Merializer

Enemy of the State (1998) http://www.imdb.com/title/tt0120660/ Director: Tony Scott Actors: Will Smith , Gene Hackman

For manufacturers who care about making low EMF products, use quality measuring devices, watch my videos like my TV video for example which contains a lot of advice: https://rumble.com/v1s8ar6-how-to-buy-a-low-emf-tv-5-televisions-tested-emi-magnetic-rfr-electric-plas.html Unless I'm mistaken, in a society we are supposed to improve things for each other, not the other way around and there are many things that can be improved. One of the reasons why people like me keep making videos is to show what the problems are so they can be resolved or minimized. If you want to make a stick for your TV remote like seen at 6:45, just mount the TV remote a little bit higher, so the tip of the remote extends a little bit over the wood it is mounted on, for better reception. If you want to see how i manage to "not touch" any devices and still use a computer, watch my inhibitor video: https://www.youtube.com/watch?v=W3GzIKMIKGE All videos on that channel were made using that build (or with older builds). If you want to study EMF sensitivity correctly, there is a lot to know: watch this video and read everything linked to: https://rumble.com/v29mx2w-ehs-study-emf-study.html ______________________________________________ Devices used in this video: Gigahertz ME meters: There are many webshops to buy these meters, here are some examples: https://gigahertz-solutions.com/Measurement/Low-Frequency https://www.geotellurique.fr/6-detecteurs-basses-frequences https://safelivingtechnologies.com/emf-meters Esmog Spion: https://www.esmog-shop.com/messtechnik/endotronic/

The cause of sleep problems can be many, lack of exercise being one of them, consuming the wrong foods and drinks (or in too high amounts) in the evenings, etc, however, nowadays some new big potential factors have arisen: . 1) Bright light in the evenings from TV screens, laptops, tablets, LED lights and cell phones could be a factor. 2) EMF, like e.g. magnetic fields from smartphones, etc, could be a factor. 3) Over-stimulation of the brain by our modern technology and lifestyle could be a factor. . Because it's hard to know which people and studies are correct and which ones are false these days, (because of bad science, bias and corruption) it's better to try many things yourself to see if it is true. Below are some references that at least provide some more info than found on mainstream TV and provided by some doctors, because what they provide can sometimes be overwhelmingly lacking, misleading and frustrating. . Please realize that not everything said in internet videos is always true either, but because a thing or two isn't entirely correct doesn't mean you should reject everything someone said either. You just need to try out which methods work for you and not. . 2013 Documentary: "Resonance: Beings of Frequency" by James Russell https://youtu.be/YFR5EtO_zdM?t=4055 . Prof. Denis Henshaw: Magnetic Fields - Health Effects & Mechanisms https://youtu.be/HZNrUrSdUzo?t=399 . Multiple sleep tips by Kim https://youtu.be/tVg7-ZHDjTE . The Gupta program https://www.youtube.com/@GuptaProgram/videos . Is your Pineal Gland calcified and not functioning well? . ----------------------------------------------------------- . Daisy Maskell: Insomnia and Me - BBC .

Guidelines to do less flawed studies and why most studies have failed: https://www.dropbox.com/s/eezli5c55z1v32v/ . 1991 study: EMF sensitivity is real. This one proofs it can be done, and it was done a loooong time ago (this was likely even better than I can describe and recommend in my guidelines above). https://eloverkanslig.org/wp-content/uploads/2019/09/William-J.-Rea-Electromagnetic-Field-Sensitivity.pdf . Provocation experiment succeeded: https://stichtingehs.nl/actueel/blog/provocatie-experiment-gelukt-proefpersonen-lijken-radiofrequente-straling-waar-te-nemen . ISSeP Sciensano study designed to find nothing? You can read the shocking testimonials from participants at the bottom: https://www.arehs.be/cp-etude-issep-sciensano-29-11-2022 . --------------------------------------------------- . Source of clip: 2013 Documentary: "Resonance: Beings of Frequency" by James Russell https://rumble.com/search/all?q=resonance%3A%20beings%20of%20frequency . --------------------------------------------------- . Guidelines in Dutch (Nederlands) and more: https://www.youtube.com/@Merializer/about

