Showing posts with label Volcano. Show all posts
Showing posts with label Volcano. Show all posts

Wednesday, April 29, 2015

Google News Now Censoring Sensitive Search Queries?


In the Image just below, I made several upon several attempts of imputing the captcha, over 10 times on each change in key phrase
Normally when doing research for this blog I like to have some things in mind as I search news sites and forums. I happened upon a youtuber investigating classified information through a close military friend (unnamed but purported to be legitimate) who had high classification in rank and security in his operations at the time and has since been retired. Here's what I've discovered recently upon wanting to investigate more:

Video that Lead me to Search Key Phrases (See Down Below)



Video that I Happened On, Upon Browsing

Original Full Length Video Detailing Findings
Google News Censoring Search Queries:

(Our systems have detected unusual traffic from your computer network. This page checks to see if it's really you sending the requests, and not a robot)

Key Search Phrases + 10 attempts at captcha:

Heavenly Body Hit Earth

Comet Hit Earth

Asteroid Hit Earth

ELE Extinction Level Event Earth

Meteor Earth Extinction

There are several hundred videos you can find pointing to the late September 15th - 28th Government Suppressed Secrecy Agendas. Topics range from World Market Crashes, Martial Law, Civil War, Tsunami's, Mass Volcanic Activity, and Space Bodies Prophesied to Strike. Everything pointing to late 2014...

Wednesday, April 15, 2015

Hawaiian Protests Use of New Astronomers Telescopes Construction Development Site

""If completed, the Thirty Meter Telescope (TMT), to be built atop Hawaii’s dormant Mauna Kea volcano, will be one of the largest and most powerful telescopes in the world. According to the project’s organizers, the TMT “will enable astronomers to study objects in our own solar system and stars throughout our Milky Way and its neighboring galaxies, and forming galaxies at the very edge of the observable universe, near the beginning of time.”

It will be quite the scientific feat, and undoubtedly a boon to astronomical institutions the world over. The governments of the United States, China, Japan, India, and Canada have all contributed funds in hopes of eventually utilizing research undertaken at the TMT observatory, which is affiliated with the California Institute of Technology.

But building the TMT is proving to be a costly project—in more ways than one. The estimated bill weighs in at a whopping $1.4 billion. But for native Hawaiians, the financial costs pale in comparison to the cultural ones.

The summit of Mauna Kea is considered sacred ground by practitioners of the native Hawaiian religion, who believe it to be the otherworldly temple of Wa Akua, the creator-deity. According to a report compiled by Harvard University’s Pluralism Project, “In ancient Polynesian oral history, the summit is considered the meeting place of Earth Mother and Sky Father, parents of the entire human race.”

“It’s our garden of Eden,” an unnamed native man told researchers. “Though such an analogy defies the specificity of the place for native Hawaiians,” the Harvard authors qualify.

Dozens of demonstrators, most of them native-Hawaiian, first ascended to the TMT worksite at the end of Mar. 2015, halting preliminary construction. A number of celebrities, including those of native-Hawaiian descent like Game of Thrones’s Jason Momoa and singer Nicole Scherzinger, have since joined the effort online, posting self-portraits to Instagram with “We Are Mauna Kea” scrawled across arms and collarbones.

“Our stance is not against the science,” Lanakila Mangauil, 27, one of the Mauna Kea protesters, told The Hawaii Tribune Herald. “It’s not against the science. It’s not against the TMT itself. It’s against their choice of place.”

So what inspired this controversial “choice of place”? The short answer: convenience.

Mauna Kea is home to a larger complex of observatories—13, to be exact—operated by astronomers from roughly a dozen different countries. (Most of these were met with similar protests at the time of construction—though none as viral as the one unfolding now.) This means that TMT astronomers would have access to an abundance of scientific and technological resources. According to the University of Hawaii’s Institute for Astronomy, which also operates an observatory atop Mauna Kea, “the combined light-gathering power of the telescopes on Mauna Kea is fifteen times greater than that of the Palomar telescope in California—or many years the world’s largest—and sixty times greater than that of the Hubble Space Telescope.""

