Mysterious Plasma Bubbles Have Appeared Over the Pyramids

0:00Low energy, unfocused, foggy, you might be dehydrated. Whether it's hot yoga over 100 degree weather or too much sun, Gator light with a specialized blend of five electrolytes was scientifically designed to help move fluids into the body faster for rapid rehydration. Shop now at Retailer's Nationwide. Gator light hydrates faster than water. Is it in you? Symptoms noted are signs of mild to moderate dehydration, consult to healthcare professional and symptoms persist. There are mysterious plasma bubbles floating around the pyramids of Giza. As bizarre as that might sound, let's get one thing clear right off the bat. There's nothing extra terrestrial going on here. Plasma bubbles are those weather anomalies that form in a layer of earth's atmosphere called the ionosphere. This is an invisible layer surrounding our planet that stretches roughly from 50 to 400 miles above Earth's surface. Right at the edge of space.

1:00In this layer, the sun being the giant hot power that it is basically cooks gases, splitting them into electrically charged particles called plasma. Here's where it gets interesting. At night, especially near the equator, these charged particles get disturbed and went up. Propel Fitness Water With Gatorate electrolytes, zero sugar and vitamins, Propel hydrates better than water to help you get the most out of your workout and get back to your best self. What propels you? Propel with Gatorate electrolytes. On any journey using Uber, it helps to know you're getting into the right car. Pin verification adds an extra step to make sure your ride is your ride. Before the trip begins, your app gives you a unique pin. Just tell it to your driver and they'll enter it in their app before the ride can start. Hey, what's your pin? 2538. That way you know you're in the right car taking the right trip and your driver knows you're the right passenger. Make sure your ride is your ride with pin verification from Uber. One more way Uber is putting safety at every turn.

2:01Learn more on the Uber app. A bunch of them suddenly vanish at the same time. It forms what we call a plasma bubble. Imagine it like a big empty pocket where the plasma is missing or its quantity is lowered. But it's only considered a plasma bubble if this phenomenon occurs on a large scale. Typically, around 62 miles in size. If you're already packing your suitcase for Egypt and have put binoculars to look at the tips of the pyramids, I'm sorry to say that we can't see these plasma bubbles with the unadded on. It's all happening way above our heads, completely invisible to us. Scientists need to use special equipment, like the latitude-long range ionosphere radar, or laryd, to detect these bubbles. This advanced technology helps researchers track and observe the movement and formation of plasma bubbles in real time. This formation, by the way, can be triggered by solar storms. That brings us to November 2023 when an impressive solar storm occurred.

3:04On a scale from one to five, this one was classified as a G3, which is considered a strong event. Solar storms occur when sunspots are basically cooler. Darker areas on the Sun's surface release burst of energy into space. These flares triggered several geomagnetic storms on Earth. While this might sound like Doomsday stuff, it didn't disrupt our daily lives too much. In fact, it was great news for Skywatchers, since the solar storm created stunning auroras, with the northern lights visible as far south as Greece and Turkey. But this particular storm in 2023 also had another interesting consequence. It caused the largest plasma bubble ever recorded by the Chinese radar. This phenomenon was so massive that it covered regions as far apart as the Egyptian pyramids and the midway islands in the Pacific Ocean. Now that's a huge distance, and it is a big deal for science. And that's because plasma bubbles are a growing threat to modern technology.

4:09Experts say they can disrupt satellite communications and GPS systems. So if you're using Google Maps or Ways, and suddenly it can't figure out where you are, a plasma bubble might beat a blank. Great. We now know what's going on with those bubbles, detected above the pyramids of Giza. But things get even weirder inside this ancient construction. Apparently, the great pyramid of Giza has the... Propel Fitness Water With Gatorade electrolytes, zero sugar, and vitamins, Propel hydrates better than water to help you get the most out of your workout and get back to your best self. What propels you? Propel with Gatorade electrolytes. With Share My Trip from Uber, you can send your live trip location to the ones who matter most, like Dan and Hannah who always wait up to make sure their daughter gets back to her college dorm room. Or Tiffany, who's running late as usual, and her friends are tracking her trip to make sure she's actually on her way. Look, she's right there. She's three minutes away. Or Sam, who never goes anywhere without her roommate knowing exactly where she is.

5:11Some journeys are meant to be shared. Share your ride in real time with Share My Trip on Uber. One more way Uber is putting safety at every turn. Learn more on the Uber app. Building to concentrate electromagnetic energy within its interior. A couple of years ago, a group of researchers decided to see what would happen if they took this ancient architecture and hid it with radio waves. I mean, waves that are similar to the kind your phone uses, but on a much larger scale. Up to 1,900 feet long. But since they couldn't just start blasting radio waves at the actual pyramid, they did the next best thing. Computer modeling. Using these simulations, the researchers discovered something incredible. The great pyramid can actually concentrate electromagnetic energy within its internal chambers, as well as underneath its base, where an unfinished chamber is located. By concentrate, I mean something like, trap it. For example, when you shout into a cave, you hear your voice echo back, right?