Maybe people thought that dirty electricity only runs inside or on the cables in the walls, but this is not so. It radiates into our living spaces. There are just not many devices that can measure it all in space. The new Esmog Spion 5G can give you an idea (but even this device has limits). I suspect that the high Dirty Electricity coming into my home has to do with the conversion of energy for solar panels, because most Dirty Electricity goes away when the sun goes under, also in the weekends, maybe the system shuts down automatically to safe energy at night. This also shows that it's important to measure on different times of the day if you don't want to miss something. However, it's not because it shuts down at night that this is safe, it's good that it does, but i'm still in this during the day, 365 days a year, just like i'm in all the WiFi and other RF in the air without my consent. I suspect that all my cables in the walls and every device or cable that is plugged in emits this dirty electricity. Many houses have relatively small rooms like mine, so there is no safe spot at all. Also keep in mind that the human body is more sensitive (especially EHS people) than most of the budget EMF devices i'm using, and cheaper EMF devices often don't even measure any of this. There is still dirty electricity always here at night as well, when the body is most sensitive, it's lower, but it's not low. Some people have symptoms where many devices measure nothing even, so. What are the effects on all biological creatures being in this all the time? . The monitor makes some dirty magnetic fields, detectable up to about 2 feet with a Gigahertz ME3851A because it can measure down to 0.1nT but the Cornet ED88T and EMFields PF5 can also detect magnetic fields up to a foot or so. The buzz stick and a simple AM radio also detect EMF pretty far as well. I didn't include footage with these devices in this video because my camera is damaged. So it's not abnormal that the Esmog Spion measures something, but it's more noticeable and looks more scary, which may be good for demonstrations because most people underestimate the power of this energy. . In case you were wondering what happens if I disconnect the data cable first and leave the power cable in, it's about the same. The Esmog Spion still measures very high. So in my place, using a grounded plug on a monitor doesn't help much, probably because the monitor is already emitting a lot of EMF by itself. . https://www.esmog-shop.com/messtechnik/endotronic/ . https://gigahertz-solutions.com/Measurement/Low-Frequency .

Timestamps: . 0:12 Cemprotec 34 -- BR-9A 3:00 GQ-EMF-390-V2 -- Trifield TF2 5:25 Cemprotec 34 -- Trifield TF2 7:05 Trifield TF2 -- Esmog Spion 5G 9:42 Trifield TF2 -- Cornet ED88T 11:42 Cemprotec 34 -- GQ-EMF-390-V2 13:33 Cemprotec 34 -- Cornet ED88T 15:34 Safe and Sound Classic II (SASC2) -- GQ-EMF-390-V2 17:52 Safe and Sound Classic II (SASC2) -- Cornet ED88T 20:01 Cemprotec 34 -- Esmog Spion 5G 22:42 Safe and Sound Classic II (SASC2) -- Esmog Spion 5G . pdf file in English with my thoughts and preferences about RF meters: https://www.dropbox.com/s/6ybb3pyw1mgmdjo/ . pdf In het Nederlands: https://www.dropbox.com/scl/fi/h49u9jmujqozivt68xsca/beste-RF-toestellen-getest-in-2022.pdf?rlkey=t5epw3n9948sh70k47xcfnu9g&dl=0 . If you want to buy an EMF meter, I highly recommend to watch ALL the videos in this series before making a final conclusion and decision. . I do recommend to watch some videos from other channels, especially for the RF mode, because some devices may perform better or worse depending on the type of signal. Just be aware that if someone isn't carefully performing a test correctly and fair, the result can be very misleading and fool you. My tests were pretty basic, but they are real world tests. Be careful because a lot of videos out there are reviews with only a single device or top 10 videos with some pictures but zero tests and therefore zero proof of what they say is correct, so in these videos they can say anything they want and people believe these strangers without evidence.

