bourne:

I find that a facinating statement about cutting out the TV in your life.  I have realized similar results myself by cutting way back on viewing.  About 2 years ago, about the only things I watch are NOVA specials on PBS and an occasional DVD movie from the library. I have more time and brain energy (such as it is) to apply to other pursuits such as this forum and related experimenting. I am glad you posted that.

Bill

14 monitors  NO TVs  here.

http://www.keelynet.com/gravity/KFrost.htm

This is mucho relevant due to the fact that gold  and the platinum metals group is deeply tied to quartz via 'association' in mining terms.   They say, even in books like the bible, of 'gold quartz'. Glassy metals, ceramic superconductors, levitation, altered states, etc, etc, etc. Hudson speaks of all these mentioned tricks that are in the supplied article, when he speaks on the monatomic gold. It all fits. Again.

Once again, it all ties directly in. Again.

Not one single slip up, of any kind, when it comes to explaining phenomena. This after 3 years of research.

Again, this one article spells it out..again. And again. And again.

I've known of this particular association, right from the beginning (the article above). I'm just drawing the lines between the dots for you guys.

Are any of you starting to get this stuff yet? It's pure science. No doubt. Except it leads to areas that bring science and mysticism, religion, etc, all together.

  http://serendip.brynmawr.edu/biology/b103/f02/web2/ctraversi.html

http://serendip.brynmawr.edu/biology/b103/f02/web2/ctraversi.html

algeria is just silver particals in the skin, think about how many glasses it would take to get that? I'd say 80 at least, with thick particals. now take 80 times the dose of anti biotic's, and see what that does. According to the Bob Beck video, Colloidal silver used to be a product until resently when the FDA banned it, so there would have been much research into it. FDA banned it because it could cause algeria, don't that sound like a stupid excuss? when any of their drugs when taken too much could cause death?

"clay made from ancient volcanic ash found near the Massif Central"

Remember the story, earlier in the thread about Mt. Pinatubo, in the Philippines. How the fresh ash from the eruptions causes farmers to risk their lives to plant again, even while the ash is still falling and the mountain is still trembling. Instead of 2 crops per year, they would get 3, almost 4 crops per year, of the largest, healthiest fruit and all bumper crops, humongous, etc.

There are certain types of soil and materials, where the montaomics are more prevalent. Read the article, for more illumination.

http://news.independent.co.uk/health/article3104663.ece

Patterns begin to emerge.

~~~~~~~~~~~~~~~~

French muck: Is this the new penicillin?
MRSA is the scourge of the country's hospitals, but now the discovery in France of a volcanic clay with miraculous healing properties raises the prospect of a cure for it, and to other dangerous superbugs
By Paul Rodgers
Published: 28 October 2007
Scientists have discovered a new and highly effective weapon against deadly superbugs like the MRSA sweeping through Britain's dirty hospital wards – green French muck.

The dramatic antibiotic success of agricur, a clay made from ancient volcanic ash found near the Massif Central, marks it out as a potential rival to penicillin, the wonder drug of the 20th century. In experiments, the clay killed up to 99 per cent of superbug colonies within 24 hours. Control samples of MRSA (methicillin-resistant Staphylococcus aureus) grew 45-fold in the same period.

The clay has a similar effect on other deadly bacteria tested, including salmonella, E. coli, and a flesh-eating disease called buruli, a relative of leprosy which disfigures children across central and western Africa. It has been classed as "an emerging public health threat" by the World Health Organization (WHO).

MRSA is also a growing concern. Since the early 1990s, deaths in the UK have risen sharply from fewer than 100 annually to more than 1,600 in 2005. The Governmentrecently announced new measures to deep clean all hospital wards in an attempt to cut the number of infections.

Many other bacteria have also developed resistance to medicine's arsenal of antibiotics, largely because patients stop using prescribed drugs when they begin to feel better rather than finishing their course of treatment, allowing the hardiest bugs to survive and spread. Some bacteria are now resistant to a spectrum of drugs. As a result, the developed world is starting to see the return of diseases, such as tuberculosis, that had been all but wiped out a few decades ago.

Scientists have been searching for new antibiotics to replace penicillin, methicillin and their relatives but until now have had only limited success. Agricur's discovery could lead to a whole class of antibiotics to which bugs such as MRSA have no resistance, according to scientists.

Dr Lynda Williams and Dr Shelley Haydel of Arizona State University will present the results of their research on agricur and other clays to the Geological Society of America's annual meeting in Denver tomorrow.

"We have found several antibacterial clays," said Dr Williams, a mineralogist who is trying to work out the chemicals that make them special. "We have multiple working hypotheses. Our primary hypothesis is that the clay minerals transfer elements, not yet identified, to the bacteria that impede their metabolic function. (Elements? Nice choice of words.)

"It is entirely possible that it is not one single element that is toxic to the bacteria, but a combination of elements and chemical conditions that attack the bacteria from different angles so as to overwhelm their defence systems," she said.

Another possibility, less likely but potentially more significant, is that the clays work through a physical rather than a biochemical process. In that case, bacteria might never develop resistance.

Clay has long been used as a health treatment in spas, but that is because it holds heat longer than water, and draws toxins out of the skin. Clay is also sometimes eaten as a folk remedy for nausea. "It's fascinating," said Dr Haydel, a microbiologist. "Here we are bridging geology, microbiology, cell biology. A year ago, I'd look at the clay and say, 'Well, that's dirt.'" (Yes. This is exactly what Hudson said.)

The effectiveness of the French green clays, which are mostly made of minerals called smectite and illite, was first demonstrated by Line Brunet de Courssou, a French doctor fighting buruli at clinics in Ivory Coast and Guinea.

When she approached the WHO in 2002 with 50 case studies showing how the flesh-eating disease had been halted by her clay poultices, the organisation described her work as "impressive" but denied her funding because of a lack of scientific evidence. After de Courssou's death, her son, Thierry, went looking on the internet for scientists willing to test agricur and found Dr Williams, who has specialised in the study of clay.

