Age of Aquarius meditation was very successful and we have reached the critical mass, albeit barely. Around 150,000 people were actively participating:https://www.youtube.com/watch?v=33Yb3_60gwE&feature=youtu.beThis was just enough to push us over ...
Tag: broken (page 1 of 5)
Irwin Ozborne, ContributorThanksgiving: Celebrating all that we have, and the genocide it took to get it.Thanksgiving is one of the most paradoxical times of the year. We gather together with friends and family in celebration of all that we are thankful for and express our gratitude, at the same time we are encouraged to eat in excess. But the irony really starts the next day on Black Friday. On Thursday we appreciate all the simple things in life, such as having a meal, a roof over [...]
Vic Bishop, Staff WriterIt’s not too often that you see the mainstream be honest about what it is that makes themmainstream. Media is big money and has significant influence in our lives, and at present a mere 6 corporations own 90% of all the mediathat makes it into your mediasphere. Voices critical of this power structure are rarely heard on the big networks, however, sometimes the truth gets through.Take this eye-opening cartoon for example.In 1998, cartoonist Robert Sm [...]
Free the Colonies! activation is coming soon. In order for people to have more understanding about the situation in our Solar System, I will explain a few things about various breakaway civilizations and their space programs.
In late Atlantean times, both Light and dark forces were openly present on the surface of the planet. When this planet was occupied by the Chimera and the Archons 26,000 years ago, all other interest groups with any significant power were forced to leave the surface and literally go underground.
The Light forces have then built their own network of underground cities and this network was holding the Light for the planet in the last 26,000 years. In various modern intel sources, this network is called the Agartha network, the Shamballa, the underground kingdom of Light…
The dark forces have also built their own network of underground dwellings and they have allied with Dracos and Reptilians already living in certain locations underground. They have been keeping the darkness for this planet in the last 26,000 years. Various modern sources were calling this network Shamballa, the Agartha network, the Naga kingdom, the Patala… So if anybody speaks about the Agartha network, you need to discern clearly which network they are referring to.
Throughout the course of the last 26,000 years, many of the most advanced members of various surface civilizations have broken away from their societies and joined the underground positive Agartha network. Among them were paleolithic Gravettian shamen, Egyptian high priests, Minoan Goddess worshipers, Greek Pythagorean disciples (forming Hav-musuv breakaway society under Death Valley in California), Roman Auguri, Maya, Inca and Hopi groups, 17th century German explorers in South America, the Marconi/Fulcanelli group in the 20th century…
The positive Agartha network had their own space program with fleet of flying disks, traveling throughout the Solar System and beyond, contacting other positive extraterrestrial races. Their freedom of movement through the Solar System was severely limited due to Chimera-imposed quarantine status of this Solar System and planet Earth especially.
In the beginning of the 20th century, the positive Pleiadians from Aldebaran have decided to assist humanity in achieving spaceflight and overunity in order to help them set free from Chimera and Cabal control. By telepathic contact through Marija Orsic of the famous Vril Society they have given instructions how to build a working spacecraft. Unfortunately, the Vril Society was taken over first by the Jesuits through their Rothschild agent Adolf Schicklgruber (Hitler) and later directly by the Chimera through their agent Karl Haushofer. Here it is interesting to note that the original positive Vril Society was financed by the Esterhazy family, which is a positive White Nobility Templar family from Hungary that claims its origin from the Sirius star system. Although the original Vril project of the Light forces has failed short-term, in long term it has given enough technological knowledge to humanity that we will now be able to defeat the Chimera.
The Chimera controlled the development of the German Nazi secret space program that went into two directions.
The more secret part of the German space program was led by Hans Kammler. Kammler was cooperating with the Green Men (an underground Draco breakaway civilization). Under Kammler, the Nazis have built a network of underground tunnels and bases in Greenland, Argentina and Antarctica. They have further expanded their territory by building colonies on the Moon, Mars and asteroids. Pumped with Nazi supremacy ideology, they foolishly believed that they can challenge the Dark Fleet (Orion/Draco/Reptilian interstellar complex). In severe battles during mid-1950s, all Nazi space colonies were completely wiped out from this Solar System by the Draco/Reptilian fleet.
