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19 mile wide crater?
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  19 mile wide crater?
Posted by: The Watcher - Yesterday, 04:52 PM - Forum: Tell us about it... - Replies (2)

What exactly was going on in our Solar system 12000 years ago? We have the Comet that exploded, and now this 1000 meter wide Iron astroid. Something pretty cataclysmic was happening.


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  Arsia Mons is ERUPTING!
Posted by: Keith - 10-21-2018, 07:20 PM - Forum: Hidden Mission Review - Replies (8)

So much for the Mars is a dead planet thing...

or perhaps Quaid actually started the reactor??

either way, Arsia Mons has been erupting since about Sept 20th

So far science hasn't said doodly squat about it. Figures, seems heads are so far up asses that they can't even see the f'in Millennium Falcon sitting plainly on top of Ryugu...

ah but the images... the images do NOT lie. this thing is blowing, and continues to this very day, once the dust storm cleared there it was.
It's Real™

[Image: 44453490_1841585785891226_26198831237473...e=5C8A354D]

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  The Crabwood Glyph info: David Flynn missed!!!
Posted by: Man From Mars - 10-17-2018, 07:40 AM - Forum: It's a PLOT! - No Replies

From David Flynn's web site.

What he missed!!! Wish he was here!!!

[b]The apostle Paul expounded on the 'UNKNOWN GOD'S" altar to the Athenians[/b]
[b] on Mars Hill (Acts 17:18-19Next Paul went on to Corinth where there was an [/b]
[b]Antares aligned temple (Acts 18).[/b]

[Image: glyphp10.jpg]

[Image: crabwo10.jpg]

[b]Lets look at the 4 answers from the equations David worked out.
Antares is 26 degrees south declination Antares is in Scorpio, south of the celestial equator.

The star is alpha in Scorpius Constellation and has the name Antares.

At 16h 30m and -26 degrees 18'. (Acts 18)

[b]There are 3 Stars in the Glyph 3x26=78 78° is the slope angle of the Antares Pyramid 78÷4=19.5 the  hyperdimensional physics of Cydonia Mars[/b]

[b]Antares Pyramid  at RA 16h 30m and DECL -26 degrees 18'[/b]
[b][Image: asabov10.jpg][/b]

Glyph in full reads: 

"Beware the bearers of FALSE gifts & their BROKEN PROMISES.

Much PAIN but still time.


There is GOOD out there.


Conduit CLOSING [bell sound]"

EELRIJUE Alphabet numbers are 5-5-12-18-9-10-21-5=85

8 letters 8 numbers = 16  85x16=1360

Numbers scrambled for Antares RA1630  and my home address 1630.

5-5-12-18-9-10-21-5 you can also get 05-21-1958 out of that, my birth date scrambled.

1630xPI=5120.8 So in the glyph is the numbers for my home address and birth date.

Roswell NM 7-4-1947 Earth/Moon as viewed from Mars. On top of the Antares Pyramid. 47 years old was when I was shown the 4 living Creatures of Cydonia Mars   Revelation 4:7

[b][Image: galaxy-Earth.jpg][/b]
2006 ESA image of Cydonia Mars 

[Image: mycydonia800-X600.jpg]

Scorpius/Antares is the 33rd largest Constellation in the Heavens . 33 is the Latitude of Roswell NM

Is the numbers scrambled for the location of Antares in the Heavens Right Ascension 1630.

[b]103.6 is the Longitude of Roswell NM my name is written over the Star PI SCL 33xPI=103.6  my home address scrambled 1630 also 103.6 is twice the slope angle of the Great Pyramid 51.8x2 that's my birth date numbers scrambled 5-21-58[/b]

[b][Image: 5a969b6404600-Came-True2-1-jpg-9bd92a327...bb8d96.jpg][/b]

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  Now we're famous....
Posted by: Keith - 09-22-2018, 05:33 PM - Forum: thehiddenmission.com/KeithLaney.net Site Discussion - Replies (18)

Rational Wiki seems to like me (and us)


in my section...

