3 H,K,R
Agates, fossil, heat, resonate.
Shocked Fossil Agate - Up-valued change. Besides the imprinted marbled limestone so characteristic of the Frankewing (Howell) Impact Event, I found a single shocked fossil agate close in near Fuss Hollow. Video: https://www.youtube.com/watch?v=76dtPk8gOpo
The reason I think this was a Brassfield Chert Fossil is, this close to so large an explosion will blast down to older strata with newer formations like Fort Payne Chert destroyed rather than changed. This is the only example of it's type on earth that I am aware of.
Specimen above was found in creek entering Lake Logan, TN. It is forming "fuss hollite." The amount of shock has not made it into a melted enough state to form the spheres yet but is organizing it that way. It was coral I think.
Specimens above from North crater have "over shock." Rather than the pretty bubble shapes they are reduced to wave pattern and brittle. Brittle usually means over shock. I think these all coral also.
Yea, this is why I joined all those identify my rock facebook groups. Another shock fossil agate. Beautiful. Has the quickly disappearing fossil surface so characteristic or shock which acts like a microwave oven cooking from the inside out. It also has iron from the meteor it's self and some constellationing going on and an oyster shell melting on it's surface. Strange.
shock fade, melt, and meteor iron blast
Tina Sims
· Oct. 26, 2022
Please help me figure out what this one is. I found in Lake Superior somewhere between Paradise and Muskallonge. All the same rock.
When magnified you will see small surface iron impalements, some with halos. These iron bits are blasted from the impacting bolide a progressive explosion event. Shock arrived first, larger mass sections absorb more therefore crypto crystalline and lost the fossil impressions as you can see them fade.
Arachnophyllum striatum
Shock fossil alteration, "Picasso Effect." Made suddenly, with high energy. Is a relic of one of the big impacts.
Arachnophyllum striatum
Picasso Effect
Calcium still present. This was a survivor fossil, far away enough to not be just melted into a blob or evaporated.
Reflective banding on this impact nodule with fossil impressions on outside and whole fossil inside. Lake Logan, TN (Howell, TN Impact Structure.) This is the start of a fossils agate just lackes more power. May 1, 2023.
The outside and inside fossils
Tektite, resonate, agate. Very rare. A resonate agate typically will band a harmonic that best fits the overall structure, many times this includes a bounce back from the edges. April 29, 2023
Roland Johnson
·
Found Bellata New South Wales
Now this one is a classic. See the pure triangle wave define itself in the center by mass where the shock made signal concentrates. It then goes outward conforming to the shape of the overall structure. A classic resonance example shock made agate. May12, 2023.
The Agate Dude
"The Aztec" A Cherished Paint Lake Superior Agate In My Personal Collection!
Many spoke higher power reflections off outside edge. The tube edge endpoints are a double reflection having bounced off the edge and bounced again from the center.
May 13, 2023
Agate Collectors Worldwide
Matt Stankus · ·
Beautiful iris agate
Shock agate arrowhead. Rare. May 26, 2023.
Keepers Of The Past - Arrowheads & Artifacts
What did I find tonight. Field central Indiana Heavily beveled.
Isolation/Rejection spheres. You may recognize this pattern in impact spheres and shock agates. It was another material applied to the hot glass which floats on the surface and expands. June 27, s 2023.
Matt Horne Pottery.
· One of my favourite pieces from the kiln. This one really shines in the sun
So here it is again in a small agate. Bubbles compressing to form the geometric type Septarian. Sept. 4, 2023.
Collecting Lake Superior Agates
Column basalt compression bubbles, a high concentration of impact spheres from a large earth penetrating impact. NW Africa. Sept. 4, 2023.
Hassan Yamani
Basaltic columns, central plateau Morocco
Shock agate disturbance in the resonate force. The nodule is resonating as a body making the shock agate. It also has concurrent crossing shock lines imprinting as a breaking up force. Rare. Nov. 13, 2023.
Karynn Campbell · ·
This one really has me stumped! It sort of looks like petrified wood, but I can't figure out the hard black lines going opposite of the wood grain patterns. Does anyone KNOW?
Location: SW MT, Yellowstone River
Shock agate with attenuation antenna response. This physics is a reversal of what you saw as a kid with those TV aerials on peoples roofs. In this case the forms are branching as a response to the waveform which is making it. While this is the same physics of all resonate made bodies this type is fractal which is known to be one of the best antenna designs. Rose quartz. Dec. 27, 2023.
Ray Forage
Found this on the Silver Coast, Leiria, Portugal. Can anyone help to identify it please. Credit Niamh Dempsey.
