Will Aliens Give us a One World Government?

By now many have considered the possibility that fake aliens could be used, as perhaps fake terrorists have been, by a group seeking to rule the world.

See theupliftingcrane

Dr. Carol Rosin the former spokesperson for the late Wernher Von Braun an ex-Nazi who played an instrumental role in the NASA space program, says a false flag alien attack is a distinct possibility. In fact Von Braun told her shortly before his death (1977) that the first threat would be communism, than terrorism, than giant killer asteroids and finally space aliens. The only thing is that all of these threats would be lies and used as an excuse to consolidate power and militarize space.

Ancient aliens found living beneath the icy surface of Antarctic lake

This week a pioneering study published in the Proceedings of the National Academy of Sciences (PNAS) and co-authored by Dr. Alison Murray and Dr. Christian Fritsen of Nevada’s Desert Research Institute (DRI) reveals, for the first time, a viable community of bacteria that survives and ekes out a living in a dark, salty and subfreezing environment beneath nearly 20 meters of ice in one of Antarctica’s most isolated lakes.

Lake Vida, the largest of several unique lakes found in the McMurdo Dry Valleys, contains no oxygen, is mostly frozen and possesses the highest nitrous oxide levels of any natural water body on Earth. A briny liquid that is approximately six times saltier than seawater percolates throughout the icy environment that has an average temperature of minus 13.5 degrees centigrade (or 8 degrees Fahrenheit).

“This study provides a window into one of the most unique ecosystems on Earth,” said Murray, the report’s lead author, and molecular microbial ecologist and polar researcher for the past 17 years, who has participated in 14 expeditions to the Southern Ocean and Antarctic continent. “Our knowledge of geochemical and microbial processes in lightless icy environments, especially at subzero temperatures, has been mostly unknown up until now. This work expands our understanding of the types of life that can survive in these isolated, cryoecosystems and how different strategies may be used to exist in such challenging environments.”

Despite the very cold, dark and isolated nature of the habitat, the report finds that the brine harbors a surprisingly diverse and abundant assemblage of bacteria that survive without a present-day source of energy from the sun. Previous studies of Lake Vida dating back to 1996 indicate that the brine and its’ inhabitants have been isolated from outside influences for more than 3,000 years.

Murray and her co-authors and collaborators, including the project’s principal investigator Dr. Peter Doran of the University of Illinois at Chicago, developed stringent protocols and specialized equipment for their 2005 and 2010 field campaigns to sample the lake brine while avoiding contaminating the pristine ecosystem.

To sample the unique environment researchers worked under secure, sterile tents on the lake’s surface to keep the site and equipment clean as they drilled ice cores, collected samples of the salty brine residing in the lake ice and then assessed the chemical qualities of the water and its potential for harboring and sustaining life, in addition to describing the diversity of the organisms detected.

Geochemical analyses suggest that chemical reactions between the brine and the underlying iron-rich sediments generate nitrous oxide and molecular hydrogen. The latter, in part, may provide the energy needed to support the brine’s diverse microbial life.

“It’s plausible that a life-supporting energy source exists solely from the chemical reaction between anoxic salt water and the rock,” explained Fritsen, a systems microbial ecologist and Research Professor in DRI’s Division of Earth and Ecosystem Sciences.

“If that’s the case,” echoed Murray. “This gives us an entirely new framework for thinking of how life can be supported in cryoecosystems on earth and in other icy worlds of the universe.”

Murray added further research is currently under way to analyze the abiotic, chemical interactions between the Lake Vida brine and the sediment, in addition to investigating the microbial community by using different genome sequencing approaches. The results could help explain the potential for life in other salty, cryogenic environments beyond Earth.

The Lake Vida brine also represents a cryoecosystem that is a suitable and accessible analog for the soils, sediments, wetlands, and lakes underlying the Antarctic ice sheet that other polar researchers are just now beginning to explore.

via Ancient microbes found living beneath the icy surface of Antarctic lake.

Since I think bacteria are the seeds of ancient aliens programmed to survive in almost any conditions to spread throughout the universe, I changed the title from ancient microbes to ancient aliens.

