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Did you know that Dmitry Mendeleev wanted to include aether in the periodic table? Before quantum mechanics, brilliant scientists like Isaac Newton, Nikola Tesla, James Clerk Maxwell, and Sir William Crooks believed in aether theory. They thought aether was everywhere, a medium for light and electromagnetic waves to travel through space. Aether theory painted the universe as a harmonious cosmic symphony. This is very different from quantum theory, which presents a cold, chaotic universe. Were physicists too quick to dismiss aether theory, replacing it with concepts like dark matter?

Honey's long shelf life is attributed to bees' wing frequencies shaping hexagonal honeycombs. George Zlakovsky's device cured quadriplegia, and Anthony Holland found frequencies that kill cancer cells. Sound technology can cloak objects, create hurricanes, and form galaxies. Sound can extinguish fires quickly, oxygenate our bodies, and even generate DNA. Sonoluminescence suggests stars could be bubbles of light in water.

I rarely post videos, but yesterday it snowed weird snow that didn't melt. My husband tried to break up a lump in the driveway with a pick, but it wouldn't melt. The snow had a texture like fine styrofoam and packed down into a solid lump. It didn't drip or melt, but could catch on fire. The speaker questions the existence of chemtrails, suggesting the snow isn't real.

We apply a flame to the material, and it doesn’t burn, producing no smoke or flame spread, with no thermal transfer. Our sustainable building materials are made from hemp and lime, both abundant in Alberta. We’ve created a structural block that requires no cement, concrete, or rebar; they simply stack like Lego with an adhesive binder. The main benefits include improved indoor air quality and comfort, regulating humidity and preventing mold growth. The material maintains even temperatures, making it ideal for living spaces. Each block captures about 6 kilos of CO2, contributing to a negative carbon footprint for the completed building. This is a pilot facility, and we aim for commercial production.

This is a go fast rocket launch that cost $100,000. It went straight up, unlike NASA and SpaceX rockets. Ice crystals formed on the rocket as it reached 73 miles high. The moon was supposed to be over Australia, but it appeared close by due to motion distortion, not curvature. By paying the same company $100,000, we could create a splash in the waters above that more than half the world could see.

This video showcases SRMM, a synthetic artificial reflective greenhouse cover that magnifies UV and infrared light, directing it towards the Earth. The cover traps the reflected light, creating a continuous cycle of heating the environment. This contradicts the intended purpose of the cover. The presence of the cover is visible due to the shadow cast by the light reflecting off the Earth, which is seen as a trail behind an aircraft on the artificial ceiling.

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.

"It looks, smells, and tastes like the butter we're all familiar with, but without the farmland, fertilizers, or emissions tied to that typical process." "The company is called saver and you better believe it." "Their pioneering tech uses carbon and hydrogen to make the stick of butter you see on this plate." "They take carbon dioxide from the air and hydrogen from water, heat them up and oxidize them." "Sustainability is why we are here. It's all done releasing zero greenhouse gases using no farmland to feed cows." "That's not all of the 51,000,000,000 tons of greenhouse gases emitted every year. 7% is from the production of fats and oils from animals and plants." "We expect that to be on the shelves kind of more like around 2027." "No palm oil, a significant contributor to deforestation and climate change."

