now a phase array is another form of beam focusing. Your cell phone uses something similar. Now if your main temple is the main frequency, then those satellite features could be directing it. Now that graph is a frequency spectrum of an aligned phase array. That is the circuit diagram for it. Now if our small modern antennas are allowing us to communicate with the whole planet, what is that communicating with? Tell me why the biggest ancient temple in Southeast Asia has the exact layout of a CPU. This is Pramadan. It is in Java. Pramadan was built in the 9th century and abandoned in the 10th century. The temple's intricately carved head to toe, and you can only see the whole thing if you have a car. Colonizer dudes found it like this in the early 1900s, and it has since been restored into what it is today. I have a bachelor's in computer engineering. That is the hardware side of computers, and this immediately stood out to me as soon as I saw the aerial. All processors have a speed at which they can process data. This is usually in cycles per second, which is often in gigahertz now. So how many ones and zeros can fit in a cycle per second? That's the speed. Hindu architecture reflects many properties of sound waves. Could they be sound waves? I don't know, but this one looks exactly like a sound bubble actually travels through air. Tamil temples have insane resonance and look just like resonators we use in microelectronics. Looking at Borobudur from above almost perfectly reflects the pattern made by roughly 3500 hertz. Angkor Wat shares nearly the same layout as a high frequency oscillator used in digital timekeeping. Southeast Asia and Egypt share a lot of architectural similarities. Egypt is well studied and luckily they figured out that the pyramids can focus electromagnetic energy. If you flip those, you get the same design as the step wells in India. Step wells follow the pattern so close you could almost make a blueprint out of the cymatic. What about the temple? We're going to look at the Shiva temple that's right in the middle. The main chamber of the temple has golden ratio symmetry. Perspective. The harmonic series shows how waves fit inside waves harmonically. Magnetic field lines also do this. If we take that and put it from the top to the bottom of the temple, the tip follows the curve and there's a harmonic intersection in that top chamber. Middle chamber is empty so it might have excluded some frequencies like a band pass filter. The dead center of the harmonic series is right at the top of the main chamber. This is where all the frequencies in one wave meet. Chamber design is also similar to the grand gallery in the great pyramid. Processors take in a frequency, organize the instructions into commands, and send it out to other places that process and share the commands to make life easier and change the world. That's you. India has been screaming this for eight thousand years. They scanned it. Yep, the Russians scanned it. Kailasa temple, if you have not been following this, buckle up. This doesn't just rewrite Indian history, it rewrites human history because in this ancient temple they found tool marks that prove that we don't even have tools that could do this. Context here, Kailasa was not built. It was removed from the side of a mountain, meaning they could make zero mistakes here when removing 200 to 400 thousand tons of rock. And that's the first mystery. We don't know where any of that rock is. We also don't know when it was built. The main source of dating is land grants. So Kailasa temple's right here. The first land grant was found on a copper plate 200 miles away. The second one was found even further away. That is all we are provided. The date would be useful to determine the tools used to make this. We know they had steel. India invented the steel that would later become Damascus steel. But in 1682 a Mughal emperor ordered a thousand soldiers to destroy the temple. They had steel tools. Damage to the sculptures is extensive and honestly it's one of the most disrespectful things I've ever seen humans do. But there's a silver lining. It showed us just how hard the rock is to even chip. Even with modern alloys we just don't have enough power. Basalt is hardened lava. That's a six on the Mohs scale of hardness. Steel barely makes a scratch in it. So these Russian dudes timed three different people and measured how much volume of rock was removed after a 10 minute period. This was measured using photogrammetry and mind you, these marks look nothing like what we see on the actual walls. Result? If you worked three years straight you could only remove a cubic meter of this stuff. But since Kailasa is unfinished we actually had the witness marks or tool marks. The penetration depth of that cut exceeds what hydraulic breakers are capable of. Those cuts show extreme levels of force were used. So how do we get big equipment in here? Unless they didn't use big equipment. Not just very large tools. They had precision tools. The level of detail we see in basalt is comparable to much softer soapstone which would require a diamond tip drill bit. Using our perspective. So let's run this back. We've got flimsy dating. The time and manpower to create this are way off. We could build a great pyramid with the amount of rock that's missing from this place and we don't know the tools they used to make it. In times like these I do something crazy and listen to their history. Hindu tradition says this place was built by a dude called Vishva Karma. You should look into this guy because one thing he can do is take solar radiance, measure it, reduce it, concentrate it, and convert it into Now here's the thing. If you actually talk to a Hindu, none of them will even bat an eye if you suggest that they possibly had lasers back then. What we can for sure say about this place is that we don't know. Could they have had lasers? Maybe in a different form? I don't know. I'm just here to give you the tools to connect your own dots. If you want to watch the full doc, go check out Proto Civilization. They did all the work. It's amazing.