Quander

00:00:36

11/30/2024 -- First snow of the season -- St. Louis Missouri area -- Female Cardinal at feeder

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6K views 2 weeks ago

00:44:58

11/28/2024 -- Earthquake Activity worldwide update + 7 Day seismic outlook

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46K views 3 weeks ago

00:04:42

11/19/2024 -- VLF (very low frequency) Plane fly over done to me directly -- ALERT

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47K views 1 month ago

00:47:59

6/28/2024 -- Large M7.2 Earthquake strikes South America -- New seismic spread underway

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1 views 5 months ago

08:24:27

Earthquake Live Stream -- Past 48 hours of activity up to current

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1 views 7 months ago

00:33:28

2/02/2024 -- Live Earthquake Update -- Large M5.1 strikes Oklahoma -- Largest in years

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1 views 10 months ago

00:42:22

1/23/2024 -- Live Earthquake Update -- Large M7.0 in China

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1 views 10 months ago

00:56:41

1/20/2024 -- Live Earthquake Update

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1 views 11 months ago

00:24:47

1/13/2024 -- Oklahoma Earthquake Swarm -- Oil + Gas drill points nearby -- New seismic spread now

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1 views 11 months ago

00:11:44

1/12/2024 -- Part 5 -- Seismic Activity Spreading -- Earthquake forecast and update

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1 views 11 months ago

00:05:00

1/04/2024 — I made Phosphorescent Limestone! Glowing Geopolymer Man made stone!

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1 views 11 months ago

,I decided to see what would happen if I added phosphorus liquid and sand to the new limestone geopolymer mix ! I am not disappointed! Very cool effect in the stone , the particulate matter spread evenly throughout the entire mix! I didn’t use much sand (blue color) and used a small amount of liquid green white 50ml or so . I’m calling this new mix “Star Stone” due to it looking like stars in the mix . Cool thing you don’t see it in regular light at all, looks like regular limestone!!! Mix is in this video here if you want the ingredient list 👍 _____ Ingredients to make this awesome indoor use mix of geopolymer limestone... mix in this order - 1 cup of salt water (tap water with 1 tablespoon of salt mixed in well) (add in the glowing liquid solution at this stage to the salt water I used about 50ml for the whole batch) 1 cup of Sodium Silicate aka Waterglass mixed into the above saltwater 1 cup of Sodium Carbonate white powder mixed in fully 1 cup of Calcium Carbonate white powder mixed in fully 1 cup of Crushed powderized limestone mixed in fully I then added the glow in the dark blue sand, about one tablespoon (I could have added MUCH more glow in the dark sand but didn't have any on hand). By the time you mix in the limestone, the mix will begin heating up, and bubbling, and start to congeal. The mix will at first be smooth and pour like concrete, perfect for pouring into fine molds or detailed pieces / areas. After about 15-20 minutes the mix will begin to become more like playdough or thick clay, which can be packed into molds or to be pliable onto / around / or inside things (can be shaped like pottery for instance). You can play with the amounts of each material in ratios to get different mixes (more water and sodium silicate makes a more liquid like mix for instance). Last step , instead of limestone, can substitute most powderized rocks including granite, coral, and most other crushed stones. I am experimenting now with adding in metal powders, however the metal powders must be added in carefully , as some powdered metals will react with h20 (water) and release hydrogen / oxygen which can be an issue when using powder metals! After choosing which powderized stone you want to mix in, you can safely add in foils, beads, plastics, and any aggregate stone you want to mix in , anything from gravel or fossils to glow in the dark plastics or pieces of metal ... fabrics, threads, and fibers can also be added to make a fiber-polymer mix! As for pigments, you can add pigments at any stage in the process and or EVERY stage in the process. I would suggest first using liquid pigments in the saltwater and sodium silicate, and then use powder pigments in the Calcium Carbonate , Sodium Carbonate, and "rock" you choose to add in. This mix works also as a mortar, grout, and binder for any unfinished stone material that I have found so far. There may be some exceptions, but so far this mix sticks to concrete, wood, plastic, metal, and other geopolymers.... It even stuck fairly hard against my sealed concrete garage floor. Uses for this could go anywhere from small tiles to big art sculptures, tables, railings, corbels, mantles, lamps, furniture, and a host of other things I haven't even thought of yet. It is very exicting to think about all the uses that man made stone could be used for... lol.. how about the dashboard in your car being solid stone haha or a computer case for your tower PC?! lol A mouse and keyboard set made of stone? why not? lol Maybe I can make tombstones that last as long as the pyramids, inlayed with LED's and glow in the dark letters ! haha I'm thinking big! _______ As for OUTDOOR use, this is going to require a slightly different mix, and step by step method. I am working on the outdoor mix now, and the only difference seems to be that in step 1 (salt water)... after step one you add in crushed burned seashells (caustic lye or quicklime). then do the rest of the steps as listed above. Caution: I still am testing the outdoor mix, don't know how long it will last !