 "He hosts the Hidden Mission Web Forum, which is frequented mainly by rednecks who don't believe anything that comes out of NASA, JPL, Arizona State University (whose School of Earth and Space Exploration does the data processing for LRO), and most particularly Malin Space Science Systems and its head Michael Malin. Malin enrages the HMF crowd because his company designs most of the cameras used by JPL and it's believed that he gets first dibs on tampering with all the images as he pleases."

Banana_hump Banana_hump Banana_hump

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  Mercury: ESA / JAXA bepi-columbo to heat debate @~333F
Posted by: EA - 09-19-2018, 09:53 PM - Forum: Hidden Mission Review - Replies (4)


Quote:Mean Temperature (F)


[Image: spectra_mercury.jpg?mw=600]

[Image: 01.gif]

Mercury studies reveal an intriguing target for BepiColombo
September 19, 2018, Europlanet

[Image: mercurystudi.jpg]
BepiColombo approaching Mercury. Credit: ESA/ATG medialab, NASA/JPL
A month before the planned launch of the joint ESA-JAXA BepiColombo mission to Mercury, two new studies shed light on when the innermost planet formed and the puzzle of its chemical composition. The findings will be presented by Bastien Brugger and Thomas Ronnet at the European Planetary Science Congress (EPSC) 2018 in Berlin.

Mercury is the least-studied of the terrestrial planets and is something of an anomaly compared to Venus, Earth and Mars. It is very small, very dense, has an oversized molten core, and formed under chemical conditions that mean it contains much less oxidized material than its neighbouring planets.

Research by a team at the University of Aix Marseille suggests that two factors may help explain why Mercury is so strange. Firstly, the planet may have formed very early in the solar system's history from condensed vapour from planetesimals. Secondly, that there may be more iron within Mercury's mantle than might be suggested by measurements of the surface.

"We think that very early in the solar system, planetesimals in the innermost region of the solar system could have formed from reprocessed material that was vaporized due to the extreme temperature there and subsequently recondensed," said Ronnet. "In addition, we are able to rule out a scenario where Mercury formed from a pile-up of planetesimals coming from further out in the solar system since, in this case, Mercury would contain more oxidized material than we actually find."

[Image: 1-mercurystudi.jpg]
Interior of Mercury. Credit: Brugger/ University of Aix Marseille/NASA/JPL/JHU-APL
Early studies have suggested that Mercury is very rich in iron, and contains more sulphur than should be available in the material from which the bulk of the solar system formed. Since then, the MESSENGER mission has greatly improved our view of the bulk composition of Mercury.

Brugger ran computer simulations of Mercury's interior investigating core and mantle compositions and compared the results with gravity data gathered by the MESSENGER mission. The results suggest that Mercury has a dense mantle that may contain substantial amounts of iron.

"MESSENGER revealed very low abundances of silicate iron on the surface of Mercury, and this element would instead be present in metallic or sulphide phases. Our study suggests that iron abundances in the mantle could be higher than values measured on the surface," said Brugger. "With the launch of BepiColombo, we will have a whole new suite of instruments to continue the investigation of Mercury's unique properties, and try to better understand the structure and origin of the planet."

[Image: 2-mercurystudi.jpg]
False colour image of Mercury to enhance the chemical, mineralogical, and physical differences between the rocks that make up Mercury’s surface. Credit: NASA/JHU-APL/Carnegie Institution of Washington
BepiColombo is Europe's first mission to Mercury. It is a joint endeavour between ESA and the Japan Aerospace Exploration Agency, JAXA, and consists of two scientific orbiters: ESA's Mercury Planetary Orbiter and JAXA's Mercury Magnetospheric Orbiter. They will be carried on a seven year journey to the innermost planet by the Mercury Transfer Module, using a combination of ion propulsion and gravity assist flybys at Earth, Venus and Mercury. The mission will study all aspects of Mercury, building on the achievements of MESSENGER to provide the best understanding of the solar system's innermost planet to date.