~~~~~~~~~~~~~~~~~~~~~~


This means that the most valuble land in North America..is right around......Mt. St. Helens.

I checked on this.

Sure enough, within the same year, even from under 5-6 ft. of ash, plants just sprung up all over the damn place!!!!! Sexy plant life explosions!

David Hudson told you this, in 1989, concerning the 'ceramic form' of 'oxidized gold' or, 'white gold', aka..the Philosopher's Stone.This..as the white powder is cooled and heated. So, it isn't real unless some scientist does a test and 'tells you so'? Bullshit!!!!!

Or..do they really mean they are telling you how gravity works? hhhmmmmm? :

http://www.physorg.com/news113146663.html

Rutgers physicists show how electrons 'gain weight' in metal compounds near absolute zero
A molecular model of the material studied by Rutgers physicists. In this representation of the crystal structure of CeIrIn5 the red gold and gray spheres correspond to cerium iridium and indium. Credit: Rutgers University
A molecular model of the material studied by Rutgers physicists. In this representation of the crystal structure of CeIrIn5, the red, gold and gray spheres correspond to cerium, iridium and indium. Credit: Rutgers University

Rutgers University physicists have performed computer simulations that show how electrons become one thousand times more massive in certain metal compounds when cooled to temperatures near absolute zero – the point where all motion ceases. The models may provide new clues as to how superconductivity works and how new superconducting materials could be fabricated.
In a paper posted to Science Express, a Web site of research reports slated for upcoming print editions of Science, the researchers describe how electrons interact with other particles in these compounds to morph into what physicists call a fluid of “heavy quasiparticles” or a “heavy fermion fluid.” While this effect has been previously observed in some materials, the Rutgers work employs new materials to provide a level of detail that has eluded scientists so far.

“In this paper, we essentially track the fate of electrons as we lower the temperature,” said Gabi Kotliar, Board of Governors Professor of Physics in the School of Arts and Sciences. “Experimental physicists may have seen different aspects of this behavior, or they may have seen behaviors they did not understand. Our calculations reconcile what they’ve seen.”

The Rutgers researchers based their models on experiments using a new metallic crystalline compound made of the elements cerium, indium and iridium. This and similar compounds that substitute cobalt and rhodium for iridium are excellent test beds for observing heavy electron behavior.

Earlier investigations used high-temperature superconducting materials called cuprates, which failed to give physicists a clear view of electron behavior because of disorders in the crystalline structure caused by doping. The new cerium-based compounds are simpler to study because they are free of dopants.

“The new compounds are for us what fruit flies are for genetics researchers,” said Kristjan Haule, assistant professor of physics and astronomy. “Fruit flies are easy to breed and have a simple gene makeup that’s easy to change. Likewise, these compounds are easy to make, structurally straightforward and adjustable, giving us a clearer view into the many properties of matter that arise at low temperatures. For example, we can use a magnetic field to kill superconductivity and examine the state of matter from which superconductivity arose.”

These compounds are examples of strongly correlated materials, or materials with strongly interacting electrons, that can’t be described by theories that treat electrons as largely independent entities. The terms “heavy quasiparticles” refers to how electrons interact with each other and, as a result of those interactions, form a new type of particle called a “quasiparticle.”

In explaining how this effect appears at low temperatures and vanishes at higher ones, Haule noted that electrons in f-orbitals are tightly bound to cerium atoms at room temperature. But as the temperature drops, the electrons exhibit coherent behavior, or delocalization from their atoms. At 50 degrees above absolute zero, or 50 degrees Kelvin, the researchers clearly observe quasiparticles as electrons interact with each other and other electrons in the metal known as conduction electrons.

Source: Rutgers University

here's the whole thing.

In very specific detail.

Download this entire site.

You may never see anything like it again. Period.

http://www.philosophicalmercury.page.tl/Home.htm