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I am pleased to announce a find that is both entertaining and awesome. A day or so ago I decided to check on a meteorite signal I had detected with the Examiner from about 3 km in my garden some weeks back. I detected three or four signals in a 360 degree sweep and that one was the closest and on the surface.

I had no trouble finding it with the frequency I had calculated from a sample meteorite. Frequencies specific to each metal were determined in a subsequent Examination.

It was about a quarter of an inch below the surface and no more remarkable than a billion other small rocks that one finds lining any road anywhere. The difference of course being that it detected as a meteorite. The signal disappeared once it was in the car.

The photos taken by a microscope at 10x and 60x respectively tell the story. It has come from a part of the Universe where the mineral activity has been intense. It is not a tektite, which is formed from the impact of a meteorite.

This is not a fake or hoax or joke or any of those things. I am immensely pleased by S-pluto and will post more finds as I make them in the usual way.

Fig. 1: The meteorite (S-pluto) showing it's relative size (10X) cf a screw (~0.5 in).

Some seabed smokers on earth have a great abundance of elements. Perhaps it came from a similar outpouring and build-up of metals. Being heavy they concentrated in the one place. Although microscopic it could mean a different metal abundance somewhere.

It could also mean a common smoker. There are geological scenarios where this concentration would occur. Note the small quantities? It could in fact have been the products of a smoker of some kind somewhere in our solar system ( guesstimate.)

Note also that iron and nickel are the most abundant metals in the specimen. The dark stains are the iron and the long swathe of light material is nickel. Meteorites are mainly made up of iron and nickel as any Google search will tell you.

Fig. 2: Magnified view (60x) of the same S-pluto meteorite showing the complex and profuse concentration of metals found.

I applied the testing frequency from the sample meteorite and S-pluto and obtained the same response. There was no difficulty in getting no antenna spin walking with about 20 known random and different mineral samples and items in the hand.

It would suggest that there is no doubt it is a meteorite.

At last one of our clients has used the products to hunt for meteorites (Canada). There's big money to made if you find the right ones. They're cosmic treasures. The most efficient way to discover them is to use the basic building block the owner used in the first place...frequency, in this case using the Examiner long range substance locator.

Tell B.Sc

OPALIZED GOLD FORAMS

Foraminifera (forams for short) are single-celled microscopic fossils with shells. Their shells are also referred to as tests because in some forms the protoplasm covers the exterior of the shell. The shells are commonly divided into chambers which are added during growth, though the simplest forms are open tubes or hollow spheres. Depending on the species, the shell may be made of organic compounds, sand grains and other particles cemented together, or crystalline calcite. They come in millions of different shapes.

It was Xmas Day 2003 and there it was one in number, found two feet down, exactly where the Examiner said it would be ie two feet down, from 40 feet away. There were no other locks nearby. I was only set to gold. The other particles are also often opaline in this segment of the specimen but there was only this tiny gold one. The Examiner allowed me to determine that the outer wall was thicker and 'ringed' the bottom half cavity (with the new T-G modes) and that this foram had three chambers. Forams & plankton are investigated by oil drilling geologists to give them clues.

This was hundreds of miles inland in a hay-paddock. It is unusual that gold was also in solution as was the silica which crystallizes to opal or that the creature used mineral grains, which though you'd think more likely appears not since it was homogenous. Note the comparison with the foram found (inset) and others of this class of fossil animals below (Foraminifera). Definitely pinpointed.The find above is in fact about the size of the point of a pin coincidentally.

I found the ruby foram below last week at the creek but didn't even realize until I checked back.

I guess if you could make a wish for the most valuable natural treasure it would probably be gold/opal. Opal in fact fetches many times more than gold and the Examiner finds both miraculously well. The Examiner will find metal of any description whether it be in caches or in geological areas. Unlike other locators it will not give you false readings where gold has been. This can be daunting. The use of sine wave and coil electronics means that there is no digging where a treasure once was. RT is RT (Real-Time). There is no need either for a target to be a LTB (Long-Time Buried) target as with other locators. This is why you can immediately detect your samples and locate without worrying about time factors.

Tell B.Sc

The lake was low so I decided to 'Examine' the beach. This was the site of a township which began in the 1880's before the river was dammed last century. Look what turned up in half an hour. All grains enlarged by 200x and are defined by traces found within them.

Gold ( which measures at manmade white gold) and Zircon with a very small amount of copper. If you blow it up you will see dark gold filaments. The gold seems to have deteriorated (too much zinc?). It could be an earring from the 1880's but the jury is still out .You can have a great outing with a beach and the Examiner. 6/2/04

Today I discovered in another piece of the specimen from the beach much more of the same material in it.There is now little doubt it is manmade as the shot shows one of three man-made jewellery wires. 8/15/04 Tell.