The Faraday box tests seem to be good at reflecting the usual behavior and tendency of each device. . The Faraday box isn't that great, but for those who want to know what I used: YSHIELD V4A03 Stainless steel mesh (claimed Attenuation: 55 dB) (for better sound recording) YSHIELD RDF72 Window film (claimed Attenuation: 33 dB at 1 GHz) (for better video recording) Aluminium shielding tape square metallic cookie box . pdf file in English with my thoughts and preferences about RF meters: https://www.dropbox.com/s/6ybb3pyw1mgmdjo/ . pdf In het Nederlands: https://www.dropbox.com/scl/fi/h49u9jmujqozivt68xsca/beste-RF-toestellen-getest-in-2022.pdf?rlkey=t5epw3n9948sh70k47xcfnu9g&dl=0 . Timestamps: . 0:12 Erickhill RT-100 -- Cornet ED88T (related to the debunk video 1/13) 2:46 Esmog Spion 5G -- Cemprotec 34 5:33 Cornet ED88T -- Trifield TF2 10:31 Cornet ED88T -- GQ-EMF-390-V2 15:01 Esmog Spion 5G -- Trifield TF2 18:03 Cemprotec 34 -- Trifield TF2 21:41 Cemprotec 34 -- GQ-EMF-390-V2 25:39 BR-9A -- Cemprotec 34 29:34 Cemprotec 34 -- Cornet ED88T 33:44 Esmog Spion 5G -- Safe and Sound Classic II (SASC2) 36:42 GQ-EMF-390-V2 -- Safe and Sound Classic II (SASC2) 41:26 Cornet ED88T -- Safe and Sound Classic II (SASC2) . -- additional tests -- (related to the debunking tests seen in video 1/13) 45:27 (Shielded Electric fields) Cornet ED88T -- GQ-EMF-390-V2 46:09 (Shielded Electric fields) Cornet ED88T -- Gigahertz ME3851A 46:46 (magnetic fields) Cornet ED88T -- Gigahertz ME3851A 47:25 (dirty magnetic fields only) Cornet ED88T -- Gigahertz ME3851A 48:10 Results . If you want to buy an EMF meter, I highly recommend to watch ALL the videos in this series before making a final conclusion and decision. . I do recommend to watch some videos from other channels, especially for the RF mode, because some devices may perform better or worse depending on the type of signal. Just be aware that if someone isn't carefully performing a test correctly and fair, the result can be very misleading and fool you. My tests were pretty basic, but they are real world tests. Be careful because a lot of videos out there are reviews and top 10 videos with zero tests and therefore zero proof of what they say is correct, so they can say anything they want and people believe these strangers without evidence.