The official Nazi space program was developed by Wernher von Braun. He was later paperclipped into the US along with many other scientists and absorbed into the US military-industrial complex. They have developed both the official NASA space program front and the more secret Solar Warden program (from more military faction of the Cabal) and Corporate space program (from more corporate faction of the Cabal), together with deep underground military bases. Both Solar Warden and the Corporate space programs were interconnected, but deeply compartmentalized. At the top, they were guided by the Unholy Four (Kissinger, Bush, Cheney, Rumsfeld).
In 2012, the Light Forces have cleared all those secrets space programs, along with all deep underground military bases such as Dulce, Area 51 and Pine Gap. Most of the top brass in these space programs was taken to the Galactic Central Sun as they have committed grave crimes and were unwilling to accept the Light. Most of the supersoldiers participating in these programs were good people that genuinely believed they are defending the Earth against the alien threat. The vast majority of them have joined the positive Alliance fleet in this Solar System and are now assisting in MOSS.
Now they will assist in the final operations to liberate our Solar System from last vestiges of darkness, the Chimera bases and implant stations.
The completion of these operations will have extremely beneficial impact on the geopolitical situation. Therefore I would ask as many people as possible to support the operations by meditating on May 30th to ensure that the whole process will take place as peacefully and as harmoniously as possible:
The Youtube videos for this activation have been prepared in 23 languages.
English:
German:
Dutch:
Danish:
Italian:
Spanish:
Portuguese:
Romanian:
Hungarian:
Russian:
https://www.youtube.com/watch?v=j7ZVuxEfnVs
Czech:
https://www.youtube.com/watch?v=jWMdIgoDbqw
Polish:
https://www.youtube.com/watch?v=j7ZVuxEfnVs
Czech:
https://www.youtube.com/watch?v=jWMdIgoDbqw
Polish:
Croatian:
Slovenian:
https://www.youtube.com/watch?v=10rFTtzLg2A
Hebrew:
https://www.youtube.com/watch?v=_iuc1rIaPU8
Turkish:
https://www.youtube.com/watch?v=muLkxtO7kLI
Farsi:
https://www.youtube.com/watch?v=qxyFBScEgcg
Arabic:
https://www.youtube.com/watch?v=uvdtM_7TxM8
Japanese:
https://www.youtube.com/watch?v=10rFTtzLg2A
Hebrew:
https://www.youtube.com/watch?v=_iuc1rIaPU8
Turkish:
https://www.youtube.com/watch?v=muLkxtO7kLI
Farsi:
https://www.youtube.com/watch?v=qxyFBScEgcg
Arabic:
https://www.youtube.com/watch?v=uvdtM_7TxM8
Japanese:
Chinese (traditional):
Chinese (simplified):
Translation into other languages, especially Hindi, Bengali and Punjabi is still needed so more videos can be made. Please send your translations of the Free the Colonies! text toparlagisas777@gmail.com.
The Breakthrough for our Solar System is here, Earth comes next!
Bonnie Camo, MD, GuestIn the event of a natural or man-made disaster, you may be cut off from medical aid. One of the most important things to have on hand will be a homeopathy emergency survival kit. Homeopathy is cheap, effective, and has no side effects. This medical science uses natural substances to stimulate the body to heal itself. Most homeopathic remedies are made from herbs and minerals, and they are based on the principle discovered over 200 years ago in Germany by Dr. Sam [...]
Oil from a broken pipeline coats miles of the Pacific Ocean and shoreline near Goleta, Calif., May 20, 2015, after a 24-inch underground pipeline broke May 19th and leaked into a culvert leading to the ocean. Houston-based Plains All American Pipeline said an thousands of gallons of oil were released before the pipeline was shut down. Photos by Jonathan Alcorn/Greenpeace. Steve Horn, DeSmog BlogUp to 105,000 gallons of oil obtained via offshore drilling have spilled from a p [...]