The Birth of the New, The Rewiring of the Old

… In 1988, Richard Lenski, an evolutionary biologist now at Michigan State University, launched the longest running experiment on natural selection. It started with a single microbe–E. coli–which Lenski used to seed twelve genetically identical lines of bacteria. He placed each line in a separate flask, which he provisioned with a scant supply of glucose. The bacteria ate up the sugar in a few hours. The next day, he took a droplet of microbial broth from each flask and let it tumble into a new one, complete with a fresh supply of food. The bacteria boomed again, then starved again, and then were transferred again to a new home. Lenski and his colleagues have repeated this procedure every day for the past 24 years, rearing over 55,000 generations of bacteria.

I first reported on Lenski’s experiment 12 years ago, and since then I’ve revisited it every few years. The bacteria have been evolving in all sorts of interesting ways, and Lenski has been able to reconstruct the history of that evolution in great detail, thanks to a frozen fossil record. Every 500 generations Lenski and his students sock away some bacteria from each flask in a freezer. They can thaw out these ancestors whenever they wish and compare them to their youngest descendants. Biotechnology has improved drastically since 1988, giving Lenski an increasingly powerful evolutionary microscope. When he started out, it could take months to identify just one of the many mutations that arose in each lineage. These days, he and his colleagues can sequence an entire E. coli genome for a few hundred dollars and find every single new mutation in its DNA.

Four years ago, I wrote here about one particularly fascinating episode in the evolution going on in Lenski’s lab. It started in 2003, when the scientists there noticed something odd in one of the 12 flasks. It had become much more cloudy than the others. In a microbiology lab, that’s a sure-fire sign that the bacteria in a flask have experienced a population explosion.

At first the team suspected that some other species of bacteria had slipped into the flask and was breeding quickly. But they found that the flask was packed with E. coli—descendants of the original ancestor that Lenski had used to start the entire experiment. Somehow the bacteria in this one flask had evolved a way to grow much faster than the other bacteria.

The scientists determined that the bacteria had made a drastic switch: from feeding on the glucose to another compound, called citrate. Citrate is an ingredient in the broth where Lenski’s E. coli grows. It’s not food; instead, it helps keep the minerals in the broth in the right balance for E. coli to grow.

To a microbiologist, the emergence of E. coli that can eat citrate in a lab is deeply weird. E. coli typically can’t feed on citrate in the presence of oxygen. Some strains of E. coli can draw in citrate, but only if there’s no oxygen around. To make the reaction work, they have to pump out another compound called succinate at the same time. The ability of E. coli to feed on citrate in the presence of oxygen is extremely rare; it occurs when E. coli picks up the necessary genes from other species. In its normal environment (inside us), natural selection must not favor these mutants. Scientists have been studying E. coli in labs for over a century, making it the most intensely studied species, on Earth (as I explain in my book Microcosm). But in all that time, there has been only a single report of a citrate-feeding E. coli in a lab, back in 1982.

The inability of E. coli to grow on citrate is so stark, in fact, that microbiologists use it as a way to tell whether bacteria they come across are E. coli or not. It was thus a surprise to Lenski and his students to find a flask of E. coli suddenly feeding on citrate. The bacteria had not picked up the genes from another species. Instead, their new ability must have evolved after Lenski started his experiment with a single E. coli. This was not simply a case of natural selection enabling a species to do something better. This was a case of doing something new.

Zachary Blount–then a graduate student in Lenski’s lab and now a post-doctoral researcher there–led the investigation into this strange new development. Blount and his colleagues took away the glucose and found that the E. coli could thrive on citrate alone. They then defrosted the bacteria’s ancestors and fed them citrate to figure out when they acquired the ability. They found that a tiny fraction of the bacteria around generation 31,000 were able to grow very slowly on the citrate. Over a couple thousand generations, they got better at growing on citrate–so good, eventually, that they took over the flask and turned it cloudy.

Blount and Lenski first reported the evolution of the citrate-eaters in 2008. Now, after another four years of painstaking research, they’re back with a new paper that details what happened down at the molecular level. It’s a fascinating look at how new traits evolve by duplicating and recycling old parts. …

Read More: The Birth of the New, The Rewiring of the Old | The Loom | Discover Magazine.

Bacteria are super advanced probes from space aliens.

New Research Suggests Bacteria Are Social Microorganisms

New research from the Massachusetts Institute of Technology reveals that some unlikely subjects–bacteria–can have social structures similar to plants and animals.

The research shows that a few individuals in groups of closely related bacteria have the ability to produce chemical compounds that kill or slow the growth of other populations of bacteria in the environment, but not harm their own.