Some devices that don't seem to measure much from the chosen source (169 MHz paging), may be under-reporting because their frequency response falls off at some point (here are the claims of the start of frequency response of the least responsive devices: 200MHz for the SaSC2, 100MHz for the Cornet ED88T, 1 MHz for the Cemprotec 34. Keep in mind that it's likely that specifications are exaggerated (incorrect) for some of these devices). It is also possible that the Trifield TF2 and Esmog Spion 5G are over reporting, however, it may just be that their frequency range covers this 169 Mhz better so they measure more correct (the Trifield TF2 claims to start from 20MHz, the Esmog Spion 5G claims from 50 MHz or 200MHz depending on connected antenna). The answers could be found out with professional testing equipment (like seen in the tests linked to below). . Timestamps: -- 800 meter -- 01:07 Esmog Spion 01:27 Esmog Spion 5G 01:54 RTL-SDR -- 20 meter -- 03:10 Esmog Spion --- Esmog Spion 5G 03:44 Esmog Spion 04:00 Esmog Spion 5G --- GQ-EMF-390-V2 04:49 Trifield TF2 --- GQ-EMF-390-V2 05:28 Cemprotec 34 --- GQ-EMF-390-V2 05:57 Trifield TF2 --- Cemprotec 34 07:24 Trifield TF2 --- Cornet ED88T 09:11 Safe and Sound Classic II (SASC2) --- Esmog Spion 5G 10:08 Safe and Sound Classic II (SASC2) --- GQ-EMF-390-V2 11:07 Esmog Spion 5G --- Safe and Sound Classic II (SASC2) 12:41 Esmog Spion 5G --- Cornet ED88T -- 75 meter -- 13:16 Cornet ED88T 14:35 Esmog Spion -- 150 meter -- 15:16 Trifield TF2 --- Esmog Spion 5G 15:53 Trifield TF2 --- Cemprotec 34 17:59 Trifield TF2 --- GQ-EMF-390-V2 19:12 Cornet ED88T --- Trifield TF2 19:50 Esmog Spion 5G --- Safe and Sound Classic II (SASC2) -- 450 meter -- 20:55 Cornet ED88T --- Esmog Spion -- 350 meter -- 21:19 Trifield TF2 --- Esmog Spion 5G 22:32 Results . So why would we care about 169 MHz specifically? I'm no health expert, but according to the FCC: "...The most restrictive limits on whole-body exposure are in the frequency range of 30-300 MHz where the human body absorbs RF energy most efficiently when the whole body is exposed." https://www.fcc.gov/engineering-technology/electromagnetic-compatibility-division/radio-frequency-safety/faq/rf-safety#Q9 . The 390 MHz TETRA sounds very nasty, possibly this is even worse than the 169 MHz paging, who will say? A device that has no true sound function cannot tell you about this nastiness though. . My videos give you an idea about the performance of the devices, however, before buying a device with an RF mode, I recommend to watch the following tests as well (see links below). I hope that by doing this it's clear that I do not want to trap you into buying something with my videos, I want you to find the best device on the market (or best suited for you). Keep in mind that some people may intentionally or unintentionally be biased towards a certain device (that includes me). I cannot verify if everything done in the test below is 100% correct and fair, unless I would have their equipment to test and check everything they did. If a tester only finds positives (or only negatives) about a device, the person may be biased or didn't do enough different tests, because usually all devices have negatives and positives (the super cheap ones may not have much positives though). . https://baubiologie-magazin.de/breitband-messgeraete/ . https://youtu.be/d2XyAeFETeI https://youtu.be/xUGVA_5DB_M https://youtu.be/TX1pnxRIHxU https://youtu.be/RRkpkOxAgHc . https://youtu.be/MwKewkc7gGw https://youtu.be/gah8QfG4G3Y https://youtu.be/Z2MbisjvAEw

Watch as much footage as possible, because every test can be a little different (read the preface in the beginning of the video). . Timestamps: . -- 60 cm or 2 feet -- 0:21 Cemprotec 34 --- BR-9A 3:21 Trifield TF2 --- Cemprotec 34 5:45 Cemprotec 34 --- Cornet ED88T 7:44 GQ-EMF-390-V2 --- Cemprotec 34 9:53 Trifield TF2 --- Esmog Spion 5G 12:06 Cornet ED88T --- Trifield TF2 15:33 Cornet ED88T --- Safe and Sound Classic II (SaSC2) 18:00 Safe and Sound Classic II (SaSC2) --- GQ-EMF-390-V2 20:07 Safe and Sound Classic II (SaSC2) --- Esmog Spion 5G -- 30 cm or 1 feet -- 22:39 Cornet ED88T -- BR-9A 26:28 Trifield TF2 -- Cornet ED88T 28:06 Trifield TF2 -- GQ-EMF-390-V2 -- (and some Esmog Spion 5G) 32:55 Cornet ED88T -- GQ-EMF-390-V2 35:02 Results . https://baubiologie-magazin.de/breitband-messgeraete/ . If you want to buy an EMF meter, I highly recommend to watch ALL the videos in this series before making a final conclusion and decision. . I do recommend to watch some videos from other channels, especially for the RF mode, because some devices may perform better or worse depending on the type of signal. Just be aware that if someone isn't carefully performing a test correctly and fair, the result can be very misleading and fool you. My tests were pretty basic, but they are real world tests. Be careful because a lot of videos out there are reviews and top 10 videos with zero tests and therefore zero proof of what they say is correct, so they can say anything they want and people believe these strangers without evidence.

