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The primary mode of transmission of SARS Coronavirus 2 is through aerosols, which are small water droplets and droplet nuclei. These aerosols can be inhaled and spread the virus. Scientific studies have shown that low-cost masks, like surgical masks, have pore sizes that range from 80 to 500 microns, while the virus is only 1 micron in diameter. This means that the largest droplet coated with the virus can pass through the mask. Even when wearing multiple masks, the moisture from breathing still fogs up glasses, indicating that aerosols can escape. This highlights the importance of understanding the limitations of masks in preventing the spread of the virus.

Some bubbles can mimic weather events like tornadoes. Watch a vortex form. Another bubble, called the Carousel, pays tribute to the original bubble pioneer, Mr. Tom Noddy.

This video explores bubble Cymatics, where a bubble attached to a speaker can create holograms revealing insights into space. By using a bubble, speaker, frequency, and ring light, various shapes like the Taurus and 4D shapes can be visualized. This method allows us to see shapes beyond 3D reality, like the Klein bottle. It's mind-blowing! If you want to learn more, check out the book on this topic.

In this video, the speaker demonstrates what happens when you wring out a cloth in space. They show a compressed washcloth that expands when opened. When they soak the cloth, the water stays on the surface and doesn't drip off. The cloth remains floating and doesn't unravel. The speaker mentions that these washcloths are designed to save space on the space station. They conclude by congratulating someone named Meredith and Kendra on a successful experiment.

Exosomes are small particles that our bodies produce in response to various illnesses and stressors. They are like partners to our immune system, helping us recover from disease. Exosomes can be triggered by toxins, radiation, infections, and even psychological shock. They are spherical in shape and can be seen budding out of cells in electron microscope images. These images show similarities between exosomes and the COVID-19 virus, with both having circular shapes and globular dots on the periphery. The slight difference in clarity between the images is due to the technical process of preparing the slides.

In this video, Bubble Cymatics demonstrates how a bubble attached to a speaker can create holograms and provide insights into space. By using a bubble and a speaker, you can observe Cymatics easily. The sound passing through the bubble forms various shapes, including the speaker's favorite, the tortoise. This method can even generate four-dimensional shapes like the Klein bottle, surpassing the limits of three-dimensional reality. It's mind-blowing! For more information, watch the full video.

This video showcases the fascinating properties of water, from atmospheric water generators to ancient Hindu step wells. Water can be harnessed from the air, frozen for storage, and manipulated by frequency to create intricate patterns. Cymatics explores how frequency shapes water's structure, while Veda Austin's experiments show water mimicking images when frozen. Water is truly incredible and mirrors our own composition.

Light is a disturbance in the medium, not particles shooting out. Three transparent sheets demonstrate that light is not a particle. When the sheets are rotated, light cannot pass through, which shouldn't occur if light were a particle. The belief that light is a particle stems from the quantum nature of the photon. This relates to the ground state of the hydrogen atom, as Alpudov stated in 1987. Achieving negative energy density would change the permittivity of space-time, potentially allowing energy to be extracted and a phase transition to occur.

A programmable liquid created by Harvard is revolutionizing technology. It can change properties like springiness, optical features, and viscosity. Made of tiny elastomer spheres, it can switch between flowing like water and resisting flow. This liquid showcases advancements in science, not just a movie plot. Welcome to the era of programmable liquids.

In the center, a glowing blue-purple light, resembling a star, is created by passing a sound wave through a small bubble in liquid. The bubble expands and then collapses violently, causing trapped vapor molecules to heat up and emit bursts of heat and light, resembling a star in a jar.

Check this out. Whenever I zoom in with my camera on the drone, I see this round shield effect around it. It's really surprising. Now, let me show you the drone up in the sky.

Water is the most common substance on Earth, present in our lives at all times. It has unique properties that defy typical physical laws, such as expanding when cooled, allowing plant shoots to break through asphalt. Water can exist in three states: liquid, solid, and gas, a phenomenon that remains unexplained by science. Additionally, water has memory; it retains imprints from substances that come into contact with it, suggesting it remembers its surroundings. This concept may explain why our ancestors used silver vessels to create healing water. Today, a highly effective antibiotic water, used by the American army, demonstrates water's ability to eliminate germs, showcasing its remarkable properties.

There is a state of matter called superfluid helium that has no friction and can escape any container. It can only be achieved at extremely low temperatures, close to absolute zero. At this temperature, the helium turns into a superfluid and behaves as a single entity, with all atoms moving together. The superfluid helium can even pass through solid barriers, defying our usual understanding of matter. This phenomenon is a quantum effect and reveals the true nature of matter. Superfluid helium exists at temperatures colder than outer space and has no viscosity.