Published in the September 7 issue of the journal Science, the finding suggests that bacteria in the environment can play different social roles and that competition occurs not only among individual bacteria, but also among coexisting ecological populations.

The National Science Foundation, an independent federal agency that supports fundamental research and education across all fields of science and engineering, funded the research.

“Bacteria typically have been considered purely selfish organisms and bacterial populations as groups of clones,” said Otto Cordero, a theoretical biologist and lead researcher on the paper. “This result contrasts with what we know about animal and plant populations, in which individuals can divide labors, perform different complementary roles and act synergistically.”

Cordero and colleagues from MIT, along with researchers from the French Research Institute for Exploitation of the Sea and Woods Hole Oceanographic Institution in Massachusetts, studied whether population-level organization exists for bacteria in the wild.

They reasoned social structure can reduce conflict within populations of plants and animals and determine aggression towards competing biological populations. “Think of a population of lions in the Serengeti or a population of fish in a lake,” said Cordero. But could the same be true for populations of bacteria?

“It is difficult to know what the environmental interactions really are, because microbes are too small for us to observe them in action,” said Martin Polz, an organismic and evolutionary biologist at MIT and principal investigator for the Polz Microbial Ecology and Evolution Lab. “But our research provides strong evidence that antibiotics play a role in fending off competitors.”

The researchers found evidence by looking at direct, aggressive competition between ecological populations of bacteria. They reconstructed a large network of bacterial fights–or antibiotic-mediated interactions–between bacteria from the ocean.

The scientists analyzed interactions called interference competitions, wherein bacteria produce antibiotics as a means of chemical warfare, to gain a competitive edge by directly hindering the survival of potential competitors.

This typically occurs when bacteria compete for the same portion of habitat. …

via nsf.gov – National Science Foundation (NSF) News – New Research Suggests Bacteria Are Social Microorganisms – US National Science Foundation (NSF).

I happen to think that bacteria are aliens from space.

National Geographic — Brazilian Alien Sighting

This is so weird. National Geographic gets into the alien business?

National Geographic interviews three primary witnesses who saw an alien around 3 PM, in January 2006. They say it was not a good experience at all. If they had a choice, they would not go through it again.

NatGeo has an interesting animation of a creature but was the CG approved by the witnesses?  It doesn’t seem like it.

“It was  like a little person with no hair whatsoever, red eyes, and three horns.”

Video HERE. | Video — Brazilian Alien Sighting — National Geographic.

Terrible investigation. Where are the sketches from each of the girls? Separate them and have each one describe it. Is the CG alien in the NatGeo video the result of that? Seems not.  Why is the alien blue skinned in the CG?

Perhaps the girls are just playing a joke.

Case Brandon CIA Agent Interview About Roswell on Coast to Coast

… Chase Brandon interview in full right here (begins at 38:20)…

 

Sci-Fi Experiment Dominion: Dinosaurs vs. Aliens Is Far Smarter Than You Think

Tackling stimulating subjects like mass extinction and resource wars with nary a human character in sight, Grant Morrison and Barry Sonnenfeld’s Dominion: Dinosaurs vs. Aliens is a cerebral sci-fi experiment that’s far more ambitious than it sounds.In other words, the cross-platform project — with comics, motion comics and a movie trilogy in the works — is the opposite of what its sensational title implies.

Sonnenfeld, whose kinetic cinematography for Coen brothers classics like Raising Arizona and Miller’s Crossing, executive production of cult TV standout The Tick and helming of oddball film franchises like The Addams Family and Men in Black have carved him a Hollywood niche matched in peculiarity by Tim Burton and only a few others, said Morrison’s done wonders working with the project’s giant reptiles.

“It is amazing how he has created specific characters, emotion and culture for the dinosaurs, without using dialog,” Sonnenfeld told Wired.

Rather than simply a Cretaceous showdown of spectacular conflict between two expendable entertainment standbys, Dinosaurs vs. Aliens serves as a philosophical treatise on manifest destiny, genocide and indigenous revolt. Instead of another popcorny blockbuster thrown onto Hollywood’s disposable entertainment pile, it’s a pointed critique of overreaching civilization at the edge of oblivion.

But that’s what you should expect from outliers like Sonnenfeld and Morrison, whose exemplary work on comics — from the obscure Animal Man, Doom Patrol to the established Superman, Batman, Justice League, X-Men — have redefined the form. The pair’s work in comics, film and television typically drags what pop culture considers “normal” through the looking glass and into the engrossing zone. …

via Sci-Fi Experiment Dominion: Dinosaurs vs. Aliens Is Far Smarter Than You Think | Underwire | Wired.com.