This is a bonus video, the previous 2 videos about magnetic fields have real audio and should already tell a lot, but I had made this footage so why not share it. It's very possible that magnetic fields from power lines in your area are stronger (or weaker) than seen in this video, it's always best to measure to be sure. New people often overestimate the EMF dangers from power lines and underestimate the EMF dangers coming right into their home through the wires and from the devices they are using. Touching the surface of a laptop can expose you to much higher levels of EMF than being under high voltage power lines, but most people are usually scared from power lines and not from a laptop. Not saying that living right under, or too close to high voltage power lines is safer, since that exposure is uninterrupted. My technique of moving the EMF meters may look strange, but it was important to move them like seen. If you don't understand why, watch the first minute of this video: https://rumble.com/v1qce4d-best-emf-meters-part-816-magnetic-1-versus-wireless-mouse-.html . Timestamps: . 0:23 K-II ("fake") -- K-II ("genuine") 1:26 K-II ("fake") -- GQ-EMF-390-V2 2:21 K-II ("genuine") -- EMFields PF5 Pocket 3:34 K-II ("fake") -- Gigahertz ME3851A 4:32 K-II ("genuine") -- Gigahertz ME3851A 5:56 K-II ("fake") Meterk MK08 6:52 Meterk MK08 -- Gigahertz ME3851A 7:55 Meterk MK08 -- Fuyi Fy876 8:39 Telephone pickup coil + amp 9:41 Erickhill RT-100 -- GQ-EMF-390-V2 11:31 Erickhill RT-100 -- EMFields PF5 Pocket 14:01 Erickhill RT-100 -- Gigahertz ME3851A 15:33 Cemprotec 34 -- Trifield TF2 (standard mode) 18:51 Gigahertz ME3851A -- Cornet ED88T 19:49 GQ-EMF-390-V2 -- Gigahertz ME3851A 21:37 GQ-EMF-390-V2 -- Trifield TF2 (standard mode) 24:44 GQ-EMF-390-V2 -- Cornet ED88T 26:18 Trifield TF2 (standard mode) -- Cornet ED88T 26:56 Gigahertz ME3830B -- Trifield TF2 (standard mode) 29:00 GQ-EMF-390-V2 -- EMFields PF5 Pocket 31:57 Gigahertz ME3851A -- EMFields PF5 Pocket 34:49 Gigahertz ME3851A -- Gigahertz ME3830B 38:25 Results . I also tried with a BR-9A, but being able to see it's display outdoors was worse than the Erickhill, it was near impossible to see something on camera, so this is the reason why I didn't include any footage of that device. Not that it matters much, it wasn't performing good anyway. . If you want to buy an EMF meter, I highly recommend to watch ALL the videos in this series before making a final conclusion and decision. . https://freesound.org/people/klankbeeld/ . ************************************************************************ . Based on all the different tests in this video series, my 2022 recommendation and choice of device for AC magnetic fields: . .-- 1st choice -- (best devices for magnetic fields in my opinion for EHS) Gigahertz ME3951A Gigahertz ME3851A . https://gigahertz-solutions.com/Measurement/Low-Frequency . -- 2th choice -- (approved budget meters for magnetic fields) Gigahertz ME3840B Gigahertz ME3830B Cornet ED88TPlus5G Trifield TF2 EMFields PF5 pocket . ******************************************************************* . -- Untested -- - Alphalab UHS2 - NFA1000 They are triple axis meters and probably very good, but also very expensive. The UHS2 only measures AC magnetic fields, nothing else, so no electric fields.