6:15The sound waves don't just disappear. They balance around and get focused. Similarly, when radio waves hit the pyramid, they don't just pass through or around it. Instead, they get absorbed, balance around and focus inside and underneath the pyramid. Our list of mysterious phenomena surrounding the Egyptian pyramids doesn't end there. Inside the pyramid, there's a long narrow passage that leads to what's known as the King's Chamber. This room sits at the center of the pyramid and it's believed to have been the final resting place of Pharaoh Kufo, the ancient Egyptian leader who commissioned the entire thing over 4,000 years ago. When visitors step into the King's Chamber, two things normally strike them. The room's incredible acoustics and its heavy, imposing structure, which is entirely lined with red granite. Recently, scientists have started to connect these two facts. Some researchers now believe that the King's Chamber might be able to catch or pick up sound

7:19energy generated from other parts of the pyramid. In other words, this room might have been designed to amplify sound in a way that no other chamber in the pyramid can. To test this theory, researchers conducted an experiment where they sang in the Queen's Chamber, which is located directly below the King's Chamber. Here's where it gets wild. The music couldn't be heard in the lower underground rooms of the pyramid, but it sounded loud and clear in the King's Chamber. One possible explanation for this is the type of stone used in the King's Chamber. Pink granite. Granite is known for its pietzoelectric properties, meaning it can absorb energy from its surroundings like sound vibrations and convert it into electrical energy. This suggests that the chamber's unique acoustics might be due to more than just the shape of the room. It could be that the granite itself plays a role in amplifying and concentrating sound waves.

8:21According to scientists, these discoveries open up a whole new field of research into the pyramid's potential. Could the ancient pyramids have somehow harnessed the energy created by sound waves, or even Earth's natural vibrations? It might sound fart fetched, but considering the granite's pietzoelectric properties are well documented in modern science, it's not entirely impossible. Who knows? Maybe we've only just scratched the surface of what the pyramids were. On any journey using Uber, it helps to know you're getting into the right car. Pin verification adds an extra step to make sure your ride is your ride. Before the trip begins, your app gives you a unique pin. Just tell it to your driver, and they'll enter it in their app before the ride can start. Hey, what'd you pin? Mm-hmm. 2538. That way you know you're in the right car taking the right trip, and your driver knows you're the right passenger. Make sure your ride is your ride, with pin verification from Uber. One more way Uber is putting safety at every turn. Learn more on the Uber app. We're truly capable of

9:23speaking of just scratching the surface. There's even more to think about, like how the pyramids ended up in such a perfect location. It seems the builders lined up the great pyramid with the cardinal points, meaning its sides are almost perfectly aligned with the four main directions. North, South, East, and West. There are many theories about how they did it, but one study suggests that Egyptians might have used the fall equinox to achieve this perfect alignment. During the equinox, the sun rises and sets directly in the east and west. It probably made it easier for builders to use the sun's position as a guide. By watching the sun during this time, they could make sure the pyramids were positioned just right. If we think about all these strange things about the pyramids, I mean, they're perfect alignment, the ability to concentrate radio waves, and the materials used in the chambers that might generate electrical energy. Could the real purpose of the pyramids actually be much more complex than just being tombs?

10:28Well, Nikola Tesla thought so. It is said that the famous inventor and engineer was kind of obsessed with the Egyptian pyramids, and he wondered if they might actually be giant energy transmitters. He believed the shape and position of the pyramids could help them function as huge generators, capable of producing free, limitless energy. Some researchers agree with Tesla and believe that these massive monuments might have been designed as giant power plants. According to their theory, builders could have figured out how to move ions, those electrically charged particles in the atmosphere by placing materials like copper, gold, and silver around the pyramids. So it's definitely possible that the ancient Egyptians created a sustainable, renewable power source. Although this is a very interesting thought, we haven't been able to confirm this theory, and the true purpose of the pyramids remain one of humanity's biggest mysteries.

11:30On any journey using Uber, it helps to know you're getting into the right car. Pin verification adds an extra step to make sure your ride is your ride. Before the trip begins, your app gives you a unique pin. Just tell it to your driver, and they'll enter it in their app before the ride can start. Hey, what'd you pin? Mm-hmm. 2538. That way, you know you're in the right car taking the right trip, and your driver knows you're the right passenger. Make sure your ride is your ride, with pin verification from Uber. One more way Uber is putting safety at every turn. Learn more on the Uber app. Brussels clean up nicely at sweet green. Maple glazed, roasted, and edges perfectly caramelized. Sweet greens fall harvest is back on the menu, and the season's most overlooked little green vegetable is dressed to be devoured. You know what to do. Order on the Sweet Green app.