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In this video, the speaker demonstrates a proof of the Earth's curvature. They are 21.29 kilometers away from the other shore and show that there is a 40-foot hump of water obstructing the view of a mirror flash. They explain that if you try this experiment yourself, you will notice that as soon as the mirror is blocked, the flash disappears completely. This experiment serves as evidence for the curvature of the Earth.

This video discusses a simple technique to understand the complex processes of light in our eyes and the holographic light matrix. By tilting your head back during sunrise or sunset and slightly opening your eye, the fluid secreted over your lens creates a reaction with light, forming concentric ring waveforms. These rings can be seen in your vision and in the light itself. By practicing this technique, you can see the lattice structure of light and understand that everything is connected to light. It is recommended to do this technique during sunrise or sunset for the best results. The video also mentions the importance of connecting with nature and the creative design of being human.

The speaker explains that they will turn on a device that emits a 65 kilohertz beam, similar to a laser. They mention that the beam is inaudible and unlikely to cause harm. By adding modulation to the beam, they make it audible. The speaker clarifies that the sound is actually created within the beam itself, and it stays within the beam. They proceed to play music through the device, and the sound appears to come from the listener's head. They experiment by pointing the beam at different surfaces and ask the audience to raise their hands if they can hear it clearly.

The video shows a drawing of an oblate spheroid and a black circle representing the black sun. Lines connect the polar star, forming a triangle, and the sun and moon are depicted with equal diameters. Continents are drawn on both sides, labeled as "summerland." The northern lights are represented by rays from the black sun. It is explained that the sun does not light up the moon, but rather the black sun does.

In this video, the speaker demonstrates the Coriolis effect using two sinks. They sprinkle oregano leaves in the water to show the flow direction. The first sink goes in the left direction, anticlockwise. Then they pull it out and the water goes straight down. Next, they try the other sink, which goes clockwise. They pour more water to make the cyclone more visible. The speaker emphasizes that one sink goes anticlockwise while the other goes clockwise. The video ends without further explanation.

In this video, the speaker discusses the concept of time dilation and the muon decay experiment. They explain that muons are subatomic particles that come from cosmic rays and have a short lifespan. Scientists have observed that there are more muons on Earth's surface than expected, suggesting that time must have slowed down as distance shortened. The speaker criticizes this as evidence for time dilation, arguing that it is based on philosophical bias rather than empirical evidence. They also mention the idea of speed and how changing distance requires a change in time to maintain a constant speed. The speaker concludes by calling the heliocentric model incompetent.

The speaker points out that in a video by the Weather Channel, it is shown that sunlight covers 60 to 70% of the globe, which contradicts the heliocentric model where sunlight can only cover up to 50% of the globe. They suggest that this is only possible on a flat Earth model, where a small and local sun circulates over the flat Earth. They use a map from the Weather Channel to demonstrate this.

A camera captures light moving at a trillion frames per second, revealing its journey through objects. Light reflects off surfaces at different speeds, creating delays in shadows. A flash of light through a water-filled bottle shows the energy front sweeping across. Light travels at 600,000,000 miles per hour, taking a billionth of a second to cross the bottle. Filming an apple being shot would result in a year-long movie.

The speaker demonstrates drawing lines from the polar star to two points, forming a triangle. They also highlight rays from the black sun, forming another triangle. They mention the principle of "as above, so below" from Hermes Trismegistus, found in the emerald tablet and the Kybalion. The speaker erases intersections and draws the sun and moon, indicating rotation. They use arrows to show that both the moon and sun are approximately 3,300 miles or 5,310 kilometers away.

This video explains general relativity in simple terms. Mass warps space, affecting the path of objects. Black holes form when mass is concentrated, creating a strong gravitational pull. Two black holes can orbit each other, creating gravitational waves that stretch and compress space. This phenomenon is known as general relativity.

In this video, the speaker demonstrates a resin piece representing the dome of the firmament. They explain that the stars are just bubbles, possibly containing gas, and are only external lights or torches. The sun is depicted as yellow and the moon as white, clearly showing day and night. The speaker shows how an eclipse can be created by positioning the light in a specific way. They conclude by stating that this is a simple way to understand their perception of the firmament, with two lights representing the sun and moon.

All lines in the video converge at the same vanishing point, regardless of their height. The speaker explains that the wooden planks represent true perspective lines, while the calculations are based on nonperspective lines. The observer sees converging lines, representing the reality of the sun traveling down. The speaker points out that the sun's apparent height increases as it crosses parallel lines, leading to the misconception that the sun would be visible all the time on a flat Earth. The speaker emphasizes the importance of perspective and criticizes the incorrect calculations and angles presented. The concise summary highlights the speaker's argument that the sun will set on a flat Earth.

This video explains the concept of perspective and how it affects our view of the sky. The speaker shows a dome and points out that when we move south, we see concentric circles and a phenomenon occurs. They mention Polaris and how our view changes as we move away from it. The speaker simplifies the explanation by stating that what we see is Polaris, then we start seeing something else, and then something else. They emphasize that perspective is important regardless of our location.