Again, you will only measure something if your device is sensitive enough and has a wide enough frequency range. . Timestamps: . 0:11 Gigahertz ME3851A -- Meterk MK08 0:51 Gigahertz ME3851A -- Fuyi Fy876 1:46 Gigahertz ME3851A -- K-II (so called fake version) 2:46 Gigahertz ME3851A -- K-II (so called genuine version) 3:46 Gigahertz ME3851A -- BR-9A 4:41 Gigahertz ME3851A -- Erickhill RT-100 5:33 Gigahertz ME3851A -- GQ-EMF-390-V2 6:50 Cemprotec 34 -- GQ-EMF-390-V2 7:51 Cemprotec 34 -- Gigahertz ME3830B 8:46 Cemprotec 34 -- Trifield TF2 (standard mode) 9:50 Cemprotec 34 -- Trifield TF2 (weighted mode) 10:13 (sound from laptop) 11:04 Trifield TF2 (standard mode) -- GQ-EMF-390-V2 12:05 Trifield TF2 (standard mode) -- Gigahertz ME3830B 13:13 Trifield TF2 (weighted mode) -- Gigahertz ME3830B 14:33 Trifield TF2 (standard mode) -- Gigahertz ME3851A 15:44 Trifield TF2 (weighted mode) -- Gigahertz ME3851A 16:59 Trifield TF2 (standard mode) -- Cornet ED88T 18:16 Cornet ED88T -- Gigahertz ME3830B 19:06 Telephone pickup coil + amp -- Gigahertz ME3851A 19:25 (sound from laptop) 20:08 Gigahertz ME3830B --- GQ-EMF-390-V2 21:24 EMFields PF5 Pocket -- GQ-EMF-390-V2 22:29 EMFields PF5 Pocket -- Cornet ED88T 23:48 EMFields PF5 Pocket -- Gigahertz ME3851A 25:08 Gigahertz ME3830B --- Gigahertz ME3851A 26:42 Results preface 26:47 Results . I forgot to film with the Gigahertz ME3851A in dirty magnetic mode, to compare to the Trifield TF2 weighted mode for example. But I can tell you what happens: in dirty magnetic mode the values on the ME3851A are high, but fixed, they don't jump up and down like the TriField does, however, they do jump up and down when I go closer to the fan on the back of the laptop. then it reflects the same up and down pulsing like the TriField. . If you want to buy an EMF meter, I highly recommend to watch ALL the videos in this series before making a final conclusion and decision. . If you want to see my choice and recommendation for best magnetic fields device of 2022 that I tested, read the description of video: (magnetic 3).

You will only measure magnetic fields where there are magnetic fields if you use a device that is sensitive enough and has a wide enough frequency range to catch most of it (because it's expensive to have a device that catches everything). . Timestamps: . 0:11 axes explanation 1:39 Telephone pickup coil explanation 2:26 Meterk MK08 3:42 Fuyi Fy876 4:49 K-II (so called genuine version) 6:19 Cemprotec 34 7:58 Erickhill RT-100 9:12 GQ-EMF-390-v2 12:56 K-II (so called fake version) 14:35 Cornet ED88T 17:39 Trifield TF2 (standard mode) 19:05 Trifield TF2 (weighted mode) 20:37 EMFields PF5 Pocket 23:47 Gigahertz ME3830B 26:17 Gigahertz ME3851A 29:46 Results preface 29:52 Results . If you want to buy an EMF meter, I highly recommend to watch ALL the videos in this series before making a final conclusion and decision. . --Ghost hunters-- The K-II EMF detectors with their coffin like design, seem to be popular among so called "ghost hunters". If we read the bible, it's possible that so called "ghosts" are demons (aka falling angels). Can you measure them with a K-II EMF detector? Here are all the options: . a) Yes. . b) Not exactly. Entities may just trigger a detector to draw peoples attention. This may be one reason why some scientists deny the existence of "ghosts", because they likely won't trigger anything if they don't want to. People may think it's ok to play with "ghosts", but you may end up with "ghosts" playing with you, you may be harassed for some time after your adventures. Even if science would be able to measure "ghosts" in some way, they would probably deny they can and likely would not want to publish proof of that, to avoid making people believe a God could exist (god forbid), which is definitely against their evolution religion. . Also don't underestimate the deceptive skills of human kind. Some would probably sell their soul to the devil to get more views. A lot of videos may be fake by design, they may just make the device react by some kind of trick, maybe some strong source behind a wall or just behind the camera or they measure in a creepy place under high voltage power lines or something. . Don't underestimate the ignorance of human beings. Some may just be measuring some wiring error or something which can cause strong magnetic fields quite some distance. Ghost hunters often use low quality equipment that can pick up things that has nothing to do with ghosts.