Thursday, January 22, 2015

X-ray'd Ancient Scroll Documents Blackened by Mount Vesuvius Near Pompeii Readable at Last




""The 79 A.D. eruption of Mount Vesuvius is most famous for burying Pompeii, spectacularly preserving many artifacts—and residents—in that once bustling town south of Naples. The tumbling clouds of ash also entombed the nearby resort of Herculaneum, which is filled with its own wonders. During excavations there in 1752, diggers found a villa containing bundles of rolled scrolls, carbonized by the intense heat of the pyroclastic flows and preserved under layers of cement-like rock. Further digs showed that the scrolls were part of an extensive library, earning the structure the name Villa of the Papyri.

Blackened and warped by the volcanic event, the roughly 1,800 scrolls found so far have been a challenge to read. Some could be mechanically unrolled, but hundreds remain too fragile to make the attempt, looking like nothing more than clubs of charcoal. Now, more than 200 years later, archaeologists examining two of the scrolls have found a way to peer inside them with x-rays and read text that has been lost since antiquity.



"Anybody who focuses on the ancient world is always going to be excited to get even one paragraph, one chapter, more," says Roger Macfarlane, a classicist at Brigham Young University in Utah. "The prospect of getting hundreds of books more is staggering."

Most of the scrolls that have been unwrapped so far are Epicurean philosophical texts written by Philodemus—prose and poetry that had been lost to modern scholars until the library was found. Epicurus was a Greek philosopher who developed a school of thought in the third century B.C. that promoted pleasure as the main goal of life, but in the form of living modestly, foregoing fear of the afterlife and learning about the natural world. Born in the first century B.C. in what is now Jordan, Philodemus studied at the Epicurean school in Athens and became a prominent teacher and interpreter of the philosopher's ideas.

Modern scholars debate whether the scrolls were part of Philodemus' personal collection dating to his time period, or whether they were mostly copies made in the first century A.D. Figuring out their exact origins will be no small feat—in addition to the volcano, mechanical or chemical techniques for opening the scrolls did their share of damage, sometimes breaking the delicate objects into fragments or destroying them outright. And once a page was unveiled, readability suffered.



"Ironically, when someone opened up a scroll, they would write on a separate sheet what they could read, like a facsimile, and the original ink, once exposed to air, would start to fade," says Brent Seales, a computer scientist at the University of Kentucky who specializes in digital imaging. What's more, the brute-force techniques usually left some pages stuck together, trapping hidden layers and their precious contents.

From 2007 to 2012, Seales collaborated with Daniel Delattre at the French National Center for Scientific Research in Paris on a project to scan scrolls in the collections of the Institut de France—former treasures of Napoleon Bonaparte, who received them as a gift from the King of Naples in 1802. Micro-CT scans of two rolled scrolls revealed their interior structure—a mass of delicate whorls akin to a fingerprint. From that data the team estimated that the scrolls would be between 36 and 49 feet long if they could be fully unwound. But those scans weren't sensitive enough to detect any lettering.

The trouble is that papyri at the time were written using a carbon-based ink, making it especially hard to digitally tease out the words on the carbonized scrolls. Traditional methods like CT scans blast a target with x-rays and look for patterns created as different materials absorb the radiation—this works very well when scanning for dense bone inside soft tissue (or for peering inside a famous violin), but the method fails at discerning carbon ink on blackened scrolls.



Now a team led by Vito Mocella of the Italian National Research Council has shown for the first time that it is possible to see letters in rolled scrolls using a twist on CT scanning called x-ray phase-contrast tomography, or XPCT. Mocella, Delattre and their colleagues obtained permission to take a fragment from an opened scroll and a whole rolled scroll from the Paris institute to the European Synchrotron in Grenoble. The particle collider was able to produce the high-energy beam of x-rays needed for the scans.

Rather than looking for absorption patterns, XPCT captures changes in the phase of the x-rays. The waves of x-rays move at different speeds as they pass through materials of various density. In medical imaging, rays moving through an air-filled organ like a lung travel faster then those penetrating thick muscle, creating contrast in the resulting images. Crucially, the carbon-based ink on the scrolls didn't soak into the papyrus—it sits on top of the fibers. The microscopic relief of a letter on the page proved to be just enough to create a noticeable phase contrast.""



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