Something Just Went BEZERK in the Gulf of Mexico. The US Navy just sunk a French Submarine

OOPS forgot the link

[link to www.springerlink.com]

My thoughts:
Gold was discovered accedentaly,
the main setting was to create an enviroment for algea to grow fast.
But OP said the isotopic reading said that the cargo had something to do with gold and it was "live" a morphing substance wich could not be stopped ... (info from DED)
He and his gf thought that the mixture of compounds and pressure and depth and nanotechnology caused to form this morphing (unstable just afther a few hours) gold.
The EM (eletr magn, isotopic) readings from outside the hull were the same as from the cargo.

We did some research and found out that hydrothermal volcanos posess all these ingredients like gold and mercury (wich is soluble with gold) and other compounds and that some compounds are radioactive.
Later we did some research and found out that there were bacteria in the gold causing it to grow (very slowly).

We suspect that the nanotechnology has several functions and one off them was to stimulate the algae to grow faster (with DNA-RNA technology). And there is also something going on with the creation of electromagnetical fields ...
wich disturbs the working and signals of subs... , but could be a method to keep the electrical charged emulsions of oil and algae to keep there cohesiveness and to stay under water with the help of corexit.
We found out a company that produced a HELIX BioReactor (helix stands for DNA-helix-techniques, I guess) which uses those layers of "stacked-growth-design" which transforms algae into oil in just a few days! This company was established at request of DARPA and DoD.
The oil is collected by quantum fracturing combined with pulsed electromagn fields and pH modicication > that breaks the cellwands of the algae and releases the oil in the cells.

This technique above combined with the compounds in that hydrothermal vulcano ... I think that the gold bacteria reacted on that nanotechnology and the helix bioreactor-technology, which made them transform or mutate. This was an unexpected X-factor, and now they want to take benefit of it. But it turned out to be a BAD GOLDGOOSE coz the ? are not stable and seem to be dangerous and out of control.

The french sub retrieved a sample of this GOLD and it came to LIVE on board and is cauzing trouble for the hull and crew ....

The A whale is maybe supposed to ship this unstable gold away (or maybe it is just a container for the algae-oil) and there are rumors that some parts do not want the whale to go away with it, and are prepared to eighter stop it or sink it .... this could be a reason for a coup ;)


... pfffew ...
how about that resumé? Does this cover the story a bit folks .. OP ?

This thread has been amazing whether fact or fiction or a bit of both; well done Krispy71 the OP & everyone else involved.

Lets hope that the situation in the GoM is made better by all this meddling, rather than much worse & that things improve & quick.

still all 'beautiful minds' in action here, unbelievable.
Three pages to go, until you reach 200 pages!

Coz this thread is hilarious !!!!!!!!

My guts tells me that this info on this link ie important and has to do with the morphing gold
Chelation : [link to en.wikipedia.org]

there are to many aspects that ring a bell, to many to post here and hijack the thread in a way.
I would like to challenge some posters to have a look at it and try to see what I see and feel.
maybe we come to the same conclusions.

It has to du with finding out why this gold is unstable and turns into an emulsion ...
What known processes can lead to that.
In this link there is a solution given : chelating agents ... but with risks.

There is much I do not yet comprehend but there are many things starting to form sence in all of this.


I came to link above via this link
[link to webcache.googleusercontent.com]
In here this is just one of the things that caught my attention :
"when metal-carrying sulfate, sulfide or other complexes become chemically unstable due to one or more of the following processes : falling temperature, loss of pressure, reaction with chemically reactive wall rocks, degassing of the hydrothermal fluid into a gas and water system, or boiling, which alters the metal carrying capacity of the solution and even destroys metal-carrying chemical complexes."

The elevated temperatures causing decomposition reactions of minerals ... this is happening in the GOM.



(I know this is above many their heads ...lol... almost even mine, but lets try to figure things out)

I think you are right ;)

When methane crystals are warmed up they expand HUGE in seize .. thats maybe why the seafloor is rising due to the upward pressure.

But this CAVE that OP talked about might be not a methane-less (migrated methane gas coz of warming up) area ... but could also be due to the vent out of the BOP-plume and plumes out of the seabed (variety of compounds), when emptied they leave a space that will create a downpull-force in that cave.
(just like in regual oil-caves that are never pumped up totally dry, I read about that a while ago. If I recall well then it is filled-up with water -from the drilling- and sucked-in air. But there was a risk that when the mix of air and gasses were to reach a certain point there would arise an explosion danger. But it does not coz there is normaly no fricktion that causes a spark to ignite the mixture ...)

So I think we both are right,
as I said many thing are happening symultaneously down there ...
We only figure out bits and pieces.

Last Edited by Krispy71 on 07/06/2010 07:18 PM

Ok, so why are they doing this science experiment? I mean I know we know they want uranium, cold fusion has been mentioned a few times... How about this from the top link Krispy?