Shock agate from Queensland, Australia. The high energy bounce back has pulled in the concave outer edges. Jan. 15, 2024.
Robert Ovidiu Diosteanu
Travellin on the east coast of Australia, i stumbled upon this rock up in Qld.
Just found this group could someone explain how this might have formed and how would it be possible to form layers with such a pattern, almost hexagonal got multiple angles if necessary
Cheers
Propagating a conformal triangle pattern but not a triangle wave form. It is a whole body resonance of high power. Feb. 11, 2024.
Agate Collectors Worldwide
Yunika Albaria · ·
Agate south Sumatra...
A 6000-km-long Neo-Tethyan arc system with coherent magmatic flare-ups and lulls in South Asia
Article
Full-text available
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Apr 2019
Magmatic arcs typically exhibit non-steady-state evolution with episodic flare-ups and lulls, yet the main drivers remain contentious. Situated in the southwest margin of Southeast Asia, Sumatra records a long-lived magmatic arc that is still poorly constrained in age and tempo. Detrital zircon data from Sumatra delineate major arc magmatic pulses...
Zircon is a scarce mineral on most rocky planets of the Solar System1. However, traces of zircon have been found in Martian meteorites dating to when the planet first formed1. Some of the oldest samples of the mineral ever discovered were found in the meteorite Northwest Africa 75331. Shocked zircons with deformation twins are only found at impact craters on Earth2. They occur at all of Earth’s largest asteroid strikes2.
EARTH, ATMOSPHERIC, AND PLANETARY SCIENCES
OPEN ACCESS
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The internal structure and geodynamics of Mars inferred from a 4.2-Gyr zircon record
Maria M. Costa, Ninna K. Jensen, Laura C. Bouvier, +10, and Martin Bizzarro https://orcid.org/0000-0001-9966-2124 bizzarro@sund.ku.dkAuthors Info & Affiliations
Edited by Michael Manga, University of California, Berkeley, CA, and approved October 12, 2020 (received for review August 2, 2020)
November 16, 2020
This large earth accretion impact has trace zircon and is still resolving this earth crust breaking impact with earthquakes and volcanoes. Feb. 11, 2024.
Fractal agate in transition. Is a cusp layer in the first banding shell. Also, a circle in the banding ring this is a jump down to a lower state. Feb. 28, 2024.
Crossing shock and resonance isolation. March 11, 2024.
Leon Herold · ·
Mosaic Lake Superior Agate. Face polished 1.5 inch
Shock resonate oolites agate. March 11, 2024.
Kyran Leeker
·
This is a close up of a union road agate that I found and polished.
Splatter agate likely from the Thrace Crater. March 15, 2024.
NERALOGICAL SOCIETY OF AMERICA
Mustafa Kemal Öztürk · ·
Sunflower agate from Black Sea, Turkey
Shock agate harmonic doubling - Strong resonance will gather around the center of mass. This mass has a break in it so the cross over caused a second gathering point. The triangles in lower left are a triangle wave off the break structure. April 24, 2024.
Tim McConnell specimen.
Triangle wave form build with resonate excess at this moment wile the migration was still occurring. May 16, 2024.
Richard Nass
·
Credit Richard Larson with this fantastic Agate
mpact hexagon, rare. These are caused by a back harmonic. The features of this specimen have some shock agate back harmonics. June 15, 2024.
Amanda Klotz
Obviously some sort of fossil but my boyfriend's parents house is getting demolished and I was picking up rocks that he collected over the years over the past 25 years or 50 years or something like that I can't remember how long they lived here but found in I guess Southeast Kansas I have no idea where he found it tbh
Based on Mars and the Moon the average US state has 2 to 4 thousand surface impact craters of a mile diameter or greater. With geology mapping it is easier to find the larger and not surface craters than the smaller topo type. While I have identified many impactites from eastern Kansas and made many crater maps, I made this one today as it is interesting. It shows the Uranium shadow crater of a very large impact in SE Kansas. Mineral shadow craters like soil maps often have drift, hence the term shadow craters.
Impact sphere/shock agate - Rare. The core has materials common to the meteor/bolide, iron, sulfur, copper. The silica based exterior could have been from the impact surface or the meteor/bolide. The core metals are not good for making agates although it is attempting to do so. Assuming the weird fractal branching tubular structure is part of the rock and not an organic attachment, it is a blast made fractal form. June 16, 2024.
Bill Mckinzie · ·
Not sure what I cut open today. It was almost perfectly round.