The speaker discusses graphene and asserts it is present in many consumer products, including makeup, medications, food, and water, describing these graphene-containing particles as self-assembling, cell-like structures that can be detected with a magnet and by using hot or cold water. She demonstrates using an empty cup to show that the graphene is outside the capsule in kidney transplant medication. The medication is described as black, with the black being graphene, not the powder. She removes the powder from the capsule and drinks the powder, discarding the capsule. She notes that the graphene inside this medicine can be detected by heat, saying “these you can see only with hot water because my goodness take freaking forever to melt,” and shows the powder dissolving in hot water. The speaker emphasizes that she does not take the medication herself (claims it is her husband's) and asserts that the graphene appears as small black dots or black numbers on the medication. She urges viewers to perform the test themselves, stating that the powder takes about four to thirty minutes to melt, and she will not perform the test herself. She cautions that any product with black ink should be suspicious and expresses that she has not used makeup for about ten years. She mentions friends who continue to use makeup that shows graphene upon testing and states that they still use it despite her warnings. Testing protocol is explained: cold tap water is used for some tests, while hot water is required for others to reveal graphene. She tests multiple brands, including Charlotte Tilbury, Yves Saint Laurent, and Clinique, noting which products dissolve or reveal graphene under different conditions (cold vs. hot water). She shows a “trick” for powders where the particles must float to be visible; if they sink, they do not reveal graphene easily. She demonstrates with various products from those brands and observes the particles moving or settling, sometimes requiring longer waiting times for the dissolve, especially with certain powders that are drier or older. The speaker comments on the difficulty of testing some powders that dissolve slowly in hot water and notes the visibility of graphene in a dry powder during slow-motion testing. She points to a concealer powder from Charlotte Tilbury that is difficult to observe initially but becomes visible with patience, and she demonstrates with a Clinique product that is “very sensitive eyes.” Returning to makeup as an example, she shows that a mascara test reveals a large graphene blob in the makeup when tested, asserting the mascara’s graphene presence across the entire product. She demonstrates a substantial blob of graphene in the mascara and indicates that the graphene can travel to the eye. She also tests her medication again, explaining that a single drop or a few drops are insufficient to clearly show graphene movement, and she will reattach or extract more from the bottle to illustrate the presence of graphene. She concludes by urging viewers not to buy the “scrap” makeup and to choose unknown or smaller brands that may have less graphene content, encouraging verification of claims. She signs off with “See you, bye.”

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.

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 this video, we see a demonstration of using a syringe to harness plasma. The speaker then points out the architecture of the old world, including domes and large antennas, which were used to capture free energy from the ether above.

In this video, we explore the art of geopolymer, which was used to create astonishing works of art in the dark ages. Geopolymer is the technique of casting artificial stone, and it can be recreated today. By using 3D printers to create molds, geopolymer blocks can be made, allowing for easier construction that can last for hundreds or even thousands of years. This raises questions about whether ancient civilizations used geopolymer casting to create structures worldwide, and challenges the truth we've been told about our ancestors.

In the conversation, the interviewee describes finding intriguing material in his girlfriend’s aunt’s flat during a search. Among items, he recalls an Excel spreadsheet titled non terrestrial officers. He explains that his search terms included UFOs, ET, terrestrial, and anything spacecraft, noting the document might not use those words in the title. The spreadsheet reportedly listed ship names, materials (with military spellings rather than civilian terminology), and transfers between ships and fleets. It also contained references to exotic chemicals, including molybdenum and other hard-to-pronounce substances. The interviewee notes that, at the time, he checked the ship names thinking they would be US Navy vessels, but found nothing that matched seagoing ships. He does not remember any individual names, only a long list with initials or surnames, and the ship names did not resemble typical navy hulls like USS Lincoln. He recalls using AltaVista rather than Google and finding no seagoing vessel matches. Regarding the chemicals, he recalls molybdenum, barium, and other exotic items, and reflects on what these imply. The discussion then shifts to related topics the researchers had explored later, such as biofilm brown stuff, dielectrics, and nano deposition of thin layers, with mention of materials engineered in layers thinner than a human hair (microns or sub-micron thickness). A participant describes a sample of multilayered bismuth and magnesium, with bismuth layers thinner than a human hair, allegedly recovered from the crash retrieval of an advanced aerospace vehicle, noting there was no evidence that anyone had manufactured such a sample. The interviewee estimates the spreadsheet’s size on an old 800x600 monitor, suggesting about 24 lines and roughly 30 to 40 names overall. He admits he did download the Excel file but, when he was arrested, all data were taken to the Office of Naval Intelligence (ONI), and his hard drives remain with ONI as part of an ongoing investigation, with attempts to retrieve them blocked. The discussion broadens to historical context: the Office of Naval Intelligence is described as the oldest U.S. intelligence agency (authentically predating the CIA and OSS), with a brief mention of Thomas Townsend Brown’s work for the Navy and Harold Malmgren’s claims. Malmgren purportedly said ONI “knows the most about this issue,” and that entering that door can lead to a closed system with no exit. Another participant notes that Naval Intelligence may approach researchers with special access if they show substantial knowledge, but such access constitutes a closed system. Overall, the dialogue centers on a hidden spreadsheet linking non terrestrial officers, unusual materials, and clandestine naval intelligence dynamics, with implications of restricted access and ongoing investigations.