A bubble's life is short, reminding us of our own mortality. In "A Little Life," I aim to bring joy and wonder to the world, just like bubbles do. Let's make the most of every moment we have. Thank you.

Water is pumped from a basin through hoses and nozzles, creating floating water pearls. A calibrated light system synchronizes with the water's motion to form these suspended pearls. The system is closed-loop, recirculating every drop of water. The creator was inspired by watering his garden. The presenter notes the perfect union of motion and light, observing the clarity between water droplets and the absence of visible distortion. The Waterpearl team in Tokyo is creating magic.

Ready for something intriguing? A viewer named Alex shared a video of a multicolored orb hovering in Utah for two hours before zipping away. Upon analyzing the footage, I noticed a cube shape inside the orb, reminiscent of reports from fighter pilots who have seen cubes within spheres. I enhanced the video to highlight the cube's edges and observed lines suggesting a defined structure. This phenomenon could be due to gas ionization, similar to old lamps, where high voltage creates light by ionizing surrounding gases like argon or neon. I plan to use my astrophotography lens to capture more details of these objects, as I've seen similar phenomena recently. If you have interesting footage, feel free to share!

Here's another cube inside a sphere, showcasing a cyberpunk aesthetic. The cube is situated within an energy bubble. When cameras move rapidly, compression algorithms average luminosity and color, resulting in blocky, blotchy visuals. This effect is due to the camera's stabilization system and compression trying to manage data. Holding the camera still allows for better resolution, as the software can build a clearer image over time. The best frame captured shows the sunlight reflecting off the bubble surrounding the cube, not the cube itself. As the frames progress, the cube's shape and the surrounding details become clearer. Enjoy this intriguing cube in a sphere.

In the center, a glowing blue-purple light, resembling a star, is created in a flask of liquid by passing a sound wave through a small bubble. The bubble expands and then violently collapses, causing trapped vapor molecules to heat up and emit bursts of heat and light, resembling a star in the heavens.

Everything around us generates sound, from running water to music. Sound is created by air particles bouncing into each other, forming pressure waves. Popping a balloon demonstrates this process, with particles rushing out and creating high and low pressure waves. The waveform of sound shows compressions and rarefactions. Different sounds, like a running faucet or Beethoven's 9th symphony, are produced by various instruments creating unique waveforms. Sound propagates in all directions as an expanding sphere. Vinyl records capture sound by graphing pressure levels into grooves. Understanding sound involves analyzing waveforms and the movement of air particles.

This video explores bubble Cymatics, where a bubble attached to a speaker can create holograms and reveal insights about space. By using a bubble and a speaker with a ring light, different shapes can be formed through sound frequencies, such as the Taurus and the clane bottle, extending beyond 3D reality. This method allows for the visualization of 4D shapes. The speaker suggests further reading on the topic. Translation: This video discusses bubble Cymatics, where a bubble attached to a speaker can create holograms and provide insights about space. By using a bubble and a speaker with a ring light, various shapes can be formed through sound frequencies, such as the Taurus and the clane bottle, going beyond 3D reality. This technique enables the visualization of 4D shapes. The speaker recommends reading more on the subject.

Water retains memory through its molecular structure rather than its chemical composition. The organization of water molecules into clusters allows them to act like memory cells, recording their interactions with the environment. This means that water can change in response to external factors, such as light or electric fields, while remaining chemically the same. Advanced instruments have shown that each memory cell in water contains numerous information panels, each responsible for different environmental interactions. Clusters of molecules can persist over time by allowing the exchange of molecules, rather than being static groups.

This discovery by Dr. Masarimoto shows that positive words spoken to water create beautiful, symmetrical shapes when frozen, while negative words create ugly, asymmetrical shapes. It proves that words and intentions affect reality, demonstrating that words are like magic, altering physical surroundings.

The speaker discusses the bubbles' composition, filled with nitrogen, oxygen, carbon dioxide, argon, and brandy vapor. Changing the gas ratio creates photoluminescence. They present a sculpture called "Castle in the Sky."

Find it. That's wild. In high speed, it doesn't look totally different on the fragmentation, but once it's expanded, all the water is thinner droplets. The chunks chunks are smaller. It converted a lot more energy into it. That blew apart a lot more like naked eye wise.

Potassium is a remarkably squishy and highly reactive metal, soft enough to be cut with a knife. When it comes into contact with water, it reacts explosively. Sodium, another alkali metal, is also soft but less squishy than potassium. When potassium and sodium touch, they form a liquid alloy that remains fluid at room temperature, creating stunning spherical droplets due to high surface tension. This liquid metal is utilized as a coolant in nuclear reactors and satellites. However, it is dangerous; it can spontaneously ignite in air and reacts violently with water.