Impact made shock white and shock agate. The banding progression from right to left is the direction of the shock wave. It was very powerful and imprinted as well as making the shock agate. This is a high-grade ornamental stone it looks like it has been quarried. Magnified detail of the shock agate section attached. July 5, 2024.
Helena Wilcox · ·
The whitest rocks I've ever seen.
If you are familiar with aerodynamics or fluidized flow you can see the shape of elongated drops in the post high energy wave progression. Magnification attached. July 5, 2024.
Shock agate, radial eyelash effect, appears to have been hit by plasma inclusion, botryoidal bubbling. While some shock agates show high resonate energy this one is strictly heat and motion. July 22, 2024.
Sherry Norbeck · ·
Found a really cool one yesterday along the Yellowstone near Glendive!! I believe it’s a Jasper with some quartz in there. Maybe a little agate too? Not sure. It can almost stand up on its base so I am going to sand it a little and see if I can get that to happen. I’d really like some input on that there little fossil though if anyone can help! Almost looks like an anemone…..or something!! It’s one of my best and most interesting ones!!
Aug. 8, 2024. Amethyst and energy type. Picture credit (naturalstonecreation.com) Natural and synthetic amethyst are not the same. First look at this example picture in situ form. You have shock agate structures, coning chevrons, and iron veins with particle inclusions. Brazil twinning occurs in natural gemstones (Wiki) as well as differences in spectra characteristics (linked article). This difference is due to the type of ionization of origin. With synthetic stones they are irradiated. With natural the impact plasma phase makes the ionization required. Shock is evident in the natural stones as they will have Brazil Twinning and as you can see in nature shock agate resonate wave forms as well as the triangle wave. These are higher level impact wave energies than your typical sine wave "shatter cones." Journals
Crystals
Volume 12
Issue 12
10.3390/cryst12121735
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Open AccessArticle
Comparative Study of Mineralogical Characteristics of Natural and Synthetic Amethyst and Smoky Quartz
*📷byKaichao Liu*📷 andYing Guo
School of Gemology, China University of Geosciences, Beijing 100083, China
*
Authors to whom correspondence should be addressed.
Crystals 2022, 12(12), 1735; https://doi.org/10.3390/cryst12121735
Submission received: 1 November 2022 / Revised: 24 November 2022 / Accepted: 29 November 2022 / Published: 1 December 2022
Ionization. Example: Amethyst is a purple variety of quartz (SiO
2) and owes its violet color to irradiation, impurities of iron (Fe3+
) and in some cases other transition metals, and the presence of other trace elements, which result in complex crystal lattice substitutions.[2][3][4] The irradiation causes the iron Fe3+
ions that replace Si in the lattice to lose an electron and form a [FeO
4]0 color center. (from Wiki).
Einstein received his Nobel Prize for the concept of electron loss due to light packet absorption, i.e. quantum physics. My grandfather a barber explained you cannot put a straight razor under an ultraviolet sterilizer light because the razor will lose its temper. The same concept.
Amethyst can fade in tone if overexposed to light sources and can be artificially darkened with adequate irradiation. (Wiki) So we have up and down electron math for amethyst.
We also know that synthetic amethyst differs from natural which proves a different but similar origin energy. Impact plasma formation is the likely energy. This high heat and pressure form a new ionizing environment as well as explaining the nano trace minerals.
Note the lateral striations in the above picture. That is an impact waveform origin signature as an earth pressure would not be able to produce this without contact which would be impossible in this type presentation. Also note the potpourri matrix including the iron necessary. The presence of iron is impact origin. The MVT theory has never proved a source. Synthetic diamond production shows that the fastest way to make them is with high heat, pressure and resonance. That is a description of impact. Aug. 9, 2024. picture from geologyin.com
Impactite, impact made geometric, element breakdown and resonate symmetrical forms. Rare to find one like this. First let me say that magnified you can see the granular particle construction which appears as all those little dots. The granular particles are a reform of the impact material as pulverized. These particles combine to make little shapes of like combining with like. Upper left section has squiggles of also like combining at a larger scale. The disk is a type of shock agate in what was the limestone strata where the impact occurred. Why is it a disk? Melt drops are often formed with these high energy events. A disk is a two-dimensional fast form whereby it happened too fast to form a sphere. The arcs along the edge are resonate rebounds where the shock resonance emanated from the center and bounces back which brings us to the three points. The high shock resonance will cook from the inside out concentrating on the center of mass. This is the way your microwave oven cooks. The calcite and trace iron have been isolated by the high energy heat and resonance and are compressed by the returning resonance to make the stable geometric figure which is a mathematical resolving of the energy to balance the whole. The squashed out side shows this compression. While I like the other answers presented why do I propose a different thesis? First, I have many examples of impactite from NE Kansas and have identified the craters. Second as a forensic phenomenologist I like a thesis that can coherently explain all the observations regarding the specimen. Sept. 5, 2024.
fossil information & identification
Todd Craig Moore · ·
Can anyone help identify this? And I’ve already heard all the flintstone Mercedes jokes I can stand. Thanks. Found in NE Kansas.