Excerpt from huffingtonpost.com When I was in kindergarten, a boy in my class tossed my favorite book over our elementary school fence. I remember crying profusely, not because I was sad to see it go, but because I was so furious that he was s...
Excerpt from cbsnews.comALT LAKE CITY -- Police responding to a report from a fisherman about an overturned car in an icy Utah river were stunned to discover an 18-month-old girl dangling in a car seat inside, unconscious but alive. The officers also ...
(Reuters) - A 2.8-million-year-old jawbone fossil with five intact teeth unearthed in an Ethiopian desert is pushing back the dawn of humankind by about half a million years.Scientists said on Wednesday the fossil represents the oldest known repres...
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| The oldest samples are sedimentary rocks that formed 3.2 billion years ago in northwestern Australia. They contain chemical evidence for nitrogen fixation by microbes.R. Buick / UW |
Excerpt from
washington.edu
A spark from a lightning bolt, interstellar dust, or a subsea volcano could have triggered the very first life on Earth.
But what happened next? Life can exist without oxygen, but without plentiful nitrogen to build genes – essential to viruses, bacteria and all other organisms – life on the early Earth would have been scarce.
The ability to use atmospheric nitrogen to support more widespread life was thought to have appeared roughly 2 billion years ago. Now research from the University of Washington looking at some of the planet’s oldest rocks finds evidence that 3.2 billion years ago, life was already pulling nitrogen out of the air and converting it into a form that could support larger communities.
“People always had the idea that the really ancient biosphere was just tenuously clinging on to this inhospitable planet, and it wasn’t until the emergence of nitrogen fixation that suddenly the biosphere become large and robust and diverse,” said co-author Roger Buick, a UW professor of Earth and space sciences. “Our work shows that there was no nitrogen crisis on the early Earth, and therefore it could have supported a fairly large and diverse biosphere.”
The results were published Feb. 16 in Nature.
The authors analyzed 52 samples ranging in age from 2.75 to 3.2 billion years old, collected in South Africa and northwestern Australia. These are some of the oldest and best-preserved rocks on the planet. The rocks were formed from sediment deposited on continental margins, so are free of chemical irregularities that would occur near a subsea volcano. They also formed before the atmosphere gained oxygen, roughly 2.3 to 2.4 billion years ago, and so preserve chemical clues that have disappeared in modern rocks.
Even the oldest samples, 3.2 billion years old – three-quarters of the way back to the birth of the planet – showed chemical evidence that life was pulling nitrogen out of the air. The ratio of heavier to lighter nitrogen atoms fits the pattern of nitrogen-fixing enzymes contained in single-celled organisms, and does not match any chemical reactions that occur in the absence of life.
“Imagining that this really complicated process is so old, and has operated in the same way for 3.2 billion years, I think is fascinating,” said lead author Eva Stüeken, who did the work as part of her UW doctoral research. “It suggests that these really complicated enzymes apparently formed really early, so maybe it’s not so difficult for these enzymes to evolve.”
Genetic analysis of nitrogen-fixing enzymes have placed their origin at between 1.5 and 2.2 billion years ago.
“This is hard evidence that pushes it back a further billion years,” Buick said.
Fixing nitrogen means breaking a tenacious triple bond that holds nitrogen atoms in pairs in the atmosphere and joining a single nitrogen to a molecule that is easier for living things to use. The chemical signature of the rocks suggests that nitrogen was being broken by an enzyme based on molybdenum, the most common of the three types of nitrogen-fixing enzymes that exist now.
Molybdenum is now abundant because oxygen reacts with rocks to wash it into the ocean, but its source on the ancient Earth – before the atmosphere contained oxygen to weather rocks – is more mysterious.