In earth science, chemical weathering is attributed to organic chelating agents, e.g. peptides and sugars, that extract metal ions from minerals and rocks.[9] Most metal complexes in the environment and in nature are bound in some form of chelate ring, e.g. with a humic acid or a protein. Thus, metal chelates are relevant to the mobilization of metals in the soil, the uptake and the accumulation of metals into plants and micro-organisms. Selective chelation of heavy metals is relevant to bioremediation, e.g. removal of 137Cs from radioactive waste.[10]

Bioremediation from radioactive waste?

Krispy, Watcher, please read the page on this new link. It is in tiny type and only the first page of a scientific paper, but it will blow your eyes out.



Again, I do not have a subscription to the site, but the one page is interesting.



[link to www.springerlink.com]

LOL ... SEE I knew this piece of info was relevant in some way hahahaha,
I did not even read that part I think I was to focused on other info there.
But you are right that we already came acros the term bio-reMEDIATION (have to look that quote up)



Bioremediation can be defined as any process that uses microorganisms, fungi, green plants or their enzymes to return the natural environment altered by contaminants to its original condition. Bioremediation may be employed to attack specific soil contaminants, such as degradation of chlorinated hydrocarbons by bacteria. An example of a more general approach is the cleanup of oil spills by the addition of nitrate and/or sulfate fertilisers to facilitate the decomposition of crude oil by indigenous or exogenous bacteria.

It could be coz of many compounds ...
we talked also about helium3 , methane crystals/gas, but uranium is also a possibility yes.
I think they knew there were VARIOUS compounds that they could extract from this place in the GOM. And by altering the natural enviroment they could make it into a perfectly algae-oil-farm ... and still be able to harvest also other compounds.

Last Edited by Krispy71 on 07/06/2010 07:53 PM

INDEED!!!

YO, OP!
You wanna comment on all the latest???

They are indeed on to something here, guy!

From your link;

Abstract Pseudomonas MGF-48, a gram-negative, motile, oxidase-negative, catalase-positive, yellow-pigmented bacterium isolated from electroplating effluent, was found to accumulate uranium with high efficiency. Uptake of uranium was rapid and the amount increased in direct proportion to concentration, e.g., from 50 to 200 mg uranium per liter. The largest amount of uranium uptake was 174 mg per gram dry weight bacterial biomass and was observed to occur in stationary phase during incubation at 30 °C. Uptake was determined by flow injection analysis. Maximum uranium accumulation occurred at pH 6.5, with 86% of the uranium being taken up within 5 min of incubation. Release of uranium bound to the cells was accomplished by addition of sodium carbonate and EDTA solution (0.1 M), the cells were reusable, and served as a biosorbent. Cells immobilized in polyacrylamide gel took up 90% of the uranium. Pseudomonas MGF-48 showed excellent efficiency in biosorbing uranium, by both immobilized and free cells. The results of this study, compared with those of other reports of uranium accumulation by microorganisms, leads us to conclude that Pseudomonas MGF-48 shows excellent potential for bioremediating uranium-polluted aqueous effluents.
Bioaccumulation - electroplating - uranium concentration - uranium effluent




IS THIS BIOREMEDIATION??

Ya'll are out of your damn minds.

The application of something like this bacteria in the environment would be bioremediation

Yeah, but we're having fun doing it!

has the fish started smelling from the head??

Right chemicals, right process, right conditions (hydrothermal is the proper pressure naturally) and I read today that 197au will not tranform nanoparticles unless it is the correct pressure (such as deep sea floor specifically mentioned) correct reasons (URANIUM??? COLD FUSION???) for the process... radiation sickness, magnetizing the water with the bioremediation...

is this it??? Damnit OP (or Dungeon Master as I'm beginning to feel since I am being drawn back to my riddle quests in my dorky dork teens years) can you tell us if we are CLOSE? LOL

great post
done your homework
thnx

Another "blue" from page 55, post at 8:26am glp:

"The submarine (is) French navy blue S618 (the Attentive one)"

1001520, you I can understand.

I don't understand the connection between the Bank of England, the Knights Templar and the Blue-Green Algae.

Does that have anything to do with the Templars escaping to the Yucatan Peninsula with the Holy Grail in the 1300's?

Is there a Russian connection here? Other than the Nuclear option? This whole thing is starting to smell like a huge black op. Scary. Especially when you throw in Wackenhut Security of Area 51 fame.

I'd think twice about the clues on the ROV videos. It's a little too convenient.

Just to sound a little paranoid, there's been an old beater Toyota slowly circling my block checking us out. Probably getting ready to rob us. I'll have to introduce them to the Judge.