00:27:32

1/02/2024 -- New York City , Washington DC earthquakes, booms and rumbles - East Coast moving

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1 views 11 months ago

00:09:28

1/02/2024 -- Man Made Stone -- Geopolymer Limestone -- Ancient mix ingredient list included!

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1 views 11 months ago

,Ingredient list below! Thanks to Paul Cook for making me aware of geopolymers, and the ancient structures made of such materials! This apparently goes back a long way .. check out Paul Cooks channel for more info on man made rock and how the ancient people apparently used it (hidden from history until now): @pauliecook432 _____ Ingredients to make this awesome indoor use mix of geopolymer limestone... mix in this order - 1 cup of salt water (tap water with 1 tablespoon of salt mixed in well) 1 cup of Sodium Silicate aka Waterglass mixed into the above saltwater 1 cup of Sodium Carbonate white powder mixed in fully 1 cup of Calcium Carbonate white powder mixed in fully 1 cup of Crushed powderized limestone mixed in fully By the time you mix in the limestone, the mix will begin heating up, and bubbling, and start to congeal. The mix will at first be smooth and pour like concrete, perfect for pouring into fine molds or detailed pieces / areas. After about 15-20 minutes the mix will begin to become more like playdough or thick clay, which can be packed into molds or to be pliable onto / around / or inside things (can be shaped like pottery for instance). You can play with the amounts of each material in ratios to get different mixes (more water and sodium silicate makes a more liquid like mix for instance). Last step , instead of limestone, can substitute most powderized rocks including granite, coral, and most other crushed stones. I am experimenting now with adding in metal powders, however the metal powders must be added in carefully , as some powdered metals will react with h20 (water) and release hydrogen / oxygen which can be an issue when using powder metals! After choosing which powderized stone you want to mix in, you can safely add in foils, beads, plastics, and any aggregate stone you want to mix in , anything from gravel or fossils to glow in the dark plastics or pieces of metal ... fabrics, threads, and fibers can also be added to make a fiber-polymer mix! As for pigments, you can add pigments at any stage in the process and or EVERY stage in the process. I would suggest first using liquid pigments in the saltwater and sodium silicate, and then use powder pigments in the Calcium Carbonate , Sodium Carbonate, and "rock" you choose to add in. This mix works also as a mortar, grout, and binder for any unfinished stone material that I have found so far. There may be some exceptions, but so far this mix sticks to concrete, wood, plastic, metal, and other geopolymers.... It even stuck fairly hard against my sealed concrete garage floor. Uses for this could go anywhere from small tiles to big art sculptures, tables, railings, corbels, mantles, lamps, furniture, and a host of other things I haven't even thought of yet. It is very exicting to think about all the uses that man made stone could be used for... lol.. how about the dashboard in your car being solid stone haha or a computer case for your tower PC?! lol A mouse and keyboard set made of stone? why not? lol Maybe I can make tombstones that last as long as the pyramids, inlayed with LED's and glow in the dark letters ! haha I'm thinking big! _______ As for OUTDOOR use, this is going to require a slightly different mix, and step by step method. I am working on the outdoor mix now, and the only difference seems to be that in step 1 (salt water)... after step one you add in crushed burned seashells (caustic lye or quicklime). then do the rest of the steps as listed above. Caution: I still am testing the outdoor mix, don't know how long it will last !

00:51:56

1/01/2024 -- Large M7.5 Earthquake & Tsunami in Japan - Japan CONNECTED TO ICELAND + X5 Solar Flare

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1 views 11 months ago

00:03:59

12/31/2023 -- New batch of MAN MADE stone -- Ancient Ingredient list included! Limestone Geopolymer!