A Canadian company invented indestructible bricks made from 90% plastic waste. The process involves crushing plastic, mixing it with concrete, and molding it into bricks like Lego pieces. These lightweight bricks are easy to handle and assemble without tools, weighing just £5 each. Despite their lightness, they are three times sturdier than traditional bricks. Would you trust them to build your future home? Translation: A Canadian company has created unbreakable bricks made from 90% plastic waste. The process involves crushing plastic, mixing it with concrete, and molding it into bricks like Lego pieces. These lightweight bricks are easy to handle and assemble without tools, weighing just £5 each. Despite their lightness, they are three times sturdier than traditional bricks. Would you trust them to build your future home?

In this video, the speaker talks about the unusual effects of electromagnetics and electrostatic equipment. They mention objects levitating, steel bars not causing fires on wood, and metal turning to jelly. These effects have been achieved by John, who has combined radio waves and electrical energy in a unique way. If proven, this discovery could revolutionize energy production and rewrite science textbooks. However, there are concerns about its potential misuse by the military. The speaker hopes that this technology can be used to help nature and reduce pollution instead of being used for warfare.

This is aerogel, a solid material that is mostly air. It is known for being an excellent insulator. In a test, hot lava was poured on the aerogel, and it was found that the aerogel protected the person from the heat. Even though the lava was still very hot, the person could touch and hold the aerogel without getting burned. This is because aerogel does not transfer heat quickly.

Ferrofluid, invented by NASA for space, behaves uniquely in the presence of strong magnetic fields. It forms spikes that defy gravity, thanks to a powerful neodymium magnet placed underneath. While handling ferrofluid, safety precautions are essential, as it can irritate skin and eyes. The spikes are formed due to the magnetic attraction of magnetite particles suspended in the fluid, influenced by surface tension. This allows for a more ordered spike formation compared to iron filings. Despite containing solid particles, ferrofluid remains a liquid, with the magnetite aligning with magnetic field lines. The spikes are soft and can be easily moved. The video concludes with a demonstration of magnetic putty, showcasing its organic movement near the magnet.

Uranium glass, also known as Vaseline or baseline glass, contains uranium dioxide and glows under fluorescent light. This unique glass was used in the past, incorporating alchemy to create different compositions. The presence of uranium in the glass raises questions about its potential to create energy through resonance or frequency, similar to radium in old-world fireplaces. Researching baseline glass and its history can provide insight into these intriguing possibilities.

In this video, the speaker demonstrates various experiments in a vacuum chamber to show the effects of atmospheric pressure on different substances. They first use a feather to show that it remains stationary in a low-pressure environment, simulating the conditions on Mars. They then try to ignite gunpowder and rocket candy, but both fail to burn in the vacuum. Finally, they test acetone peroxide, which also does not ignite. These experiments highlight the inability of combustion to occur in a vacuum.

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."

In this video, the speaker discusses two topics related to the old world. The first topic is the superconductor LK 99, which has the ability to harness levitation. The speaker mentions that throughout history, there have been stories and myths about levitation and buildings created with levitation. The second topic is electric cement, which can be used to electrify buildings wirelessly. The speaker finds it interesting that these scientific advancements align with the concept of the old world and wonders if there is a connection. The speaker also mentions the loss of technology and patents in the past. The video concludes with the speaker showcasing a collection of unique bridges.

This video from La Quinta Columna in Spain shows a dentist demonstrating the magnet thermal technique to remove graphene oxide from dental anesthetics. By heating the product and running a magnet down the vial, the graphene oxide separates. After loading the needle and syringe, only 3 cc's are extracted, leaving the vial nearly empty. Testing shows a clear absence of graphene oxide in the extracted solution. It is advised to ensure this technique is used for dental anesthetics and injectables to eliminate graphene oxide.