Below is an original meteoritic impact specimen from the K-T Boundary ( owned by RT ), showing the strata line that marks the demise of the dinosaurs following asteroid impact 65 million years ago. The Examiner identified Iridium , shocked quartz, Iron, Chromium, Nickel and the sooty carbon layer in the clay of the dark horizontal line top half of the specimen and even some Iridium below the dark line. The carbon represents the global spread of fire that enveloped the planet after the impact. The Examiner also determined the line ie Iridium was of extra-terrestrial origin..

http://www.lpl.arizona.edu/SIC/impact_cratering/Chicxulub/Chicx_title.html#start

http://www.lpl.arizona.edu/SIC/news/chicxulub2.html

The Examiner is a superior advisor for identification questions allowing pinpoint determination of all elements, minerals and compounds.Tell B.Sc

A four-sided metal length confirmed by the Examiner T-G and a standard metal detector indicates what may be left of a gold-plated nail from yesteryear. It may also have been used to secure a gold object, the gold affixed to it by contact.

Nail on keyboard to show size

( 200x) shows gold micro-blebs in pinpointed nail zone.

EXAMINE THE ENVIRONMENT

Gold grain (200x) found some feet below and detected from hundreds of feet away with Examiner T-G. Often when you think you've missed a target it's because you have not set for size or underestimated the ferrous nature of the soil. Charcoal even upsets beep machines so tiny electromagnetic fields employed by the Examiner in charcoal zones can also give you false signals as can agglomeration of small particles. You can now test for iron or charcoal as you go with the Examiner.

Augering four holes and picking the centre out cuts down time in the field.

Many micro nuggets were found in soil samples (above left) peppered with tiny points of gold.

Brightest points indicate gold. Last pic is of a form of electrum with gold/silver ( grey mark & ridge at top of sample) also dug at spot (first pic) in Golden Triangle with Examiner & pinpointed. It does not analyze as natural gold but a white form that has disintegrated. The point it was dug is actually a track . Note shallowness.

Chain link clasp (white gold) (200X)

The micro-treasure appears to be a necklace ball that fell off a woman's neck in the late 1800s judging from the decomposition. Gold ( enlarged view needed ) and silver both stain the colored shades in the pic on electrochemical reaction which follows exposure for one would imagine such a period of time. One can see the gold and silver has weathered off towards the left of pic. In a pic enhanced by a yellow filter one can almost see the formational habit and so presence of gold. The metals may have been responsible for the accretion of the soil into the small rock. Manganese, nickel and zinc also present in the sample and characteristic necklace clasp indicated as white gold, used in jewellery.

I collected many micro samples of gold from the track shown in the above pic. All were shallow. We had found a nugget there a year before so we had considered this gold occurrence just another part of the reef. Microscopic evidence since has all but confirmed that the micro-gold taken from the track above was in fact... the decomposed necklace. The photos below (200X) indicate that there is another manmade object in the first and seventh and the entire set detects as white manmade gold. There are thousands of micro-blebs (~1gram) all traceable back to the disintegrating necklace. Most of the granular material in the shots is micro gold. Since they used zinc in white gold then, which is electrochemically unstable, one can safely propose this as the likely reason for the gold breakdown pattern. It has been scattered by water since the 1800s but still covers the area roughly of the shallow pick marks in the photo of the track above. An experienced assistant agreed with the date being in the 1800s. Nickel seems to have weathered the best, many links retaining their characteristic color. The gold-plating has been reduced to a powdery scatter. A little natural uranium in the micro-specimens made identification more interesting. Tell.

Gold wire/Gold blebs Granular gold Gone Nickel links Gone white gold

Nickel from links Nickel attachment Nickel wire. Gold is grey.

MORE MICRO FUN WITH THE EXAMINER

We have all seen meteors in the night-sky but did you know that micro-meteorite cosmic dust is also falling to Earth under gravity continually? If you collect some dust from your window sill you will be able to detect micro- meteorites. They are usually rounded from their encounter with the atmosphere and may have pitted surfaces. Space dust is simply what happens to objects travelling through Space...they abrade right down. In order to capture them with the Examiner, collect an amount of dust from the window-sill on a sheet of white paper and hold a magnet under it.Tap the paper until the non-magnetic particles fall away.Set the Examiner to our meteorite Hz frequency and use the key given in the instructions. If you run a small sharpened metal rod like a piece of wire or thin rod (12") held vertically over the particles, the Examiner will indicate only the micro-meteorites. View them under a high-power microscope. You can even test them for iron, nickel and other elements with the Examiner. The Examiner reveals their existence because the antenna will be attracted to all terrestrial but not extra-terrestrial material. The R-T frequency will let you eliminate Earth material. Let us know how you go after a meteor shower.

The above photos show micro-meteorites freshly collected from my window-sill . (200x) Tell

The Examiner detected a gold occurrence both at the volcanic rhyolite plug form (left) and from 10 km away. After digging 9 inches the gold was examined under the microscope and revealed the specks at right. The plug is of Ordovician age ...one can imagine a dense atmosphere, darkened by copious amounts of smoke and ejecta from volcanoes hundreds of millions of years ago. Tell 2005

An hour's work after detecting these minerals from 15 km away. They were on a hill and all on the surface. Tell Nov 1, 2008.

This is only a sample of the instruments that have gone into the development of the Examiner T-G Ver 7.2 06