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1 views 11 months ago

,I have included the ingredient list for you to develop your own limestone and other types of geopolymer mixes. Thanks to Paul Cook https://www.youtube.com/@pauliecook432 Paul made me aware of ancient peoples use of geopolymers, and the explanation of how ancient people made giant stones and moved them so far -- turns out they cast the stones and blocks much like we cast concrete in molds today! Only instead of using concrete, they made their own stone that is indistinguishable from "natural rock"! Texas A&M university did a study on meta-kaolin based geopolymers and found they are more durable and stronger than portland cements! See the whole study here, depending on the amount / ratio of the mix, the Mega-pascals on geopolymers can be up to DOUBLE that of modern concretes! See the Texas University study here: https://www.youtube.com/watch?v=rUYWiVVuc_w _____ Ingredient list for the strong durable (indoor use) limestone geopolymer I made in this video: 1 cup of salt water 1 cup of Sodium Silicate aka Waterglass 1 cup of Sodium Carbonate (white powder) 1 cup of Calcium Carbonate powder 1 cup of Limestone crushed powder You can add other powders or aggregates to the mix after this... anything from metal powders to pigments, from gravel to gemstones.. you can add in pretty much anything to the mix as an aggregate if you want bigger pieces in your mix. It can be used as a mortar, a filler, a full body of a piece, and can also add in fibers to make a "fiber-polymer" that is strong like concrete when you put fiber in for more lateral strength. There is little to no expansion or shrinking ! Most important, the mix will begin drying almost immediately upon pour, and will harden off within hours , you can remove the molds within hours, and is rock hard within a few hours after mold removal. Full curing takes a week or so, and or longer depending on the size of the pour obviously. You can seal the man made rock (geopolymer) with more Sodium Silicate (waterglass) or use any stone or concrete sealer. You can also seal with resins. Additionally, you can always add more geopolymer or lay more on top, you can pour in layers (unlike concrete) you can pour over concrete and it binds to concrete amazing. This particular mix can also be used as a binder or mortar between pieces. It is amazingly sticky and works into playdough texture for packing in spaces after a few minutes from being mixed. You can literally make anything interior for your house of of this as long as it is not exposed to continual water or excessive heat (just like most interior stone pieces). I will be putting out an "outdoor" and high temperature mix in the next few months which I am working on now. For now, this mix can make everything from lamps to tiles, from table tops to full doors. Corbels, mantle pieces, stone backsplashes for kitchens, picture frames and pretty much anything else indoor (furniture for sure). The compressive strength of the geopolymer is stronger than concrete depending on how you mix it. ____ Final point: The mix I made is a combination of the ancient egyptian mix released by Paul Cook and the Geopolymer institute COMBINED WITH THE MIX REVEALED BY TEXAS A&M UNIVERSITY!!! I mixed the ingredients following the Texas A&M flow chart shown in their above linked video instead of doing the mix as the Geopolymer institute showed. Watch the Texas A&M video and you can fast forward to their ingredients flow chart diagram to see the step by step mix they made and how it tested for compression vs. concrete. Geopolymer is the way of the future when it comes to man made stone and replacing concrete. No high temp baking needed on the lime, and little to no expansion or shrinking in the mix once dried. Dried in hours to days. Any stone you want to mimic can be done by how you add the last ingredient as a filler! amazing! :)

00:12:49

12/03/2023 -- New Large M7.0 Earthquake and 50,000ft Volcanic Eruption - Pacific Unrest Spreading

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1 views 1 year ago

00:48:46

12/02/2023 -- Large M7.7 strikes West Pacific Philippines

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1 views 1 year ago

00:31:34

12/01/2023 -- Southern California M4.8 Earthquake East of San Diego

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1 views 1 year ago

00:54:36

11/29/2023 -- Earthquake activity update -- Unrest spreading , where to watch next

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1 views 1 year ago

00:35:09

Dutchsinse Christmas Special

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1 views 1 year ago

00:28:38

11/26/2023 -- Earthquake Forecast -- New M7 activity due in Central America, M6+ in South Japan

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1 views 1 year ago

,Synthwave music credit to : Karl Casey @ White Bat Audio All areas mentioned in this video should be struck within the next 7-10 days (or less). The forecast for last week has now expired. Several locations from last weeks forecast were direct hits, including the M7.1 at the Izu ridge, the M6.3 (m6.5) West of Sumatra, M6.7 (m7.0) at Vanuatu, and M6.7 (M7.2) at Philippines. Add in Taiwan and Japan today with identical M5.1s in both countries. The USA portion is somewhat of a flop, M2.4 struck the location at Ventura California instead of M4 (100X less power than expected but spot on in location and timing). The East coast at Quebec technically still has 48 hours to watch , but it looks like it will be 1 full magnitude less than expected (good thing!) M3.0 range instead of M4.0. M3.0 range are spreading equally across the whole North American plate currently, as shown in this video , reaching as far East as Kansas (so far). Should reach Quebec within 48 hours from now. I will do additional updates as necessary. If you would like to do your own earthquake forecasting, or fully test the methods we have publicly developed over the past 12 years, feel free to test and repeat each step of the method by learning the method here: https://www.youtube.com/watch?v=WTONWLDIpQs Real world example from 2018 and a much fuller explanation of how things work here: https://www.youtube.com/watch?v=txQFnGZvuHo Note, the above video from 2019 is on the day of the largest earthquake in Califorina in the past 20 years. I had issued a warning 2 days before, calling for M7+ level to strike central California. Then on July 4, 2019 the M7+ earthquake struck Central California at Ridgecrest CA. When the large earthquake hit, people demanded that I make a new video explaining the method (how to repeat the earthquake forecasting method). Which I did promptly upon the quake striking. By watching both videos (the long version and the short robot text version), you should be able to start doing your own basic seismic forecasting, and develop it into something very accurate. Currently we are able to get things down to about 200 miles of an area (a region or state), within 1 magnitude of what actually strikes, and within 7 days time (sometimes 10 days depending on the size of the area or events moving).