  [/url]Explore further: [url=https://phys.org/news/2018-07-bepicolombo-mid-october.html]BepiColombo to target mid-October launch

Provided by: Europlanet

Read more at: https://phys.org/news/2018-09-mercury-re...o.html#jCp

Mercury and its depressions
September 19, 2018 by Alice Lucchetti, American Geophysical Union

[Image: mercuryandit.jpg]
One of the three craters, the Canova crater, hosting hollows analyzed in this work. Credit: NASA
One of the most surprising discoveries of the NASA's Messenger mission was the presence of unusual, bright, irregular and rimless flat-floored depressions on the surface of Mercury. These depressions, called hollows, are usually found on crater walls, rims, floors and central peaks.

Since the hollows appear fresh, they may be actively forming today through a mechanism that could involve the loss of volatile compounds, but understanding how the hollows formed is still a major challenge for scientists.

In a new study published in Journal of Geophysical Research: Planets, a journal of the American Geophysical Union, lead author Alice Lucchetti and her Italian team analyzed the nature of Mercury's hollows inside three different impact craters: Dominici, Canova and Velazquez. The new study focuses understanding the geomorphology and compositional mineralogy of the hollows through the use of multi-color images acquired from the Mercury Dual Imaging System, or MDIS, instrument.

"We performed detailed geological mapping of the craters hosting hollows, making use of high- resolution images, in order to fully characterize the geological framework where these features formed." Lucchetti said.

The researchers separated the craters' areas into different units characterized by their spectral behavior. Comparing the results coming from the geomorphological and spectral analysis, we revealed a strong correlation between the spectral units and those identified in high-resolution geological maps," Lucchetti said.

[Image: 1-mercuryandit.jpg]
Comparison between the geological map and the spectral analysis for Canova crater. Hollows are identified by a well-defined spectrum (cluster #9). Credit: Lucchetti et al.
The new research shows the hollows in all three craters show a similar, well-defined, visible spectrum. When this spectrum is compared with laboratory spectra, it is indicative of a mixture of different materials.

"We found that both sulfides and pyroxene presenting transitional elements are responsible for the hollows absorption presented in the spectra," Lucchetti said. "This provides new insights into the hollows' nature and composition, suggesting that hollows terrains are the expression of not only the remnant material coming from a process that involve devolatilization, but also of the bedrock-forming material in which the hollows formed."

This work is important to scientists' overall understanding of the hollows.

"We are already studying other regions of Mercury to understand if it is a common behavior of these features or if different terrains affect their formation in different ways," she said.

The hollows will also be one of the main targets of interest of the upcoming European Space Agency and Japan Aerospace Exploration Agency BepiColombo mission, which will be launched in mid-October.

[Image: 1x1.gif] Explore further: Evidence for active hollows formation on Mercury

More information: A. Lucchetti et al. Mercury Hollows as Remnants of Original Bedrock Materials and Devolatilization Processes: A Spectral Clustering and Geomorphological Analysis, Journal of Geophysical Research: Planets (2018). DOI: 10.1029/2018JE005722

Provided by: American Geophysical Union

Read more at: https://phys.org/news/2018-09-mercury-de...s.html#jCp

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  Learned a lesson
Posted by: Fsbirdhouse - 09-10-2018, 02:29 PM - Forum: Tell us about it... - Replies (6)

Some months ago I was contacted by a fellow from the FBI. He had read on a hunting forum I post at that I would be interested in hosting Wounded Warriors/New to area FBI employees on duck hunting trips in the local area and would provide everything. The local Elks Lodge also volunteered to provide funding for hunting licenses as well. Last weekend, a couple of these fellows (Including their FBI boss) came down for the local dove hunt, all went well.
We then finalized plans we'd talked about for several weeks to have a get acquainted BBQ for his people wanting to hunt. Said I'd get a group of the best equipped and knowledgeable hunters on this side of state (I know and regularly hunt with many) and they'd help these new employees out this coming season.
After purchasing two large Briskets, 12 racks of Baby Back ribs and a box of fried chicken, ($200 worth) renting large tables and loading the patio with several Traeger pellet stoves and Weber BBQs, as well as all the ladies making pot luck dishes and desserts.....None of the FBI people showed up!
The only Wounded Warrior who came is a friend of mine I've hunted with before on several occasions.
No phone call...nothing, just blew us off!
Leaves a sour taste. Pennywise
Those friends that came were anesthetized with several Duck Farts, and so the day was saved, but I'm still dealing with a slow 'BURN'. Won't be no FBI guys in any of our blinds this year!
Think I'll have a Duck Fart!