Timestamps: . 0:41 Gigahertz ME3851A -- DT-1130 2:28 DT-1130 -- Fuyi Fy876 4:17 Fuyi Fy876 -- Cornet ED88T 6:09 Fuyi Fy876 -- Erickhill RT-100 7:33 Greenlee GT-16 -- Gigahertz ME3851A 9:02 GQ-EMF-390-V2 -- Cemprotec 34 11:10 Cemprotec 34 -- Trifield TF2 12:57 Cemprotec 34 -- Gigahertz ME3830B 15:49 Cemprotec 34 -- Gigahertz ME3851A 16:36 Trifield TF2 -- Cornet ED88T 17:27 GQ-EMF-390-V2 -- Cornet ED88T 18:56 Erickhill RT-100 -- EMFields PF5 Pocket 21:17 Erickhill RT-100 -- Gigahertz ME3851A 23:36 Esmog Spion 26:08 Esmog Spion 5G 28:53 Erickhill RT-100 -- GQ-EMF-390-V2 31:41 Trifield TF2 -- GQ-EMF-390-V2 35:22 GQ-EMF-390-V2 -- Gigahertz ME3851A 39:12 Gigahertz ME3830B -- Trifield TF2 43:39 GQ-EMF-390-V2 -- EMFields PF5 Pocket 46:28 Gigahertz ME3851A -- EMFields PF5 Pocket 49:40 Gigahertz ME3851A -- Gigahertz ME3830B 53:17 BK precision 2709b 54:37 Grounded -- Gigahertz ME3830B -- Gigahertz ME3851A 56:44 Results preface 56:50 Results . I'm not sure how to rate the Esmog Spion devices because they are kinda unique compared to the other devices. Noise is not a number, however, to be fair, their true sound function is also an indicator. You can hear the noise from the source very far if you turn the volume up. Even though it's faint noise at a far distance, it's there, where most other devices won't measure anything anymore. They were both good for measuring these high voltage power lines, but the new model was clearly better. I filmed the Esmog Spion devices alone because it's too difficult to hold an additional device in 1 hand because on the Esmog Spion devices you must touch a metal part on the side for electric field measurements to ground it, which can be seen in a video about how to use them. In trying to make it a more fair comparison to the other devices, I held them with the antenna's horizontal to the ground. . I also tried with a BR-9A, but being able to see it's display outdoors was worse than the Erickhill, it was near impossible to see something on camera, so this is the reason why I didn't include any footage of that device. Not that it matters much, it wasn't performing good anyway. . The tests in this video are basically about the same as the tests in part 4/13 and 5/13 but the differences in sensitivity are more noticeable in this video (it's like I would walk on the wooden plate in test 4 & 5). This video may be more convincing to some people than video 4 & 5. . If you want to buy an EMF meter, I highly recommend to watch ALL the videos in this series before making a final conclusion and decision. . https://freesound.org/people/klankbeeld/ . ******************************************************************************** . Based on all the different tests in this video series, my 2022 recommendation and choice of device for electric fields: . -- 1st choice -- (best meters for electric fields in my opinion for EHS) Esmog Spion 5G (not everyone will like it, but excellent tool, great to check the bedroom e.g.) Gigahertz ME3951A Gigahertz ME3851A . https://www.esmog-shop.com/messtechnik/endotronic/ https://gigahertz-solutions.com/Measurement/Low-Frequency . -- 2th choice -- (approved budget meters for electric fields) Gigahertz ME3840B Gigahertz ME3830B Trifield TF2 EMFields PF5 pocket GQ-EMF-390-V2