The authors hypothesize that this may be further evidence that some early life may have existed in single-celled layers on land, exhaling small amounts of oxygen that reacted with the rock to release molybdenum to the water.
“We’ll never find any direct evidence of land scum one cell thick, but this might be giving us indirect evidence that the land was inhabited,” Buick said. “Microbes could have crawled out of the ocean and lived in a slime layer on the rocks on land, even before 3.2 billion years ago.”
Future work will look at what else could have limited the growth of life on the early Earth. Stüeken has begun a UW postdoctoral position funded by NASA to look at trace metals such as zinc, copper and cobalt to see if one of them controlled the growth of ancient life.
Other co-authors are Bradley Guy at the University of Johannesburg in South Africa, who provided some samples from gold mines, and UW graduate student Matthew Koehler. The research was funded by NASA, the UW’s Virtual Planetary Laboratory, the Geological Society of America and the Agouron Institute.
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| Graphene |
Excerpt from gizmodo.com
Graphene isn't the only game-changing material to come out of a lab. From aerogels nearly as light as air to metamaterials that manipulate light, here are six supermaterials that have the potential to transform the world of the future.
Self-healing Materials — Bioinspired Plastics
Self-healing plastic. Image credit: UIUC
The human body is very good at fixing itself. The built environment is not. Scott White at the University of Illinois at Urbana Champlain has been engineering bioinspired plastics that can self-heal. Last year, White's lab created a new polymer that oozes to repair a visible hole. The polymer is embedded with a vascular system of liquids that when broken and combined, clot just like blood. While other materials have been able to heal microscopic cracks, this new one repaired a hole 4 millimeter wide with cracks radiating all around it. Not big deal for a human skin, but a pretty big deal for plastic.
Engineers have also been envisioning concrete, asphalt, and metal that can heal themselves. (Imagine a city with no more potholes!) The rub, of course, lies in making them cheap enough to actually use, which is why the first applications for self-healing materials are most likely to be in space or in remote areas on Earth.
Thermoelectric Materials — Heat Scavengers
Power blocks with thermoelectric material sued inside Alphabet Energy 's generator. Image credit: Alphabet Energy
If you've ever had a laptop burn up in your lap or touched the hot hood of car, then you've felt evidence of waste. Waste heat is the inevitable effect of running any that device that uses power. One estimate puts the amount of waste heat as two-thirds of all energy used. But what if there was a way to capture all that wasted energy? The answer to that "what if" is thermoelectric materials, which makes electricity from a temperature gradient.
Last year, California-based Alphabet Energy introduced a thermoelectric generator that plugs right into the exhaust pipe of ordinary generator, turning waste heat back into useful electricity. Alphabet Energy's generator uses a relatively cheap and naturally occurring thermoelectric material called tetrahedrite. Alphabet Energy says tetrahedrite can reach 5 to 10 percent efficiency.
Back in the lab, scientists have also been tinkering with another promising and possibly even more efficient thermoelectric material called skutterudite, which is a type of mineral that contains cobalt. Thermoelectric materials have already had niche applications—like on spacecraft—but skutterudite could get cheap and efficient enough to be wrapped around the exhaust pipes of cars or fridges or any other power-hogging machine you can think of. [Nature, MIT Technology Review, New Scientist]
Perovskites — Cheap Solar Cells
Solar cells made of perovskites. Image credit: University of Oxford
The biggest hurdle in moving toward renewable energy is, as these things always are, money. Solar power is getting ever cheaper, but making a plant's worth of solar cells from crystalline silicon is still an expensive, energy-intensive process. There's an alternative material that has the solar world buzzing though, and that's perovskites.
Perovskites were first discovered over a century ago, but scientists are only just realizing its potential. In 2009, solar cells made from perovskites had a solar energy conversion efficiency of a measly 3.8 percent. In 2014, the number had leapt to 19.3 percent. That may not seem like much compared to traditional crystalline silicon cells with efficiencies hovering around 20 percent, but there's two other crucial points to consider: 1) perovskites have made such leaps and bounds in efficiency in just a few years that scientist think it can get even better and 2) perovskites are much, much cheaper.