OH! BTW: It turns out, most of them were new from California.

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  NASA at 60
Posted by: rhw007 - 09-05-2018, 10:40 PM - Forum: Tell us about it... - Replies (2)

NASA at 60

Von Karman Lecture Series - September

[Image: nasa60logo.jpg]
NASA@60: The Role of the Robots

Sept. 6 & 7

Much has changed about the way we explore space in the 60 years since NASA began operations on Oct. 1, 1958. Today’s robotic spacecraft are beginning to experiment with laser communications, artificial intelligence and 3-D printed parts. But did you know some of the first spacecraft the U.S. sent to the Moon included parts made of wood, or that spacecraft used to record data on motorized magnetic tape recorders? Despite all the advances, one thing hasn’t changed: we still rely on robotic spacecraft to extend our senses above and beyond Earth and to blaze a trail as precursors for human explorers. As NASA celebrates its 60th anniversary, this panel discussion will look back over the decades at how far our robotic exploration has come, and consider where we might be headed.

Part one of the program will focus on major milestones in robotic exploration, what it took to reach those accomplishments, how far we’ve come, and how have spacecraft changed over the years. Part two will focus on new developments we might look for in robotic spacecraft in the next couple of decades. What demands will we be placing on spacecraft, in terms of capabilities and destinations, that are different?

Preston Dyches – JPL Public Outreach Specialist

Panel Speakers:
Rob Manning
Julie Webster
Charles Norton
Anne Marinan
Thursday, September 6, 2018, 7pm
The von Kármán Auditorium at JPL
4800 Oak Grove Drive
Pasadena, CA
› Directions

Friday, September 7, 2018, 7pm
Caltech’s Ramo Auditorium
1200 E California Blvd.
Pasadena, CA
› Directions
Click here to watch the event live on Ustream


Make a note I plan to try and live-record these two series.  If not download latter.

Bob... Ninja Assimilated

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  Signing off for 2 weeks
Posted by: The Watcher - 08-30-2018, 02:34 PM - Forum: Tell us about it... - Replies (8)

Hi everyone, 
I know I am not the most prolific poster, but, I wanted to let you know that I will be offline for the next 2 weeks as I am off on my first Holiday in 25 years. Taking the wife to Turkey, Alanya. 


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  Bottom quarks
Posted by: letosvet - 08-29-2018, 02:00 PM - Forum: Anomalous Herald News - No Replies

First-Ever Evidence of Higgs Boson Decay Opens New Doors for Particle Physics


Today, physicists have another exciting announcement to add to the Higgs saga: They have made the first unambiguous observation of Higgs bosons decaying into a matter-antimatter pair of bottom quarks. Surprisingly, the Higgs bosons decay most often in this way.

The new announcement shows a strong agreement between the theoretical predictions and the experimental data, which could in turn set strict constraints on ideas of more fundamental physics that strive to explain why the Higgs boson even exists.

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  There were other universes.
Posted by: letosvet - 08-25-2018, 01:51 PM - Forum: Hidden Mission Review - Replies (1)

Physicists Think They've Spotted the Ghosts of Black Holes from Another Universe


We are not living in the first universe. There were other universes, in other eons, before ours, a group of physicists has said. Like ours, these universes were full of black holes. And we can detect traces of those long-dead black holes in the cosmic microwave background (CMB) — the radiation that is a remnant of our universe's violent birth.


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