Interesting agate. It is making rounded cones. Sept 9, 2024.
Gay Watson · ·
Found this today whilst collecting some jasper on a dry creek in Tom Price. Am I right in thinking that something like agate slid into the jasper whilst forming
It was the only rock with a band in it like this.
Shock jasper. The banding is resonating wave imprinting. The minerals will attenuate at different frequencies thereby separating. The balls are an interim state not having come apart from the energy i.e. proto jasper. You can see a nice video on mineral attenuation on Youtube title is:
Innovative Mineral Processing With Microwave Technology | CanMicro Technology
Sept. 12, 2024.
Lucie Prosper · ·
The stone in the middle- every time I find one it reminds me of a blueberry loaf or dessert it’s very purple looking and always has neat designs. Found in the Canadian northern Rockies at the river. What is it does anyone know?
Beginners Luck, a linear fractal geode/agate. It also has impact sphere impalement on the surface. Fast formed crystals did not have time to make their habit. Sept. 18, 2024.
Mj Jordan · ·
That was my first find . Thank you for taking us. It was a blast. Stayed till 2am
Linear fractal flow and impact spheres. Sept. 18, 2024.
Impactite, shock agate. The yoke section is the isolation of iron by the high energy resonance. This kind of wave energy is like your microwave oven and cooks from the inside center of mass outward. It also reflects against the shell, and you see some parabolas. The fractal is an electric charge that built up and flashed like lightning toward the center from the iron ring just inside the shell. The grey is cryptocrystalline flint. Oct. 3, 2024.
fossil information & identification
I found this while out walking this morning it looks a lot like a fossilised egg? Would be great to see what people think and what animal it may have been…?
Shock agate. As the resonance refined the minerals by their attenuation frequencies then there was so much energy remaining to make a resonate balance by mass. This ended up a little shifted to the right side as it looks like the mass red is shifted left. The reflective against the wall harmonic is a solution to energy dissipation. Oct. 5, 2024.
Ian Bevington
·
I polished a piece of the Berber agate I have been cutting into and this is freaking rad! Freaking rad! I have the opposite cut and it has the same pattern.
Geodes are impact nodules. Some expand making the center hollow to form slower crystals some do not. You find them as part of an impact strewn field. The high variability suggest the sedimentary theory is not correct. Silica is very unlikely to precipitate as it is inert chemically. Also the hollow core is not a precipitate form. Oct. 6, 2024.
Taylor Pfanstiel
Slowly setting up for birding man festival in Ohio!! Come visit. It’s like burning man but local haha.
Proto shock agate. An impact nodule, shard, clast is subject to a high energy resonance from the shock waves. It causes the rock to vibrate and cooks it from the inside out like your microwave oven. This energy resonates the minerals and separates them by attenuation frequency. Magnified you can see tiny specks that are from the impacting bolide. You can also see the granular forms which are called "constellationing." Oct. 6, 2024.
Leah Gillen · ·
What causes this ring? Found in area with fossils.
Here we have the opposite power resonance. It is so high not only has it resonated the core but the surface as well. Oct. 6, 2024.
José Costa
— in Ericeira, Portugal.
Directional type shock agate. The shock is coming from the bottom hence the lines from the high power waves. It settles into the mass of the specimen and radiates the energy from the central core of mass. The hollow is too much energy making the expansion melt as it has made the volume smaller from all that energy compression. Oct. 15, 2024.
Mike Vecchies
​
Just cut this beauty my daughter found at the last gravel pit trip
Microscopic simultaneous impalements. Tiny blast bits at hypersonic speed are part of an impact explosion. It appears these small bits exploded outward upon impact into the matrix. What is so great about this example is the simultaneous nature of these hits. This is the column basalt/boxwork compression cells. While only some boxwork examples exhibit this as they are usually from a type 1 grid bricking, you sometimes see this with them too, also with resonate partitioning. Oct. 23, 2024. Image for sale at: micROCKScopica
Scott Johnson specimen, and I must say thank you for finding and posting this specimen on Lake Superior Oddball Agates, fb. Yes this is an oddball type. It is an energy made agate rather than a resonance type. That is not to say that charge does not have resonance it is just to identify its major source of making these figures in the rock. What follows below is close ups of these interesting effects. Oct. 25, 2024.