00:30:29

11/24/2023 -- Largest Volcanic Blast of 2023 (so far) plus multiple large Earthquakes spreading

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1 views 1 year ago

00:01:52

11/14/2023 -- The End

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00:29:34

Earthquake Live Stream - Past 48hrs up to current

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00:17:28

10/28/2023 -- No Earthquake Updates for a while - Internet shut down & MAKING NEW EARTHQUAKE PROGRAM

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1 views 1 year ago

00:05:56

How to forecast an earthquake -- TEXT VERSION -- Fundamental Principles

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,This has been made for anyone to test the method. How to forecast an earthquake THE TEXT VERSION: By Dutchsinse (Michael Yuri Janitch) Simply put, almost anyone can do earthquake forecasting down to a region of a few hundred miles, down to an approximate 7-10 day time period, and usually within 1 magnitude of what actually ends up striking. HOW TO: Standing wave principles apply. See here for a video example: https://rumble.com/vbdn5d-concentic-standing-waves-standing-waves-solitons.html Video above shows the whole process from deep earthquakes to the spread up, the halfway sorting and the spread out......... (video shows concentric waves , into a singularity spike upwards, then a standing wave in a tank building power reflecting back into itself.. then the middle points are sorted via vibration on a shake plate, then the wave travels as a soliton solitary wave of translation, then sorts to middle points again as it distributes out along the linear plate boundaries and across craton edges) _____ Explanation: Between any two earthquakes , a middle point exists. Think of two earthquakes like two waves in a standing wave tank. Then a new earthquake (a new single wave of same size or combined larger) pops up in the "middle point" between the two previous waves. Like book ends, the two previous earthquakes define the area to watch for the NEW earthquake to strike in the nearterm future. The middle point usually is struck with the combined total of both previous earthquakes. Example: Two 5.0's hit across Japan.. (one M5.0 on the south at Kyushu, one M5.0 on the north at Hokkaido)..... then a few days later or less a new M5.1 to M5.2 strikes the middle point at Tokyo. The standing wave usually spreads onwards along the plate boundaries and craton edges after striking in a particular area more than a few times. As the standing wave spreads, new sets of quakes occur at the halfway points previously mentioned. Just as a standing wave spreads in a tank, and then reflects into itself, earthquakes spread and strike the same way, but instead of being in a "tank", the seismo-electrical wave which is spreading follows the plate boundaries and craton edges "out and away" from where the wave comes up. The seismo-electrical wave comes up from below the plates (coming up from the core itself as a Ultra low frequency or Extremely low frequency wave). When the seismo-electrical ULF/ELF wave comes up from the plasma core of the earth (like lightning spreads up from the plate into the atmosphere).. this seismo-electrical wave spreads up and out through the plate. The ULF / ELF seismo-electrical wave is usually accompanied by a "deep earthquake" recorded at the bottom of the plate receiving the wave, or even deeper below the plate receiving the wave in the semi-melted asthenosphere. The deep earthquakes sizes (magnitudes) and locations are important. Much like we would pay attention to a storm dropping a large amount of precipitation on a river, we would watch for the river to flood, and the flow of the water to go "downstream" away from the origin point following a path of least resistance. Therefore just like paying attention to a storm dropping a lot of rain,we need to pay attention to deep earthquakes as a sign of a large amount of low frequency "energy" being absorbed into the plate in that area. When a rain storm drops large amounts of rain on a river, the river floods and the flow goes down stream / away from the origin point. The same can be said for this seismo-electrical wave, it follows a path of least resistance, however instead of flowing downhill like water does, the seismo-electrical wave flows UP OUT AND AWAY from the deep earthquake locations. Thus this wave is not just "electrical" in nature, but also a traveling physical wave in some fashion I have yet to determine. It flows around plate boundaries and craton edges instead of directly across them. Path of least resistance is involved in some way yet to be determined. Regardless of HOW the process forms, the result is observable, somewhat equidistantly spaced earthquakes spreading out and away from the original deep earthquake locations. The spread of the earthquakes (the equidistant spacing of the quakes) is the sign of a "standing wave" , and the spacing between the quakes being thousands of miles between points defines the "wave" as a very low frequency wave or beyond into ULF ELF. Summed up: Watch first for deep earthquakes... then watch next to the deep quakes for shallower larger earthquakes to spread up , out to a shallow depth and then away from the deep quake location (like a wave spreading out and away from a splash). Then, find the middle points between the current (past 48 hours of) earthquakes. This determines the new locations to watch in the next few days to be hit. Then you can track the spread and plot additional forecast points based upon the current earthquakes which already have struck.