Evidence for ancient life on Mars could be just below surface, new study finds

… researchers report that the chances of finding organic molecules roughly 0.8 inches (2 centimeters) below the surface are close to zero. The top layer of the Martian surface has absorbed so much cosmic radiation over the past billion years that all organic material is likely to have been destroyed, the scientists said. Past rovers on Mars collected and analyzed only loose soil from the topmost layer of the Martian surface. …

Yet only inches deeper — within reach of Curiosity — simple organic molecules could still exist, the researchers said.

Even if Curiosity detected these molecules, the discovery wouldn’t necessarily mean ancient life existed on Mars. Simple organic molecules could have originated from other sources, such as meteors and interplanetary dust particles, the researchers said.

Complex organic molecules, such as those made up of 10 or more carbon atoms, would be more reliable indicators of past life on the planet, since they could closely resemble building blocks of life as we know it. These structures, however, would be much harder to find, and they would have been more vulnerable to the radiation that mercilessly bombards the Red Planet. …

via Evidence for ancient life on Mars could be just below surface, new study finds (+video) – CSMonitor.com.

That’s just part of a rock, not a Martian bigfoot.

Two-Thirds of Americans Think Barack Obama Is Better Suited to Handle an Alien Invasion

According to a new U.S. extraterrestrial survey from National Geographic Channel (NGC), more than 80 million Americans are certain that UFOs exist. In fact, many believe in tangible proof that aliens have landed on Earth and think that government officials are involved in covering up paranormal activities. Moreover, most citizens would not mind a minor alien invasion, because they expect these space-age visitors to be friendly—like the lovable character depicted in Steven Spielberg’s popular film “E.T.”

Survey results also reveal that more than one-third (36%) of Americans believe UFOs exist. More than one in 10 (11%) are confident that they have spotted a UFO, and one in five (20%) know someone who claims to have seen one.

- Despite the popularity of “Avengers” and “Twilight,” more than seven in 10 (71%) Americans think that aliens are more likely to exist than are superheroes, vampires and zombies. Furthermore, if aliens attacked our planet, more than one in five (21%) would most likely call on the Hulk to deal with the havoc. Far fewer would most trust Batman (12%) or Spiderman (8%) to step in.

- In regards to national security, nearly two-thirds (65%) of Americans think Barack Obama would be better suited than fellow presidential candidate Mitt Romney to handle an alien invasion. In fact, more than two in three (68%) women say that Obama would be more adept at dealing with an alien invasion than Romney, vs. 61 percent of men. And more younger citizens, ages 18 to 64 years, than those aged 65+ (68% vs. 50%) think Romney would not be as well-suited as Obama to handle an alien invasion.

via Two-Thirds of Americans Think Barack Obama Is Better Suited to Handle an Alien… — WASHINGTON, June 27, 2012 /PRNewswire-USNewswire/ –.

MAXIMUM FALSE FLAG ALERT: Nobel winner economist says Alien Invasion Defense will Save Economy

Nobel laureate economist Paul Krugman repeated his assertion this week that the United States could benefit economically if the government began pouring money into anti-ET defense in preparation for a possible alien invasion of Earth.

Even a faked war of the worlds scare might help, he suggested.

The Huffington Post reached out to some experts who share an intense interest in the idea that earthlings are not the only intelligent game in town — or space.

We asked, If there were an ET threat and if the U.S. government were to suddenly rechannel its budgets into preparing an anti-alien defense, would that ultimately save our economy? Their responses varied, ranging from skepticism to enthusiasm.

via Paul Krugman’s Alien Invasion Defense Idea To Save Economy Gets Brickbats, Bouquets From Experts.

Yes, yes its all very simple. With their UFO technology, the US will stage an Alien invasion. They will use concentrated Gamma rays to internally combust humans at such strengths that one second you’re standing there and next thing you’re a puff of dust in the wind. They will wipe out most of the human race and then pretend to beat the so called Aliens and claim victory. – anonymousCoward, GodlikeProductions

Ah, so the crop circles were just target practice.

Or perhaps the real aliens will attack during the planned fake alien invasion. Just remember the lesson of the Wizard of Oz. If the invasion happens, keep cool and look behind the curtain.