Perovskites are a class of materials defined by a particular crystalline structure. They can contain any number of elements, usually lead and tin for perovskites used in solar cells. These raw materials are cheap compared to crystalline silicon, and they can be sprayed onto glass rather than meticulously assembled in clean rooms. Oxford Photovoltaics is one of the leading companies trying to commercialize perovskites, which as wonderful as they have been in the lab, still do need to hold up in the real world. [WSJ, IEEE Spectrum, Chemical & Engineering News, Nature Materials]
Aerogels — Superlight and Strong
Image credit: NASA
Aerogels look like they should not be real. Although ghostly and ethereal, they can easily withstand the heat of a blowtorch and the weight of a car. The material is almost what exactly the name implies: gels where where the liquid has been replaced entirely by air. But you can see why it's also been called "frozen smoke" or "blue smoke." The actual matrix of an aerogel can be made of any number of substances, including silica, metal oxides, and, yes, also graphene. But the fact that aerogel is actually mostly made of air means that it's an excellent insulator (see: blowtorch). Its structure also makes it incredibly strong (see: car).
Aerogels do have one fatal flaw though: brittleness, especially when made from silica. But NASA scientists have been experimenting with flexible aerogels made of polymers to use insulators for spacecraft burning through the atmosphere. Mixing other compounds into even silica-based aerogels could make them more flexible. Add that to aerogel's lightness, strength, and insulating qualities, and that's one incredible material. [New Scientist, Gizmodo]
Metamaterials — Light Manipulators
If you've heard of metamaterials, you likely heard about it in a sentence that also mentioned "Harry Potter" and "invisibility cloak." And indeed, metamaterials, whose nanostructures are design to scatter light in specific ways, could possibly one day be used to render objects invisible—though it still probably wouldn't be as magical as Harry Potter's invisibility cloak.
What's more interesting about metamaterials is that they don't just redirect visible light. Depending on how and what a particular metamaterial is made of, it can also scatter microwaves, radiowaves, or the little-known T-rays, which are between microwaves and infrared light on the electromagnetic spectrum. Any piece of electromagnetic spectrum could be manipulated by metamaterials.
That could be, for example, new T-ray scanners in medicine or security or a compact radio antennae made of metamaterials whose properties change on the fly. Metamaterials are at the promising but frustrating cusp where the theoretical possibilities are endless, but commercialization is still a long, hard road. [Nature, Discover Magazine]
Stanene — 100 percent efficient conductor
The molecular structure of stanene. Image credit: SLAC
Like the much better known graphene, stanene is also made of a single layer of atoms. But instead of carbon, stanene is made of tin, and this makes all the difference in allowing stanene to possibly do what even wondermaterial extraordinaire graphene cannot: conduct electricity with 100 percent efficiency.
Stanene was first theorized in 2013 by Stanford professor Shoucheng Zhang, whose lab specializes in, along other things, predicting the electronic properties of materials like stanene. According to their models, stanene is a topological insulator, which means its edges are a conductor and its inside is an insulator. (Think of a chocolate-covered ice cream bar. Chocolate conductor, ice cream insulator.)
This means stanene could conduct electricity with zero resistance even, crucially, at room temperature. Stanene's properties have yet to been tested experimentally—making a single-atom sheet tin is no easy task—but several of Zhang's predictions about other topological insulators have proven correct.
If the predictions about stanene bear out, it could revolutionize the microchips inside all your devices. Namely, the chips could get a lot more powerful. Silicon chips are limited by the heat created by electrons zipping around—work 'em too fast and they'll simply get too hot. Stanene, which conducts electricity 100 percent efficiency, would have no such problem. [SLAC, Physical Review Letters, Scientific American]
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