Lets start with the easy stuff. Carnelian and citrine melts. These two gemstones are related by the degree of iron. You can see the citrine halos in connection with the iron inclusions. The carnelian is denser and is a melt where the iron has been fully mixed into the matrix. Why is that important? Mixing and rejections is a phenomenon you see often with impactites. It is a measure of energy the rock has received. Very high energy is needed to make a quartz iron fully mixed composite. You can think of it as what you see in the paint store when they add the color to the base and have to shake it quite a bit to blend the color and base. The oxidation of the iron will shift the citrine to carnelian as well. While we think of iron as red and red does not make yellow or orange the oxidation does. You can also notice a little indigo in this picture and while you cannot see it well from this view the rock also contains cobalt. Flame and isolation. In this view you can also see the tapering points coming from bottom to top as a flame type figure. That is something of a directions condition. While this is primarily an energy made specimen, resonance was also present but as stated before charge and resonance are similar and connect. Oct. 25, 2024.
Fragment dots and pieces. This is a common element of explosion which is what makes impactites. In this view you can see a little of the cobalt blue which has melted already as cobalt melts at a lower temperature than iron. Oct. 25, 2024.
Tiny impalement hole craters. Impact makes plasma which is expelled like the fragments at high speeds and impales the impactites. It will also make linear cavitation fractal shaped tunneling. Oct. 25, 2024.
Now we are going to get into just how interesting and rare this specimen is. First on the left side you can see some really good points coming off the trunk. This branching is the same thing you see with lighting. Energy moves or expresses its form based on brackets of power or charge. The trunk will branch as this becomes unstable so as to force change or shift to these leads. A steady power would just continue with a trunk. In the upper right you can see pi/pagoda figures forming this is a very rare phenomena and I have a page just for that at: 2H: Pi/Pagoda wave | mysite
I like this view because it shows the semiconductor nature of this charged specimen. Take for example the breakdown of the iron in the left front area. It has charge that has exceeded the iron as a conductor and is moving into the quartz fractaling and fringing diagonally to the upper right. Oct. 25, 2024.
Right hand rule branching. Significant energy will twist. You can even see this in mountains made as an upsplash from big meteor hits as a shock resonate form. As stated above the energy types are related physics. As a charged effect shown here the perpendicular nature is a branching effect of the right hand rule. This would be impact bricking type 17. see page: 4R: Shock Lines & Impact Bricking | mysite
The specimen is also showing meta bricking from the right hand rule charged branching effect. You can see this in the left side iron breaking down to shift to the silica simi conductor carrying dispersal of energy. The rope like blobs on the right side are energy noise so unstable it is not able to make a distinct form.
So where does the energy come from? There are two types of charge made in an impact chaos explosion storm. The first is particle generated by the swirling bits of pulverized matter causing a static electricity generator. For example the ash particles in a volcano plume make lighting at many thousand time the rate of normal atmosphere lightning generation. The second type is ionization. The high heat and pressure of impact ionize elements which is shown dispersed in the impactite as this shift cools. Oct. 25, 2024.
Shock agate, carnelian and citrine. I like the fine banding progression to melt. That is a resonate effect. It was fast formed with high power. Oct. 28, 2024.
Remco Elisha · ·
Rockhounding the Rhine river near Wesel in Germany.
And the impact crater that made this specimen above. This karst map is really good for showing cratering. Karst are the result of impact whereby the impact rubble makes voids. These voids can show up in the crater walls as well as under the crater as craters make a hemisphere of rubble. Oct. 28, 2024. Image is from:
Hypogene Caves in Germany, Geological and Geochemical Background
Chapter
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Aug 2017
Germany exhibits a very diverse geological history. Thus a large number of stratigraphically, petrographically and tectonically different carbonate and sulfate rocks deposits exist that have been subject to karstification. First, we discuss the possible “agents” (sensu Klimchouk) of hypogene karstification. Three principally different processes are...
Interesting impact geometric a split triangle harmonic. Notice how the hypotenuse is bending conformally. Resonate harmonics are how shock agates are made. You can often see triangles in them. Attached is a map showing the Rochester/Lake Onterio Impact Structure. Fonda NY is in the breakthrough box where the blast kept pushing. Oval impact structures are not as rare as you might think. Nov. 3 2024.
Jenni Blakeman
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Y’all, I know it’s not New England but wanted to share what I found in Fonda, NY, at Herkimer Mountain today!