Speaker 0 describes living about 120 miles north of London in a pleasant countryside setting with a city about 10 miles away. There could be a five G tower about a mile from them, so they acknowledge that five G is everywhere now. Speaker 1 responds with a metric they use for risk mitigation. In the United States, big cities require you to be 75 miles away due to airports and military bases. Then they offer a counterpoint: five G antennas aren’t always as bad as they’re made out to be. The key factor with a five G antenna is how many obedient idiots are connected to it. They illustrate this with Destin, Florida, a place known for its beaches. In December, Destin has hardly anyone there, maybe 20,000 residents, but in the summertime, there can be a million people in the city because of vacations. Therefore, those five G antennas in the summertime are way worse than in the wintertime due to the number of people connecting to the tower and radiating. They then discuss how light interacts with the inverse square law, noting that the inverse square law is not only about the closest distance to the antenna but also how much use the antenna is getting. They emphasize that people often forget that second part of the inverse square law. The speaker’s advice is to consider population density when deciding where to live. The speaker acknowledges that the listener has already chosen a place with sparse population density and supports that choice. They conclude by suggesting that when living in an area where light is plentiful, one should embrace all the other good things that nature brings. Overall, the conversation juxtaposes practical geographic placement with how population dynamics influence exposure to five G antennas, arguing that the number of connected users, driven by population density and seasonal occupancy, can significantly affect potential exposure. It also highlights the importance of considering natural surroundings and density when choosing where to reside.

The speaker discusses anomalies in eclipses and suggests using a real-life scale model to study shadows. They explain that in total solar eclipses, the source of light should be the same size as the object that eclipses it. Using a scale model, they find that the shadow is 16 times bigger than it should be. They criticize CGI cartoons for inaccurately depicting eclipse shadows. They argue that in the flat earth model, the diameters of the sun and moon are about 32 miles. They suggest using AutoCAD and Natura software to verify shadow sizes.

The speaker explains that they will turn on a device that emits a 65 kilohertz beam, similar to a laser. They mention that the beam is not audible but can be made audible by adding a modulation. They assure that the high amplitude of the beam won't hurt anyone. They explain that sound waves can create sound when they have high amplitude, and in this apparatus, the sound is created within the beam itself. The speaker then demonstrates the device by playing music and scanning the room to ensure everyone can hear it. They also try bouncing the sound off the wall. The audience raises their hands to indicate they can hear it clearly.

In the video, the speaker discusses a drawing that features a square and a compass, known as the mason symbol. They highlight a ray extending from the black sun towards the Moon, and then erase the Moon's face. The speaker explains that it is not the sun that illuminates, but rather the black sun.

In this video, the speaker demonstrates a phenomenon similar to gravity using two pizza trays. By applying a positive and negative charge to the plates, the speaker shows that the object sticks to the negative plate. They explain that there is a force at play, not Newtonian or Einsteinian, but related to electricity and the manipulation of the electric field. The speaker refers to this force as gravity, although it has been redefined. They emphasize that everything, including chemical reactions and sound, is electricity vibrating. The video concludes with the speaker discharging the electricity and signing off.

The speaker explains that they will turn on a device that emits a 65 kilohertz beam, similar to a laser. They clarify that the beam is not audible but can be made audible by adding a modulation. They assure that the high amplitude of the beam won't hurt anyone. The speaker mentions that sound waves can create sound when they intersect at high amplitude. They state that the sound created by the device is in the beam itself. They proceed to play music through the device, and the sound appears to come from the audience's heads. The speaker tests the device by scanning the audience and bouncing the sound off the wall. They ask the audience to raise their hands if they can hear it clearly.

The speaker demonstrates a process, stating, "I flip this to l two, and then I bring this to 1, and fire." The result is described as "15Fire. 68Fire9Fire." The speaker then notes that the result is "vertical."

The speaker demonstrates a Tesla tower lighting a fluorescent light bulb wirelessly. The bulb is still in its package and has no wires connected to it. The demonstration is presented as an example of Nikola Tesla's concept of wireless transmission of electricity.

Infrared technology shows objects that should be hidden by Earth's curvature. Questions arise about Erastosthenes' shadow experiment proving Earth's roundness. The sun's size relative to stars and moonlight's coldness are discussed, along with shadows being warmer at night. Translation: The video questions the curvature of the Earth based on infrared technology, Erastosthenes' experiment, the sun's size, moonlight's temperature, and shadow temperatures at night.

The speaker demonstrates the stretchiness of a material by pulling on it, comparing it to a rubber band. They mention it broke but show how it can stretch like a rubber band. Another speaker points out the size difference after stretching.

In this video, the speaker explains how our perspective limits the number of stars we can see. They mention that we can only see a dome of stars within a 12,000 mile diameter circle. As we move, this dome of stars moves with us. The speaker uses the analogy of standing at the North Pole, where Polaris is overhead and the stars rotate counterclockwise. As we move south, Polaris lowers in the sky and the stars start to tip, resembling a salad bowl. The bottom of the bowl represents Polaris, while the rim represents the ground where the sun would go around.

In the video, the speaker discusses the book "Health and Light" by Dr. John Ott, focusing on the topic of children paying attention in class. The speaker shares their personal experience of being a distracted student and highlights a particular observation from the book. It is mentioned that fluorescent bulbs can affect a certain percentage of children's ability to concentrate. However, when lead shielding was placed in front of the bulbs, one specific child immediately became more attentive and moved to the front of the class. The speaker emphasizes the significant role that lights play in our thinking abilities and suggests that this book prompts a reevaluation of their impact.