Last Edited by Dead Man Talking on 07/06/2010 08:45 PM

Bioremediation
[link to en.wikipedia.org]
Bioremediation can be defined as any process that uses microorganisms, fungi, green plants or their enzymes to return the natural environment altered by contaminants to its original condition. Bioremediation may be employed to attack specific soil contaminants, such as degradation of chlorinated hydrocarbons by bacteria. An example of a more general approach is the cleanup of oil spills by the addition of nitrate and/or sulfate fertilisers to facilitate the decomposition of crude oil by indigenous or exogenous bacteria.

Some examples of bioremediation technologies are biostimulation.

The bacterium Deinococcus radiodurans (the most radioresistant organism known) has been modified to consume and digest toluene and ionic mercury from highly radioactive nuclear waste.[6]
> YES! that is the one I talked about in earlier posts :) ...lol.. with highly skills of healing and repairing (copying DNA through RNA)

During bioremediation (biodegradation) processes, fertilizers/nutrient supplementation is introduced to the environments, in efforts to maximize growth and production potential

O-bama talked about the beaches would be cleaner then ever before, well maybe coz of this :
"In an experiment conducted in conjunction with Thomas,[disambiguation needed] a major contributor in the bioremediation industry, a plot of soil contaminated with diesel oil was inoculated with mycelia of oyster mushrooms; traditional bioremediation techniques (bacteria) were used on control plots. After four weeks, more than 95% of many of the PAH (polycyclic aromatic hydrocarbons) had been reduced to non-toxic components in the mycelial-inoculated plots. It appears that the natural microbial community participates with the fungi to break down contaminants, eventually into carbon dioxide and water. Wood-degrading fungi are particularly effective in breaking down aromatic pollutants (toxic components of petroleum),"
So that is why they can burry the oil in the sand ... and is the clean-up at a low-active level.
They dont want to clean-up coz they have a way that on the right time (but to late for many animals,plants and humans) they can use this technology ...


Pseudomonas
[link to en.wikipedia.org]
Combined with the ability to form biofilms, they are thus able to survive in a variety of unexpected places.


Use as bioremediation agents
Some members of the genus Pseudomonas are able to metabolise chemical pollutants in the environment, and as a result can be used for bioremediation. Notable species demonstrated as suitable for use as bioremediation agents include:

P. alcaligenes, which can degrade polycyclic aromatic hydrocarbons.[21]
P. mendocina, which is able to degrade toluene.[22]
P. pseudoalcaligenes is able to use cyanide as a nitrogen source.[23]
P. resinovorans can degrade carbazole.[24]
P. veronii has been shown to degrade a variety of simple aromatic organic compounds.[25][26]
P. putida has the ability to degrade organic solvents such as toluene.[27] At least one strain of this bacterium is able to convert morphine in aqueous solution into the stronger and somewhat expensive to manufacture drug hydromorphone (Dilaudid).
Strain KC of P. stutzeri is able to degrade carbon tetrachloride.[28]


Read caption :
Antibiotic resistance ... Yaiks !

they have the characteristic to be Gram-negative.

OOH wow ...

From this site [link to en.wikipedia.org]
Gram-negative bacteria
Gram-negative bacteria are those bacteria that do not retain crystal violet dye in the Gram staining protocol. The pathogenic capability of Gram-negative bacteria is often associated with certain components of Gram-negative cell walls, in particular, the lipopolysaccharide (also known as LPS or endotoxin) layer.
"In humans, LPS triggers an innate immune response characterized by cytokine production and immune system activation. Inflammation is a common result of cytokine (from the Greek cyto, cell and kinesis, movement) production, which can also produce host toxicity."


If these bacteria are used in the GOM, it is now a reasonable explenation why people become sick ! FLU-LIKE SYMPTOMS !!! Remember ?
So it is not only the benzene-gasses that trigger responses but also BACTERIA who are highly RESISTENT against anti-biotics !!!!


I dont know but by reading all this, there are sure some advantages ...
but there are sure many RISKS (for health) ...
Am I the only one who thinks/concludes this way ?
...

Last Edited by Krispy71 on 07/06/2010 08:52 PM

Yes RS37,
that is also how I saw it (and tried to say that in my own words) and now we have proof !

whaahahaha ... nice try ...lol...

3 o'clock in the night again ... damn ... lol...

hey guys&gurls this was a hell of a interresting ride ! WOW !!
Even without OP's presence and hints/clue's today.


Have funn all,
I sure did :D

See ya in a couple of hours again ...

Same here. A man - not from these parts - drove up in my yard today way back in the boonies where I live - to sell frozen meat. He was in a van. People back here don't buy meat out of the back of someone's van. It's summer, these guys are traveling and casing out-of-the way neighborhoods. Checking to see who has dogs and whose home is worthy of loading up.

Good Night, Krispy!

One hell of a ride today, YES!

You got the brains that is for sure!
Until tomorrow!