Timestamps: . 0:22 DT-1130 0:52 Fuyi Fy876 1:32 Greenlee GT-16 1:56 Cornet ED88T 2:55 Cemprotec 34 3:29 Erickhill RT-100 4:21 GQ-EMF-390-V2 5:14 Trifield TF2 (standard mode) 6:02 Trifield TF2 (weighted mode) 7:33 EMFields PF5 Pocket 8:53 Gigahertz ME3851A 14:37 Esmog Spion 15:13 Esmog Spion 5G 15:42 Results preface 15:48 Results . If you want to buy an EMF meter, I highly recommend to watch ALL the videos in this series before making a final conclusion and decision.

Gigahertz ME meters: There are many webshops to buy these meters, here are some examples: https://gigahertz-solutions.de/Elektrosmog-Messgeraete/Niederfrequenz https://www.geotellurique.fr/6-detecteurs-basses-frequences https://safelivingtechnologies.com/emf-meters . Esmog Spion: https://www.esmog-shop.com/messtechnik/endotronic/ . If you want to buy an EMF meter, I highly recommend to watch ALL the videos in this series before making a final conclusion and decision.

Timestamps: . 01:05 DT-1130 --- Cemprotec 34 02:25 Cemprotec 34 --- Fuyi Fy876 03:40 Cornet ED88T --- Cemprotec 34 06:11 Cemprotec 34 --- Trifield TF2 08:37 Trifield TF2 --- Cornet ED88T 10:46 GQ-EMF-390-V2 --- Cemprotec 34 12:40 GQ-EMF-390-V2 --- Cornet ED88T 14:39 GQ-EMF-390-V2 --- Trifield TF2 17:03 GQ-EMF-390-V2 --- Erickhill RT-100 19:21 DT-1130 --- EMFields PF5 Pocket 20:06 EMFields PF5 Pocket --- Erickhill RT-100 21:29 GQ-EMF-390-V2 --- EMFields PF5 Pocket 23:12 DT-1130 --- Gigahertz ME3830B 24:12 Fuyi Fy876 --- Gigahertz ME3830B 25:13 Cemprotec 34 --- Gigahertz ME3830B 27:07 Cornet ED88T --- Gigahertz ME3830B 28:44 Trifield TF2 --- Gigahertz ME3830B 30:52 GQ-EMF-390-V2 --- Gigahertz ME3830B 33:07 Fuyi Fy876 --- Gigahertz ME3851A 34:11 DT-1130 --- Gigahertz ME3851A 35:04 Greenlee GT-16 --- Gigahertz ME3851A 36:32 Erickhill RT-100 --- Gigahertz ME3851A 38:23 GQ-EMF-390-V2 --- Gigahertz ME3851A 40:35 EMFields PF5 Pocket --- Gigahertz ME3851A 42:21 Gigahertz ME3830B --- Gigahertz ME3851A 44:05 Results preface 44:11 Results . If I would need to choose between the TriField and EMF-390 for electric field measurements, I would choose the Trifield. . If you want to buy an EMF meter, I highly recommend to watch ALL the videos in this series before making a final conclusion and decision.

Timestamps: . --- RF --- 01:09 Esmog Spion 5G --- Cemprotec 34 01:29 Cemprotec 34 01:43 GQ-EMF-390-V2 --- Cemprotec 34 01:57 Esmog Spion 5G --- Cornet ED88T 02:42 Esmog Spion 5G --- GQ-EMF-390-V2 03:22 Cornet ED88T --- GQ-EMF-390-V2 03:37 Esmog Spion 5G --- Trifield TF2 03:56 GQ-EMF-390-V2 --- Trifield TF2 04:37 Trifield TF2 --- Cornet ED88T 05:02 Esmog Spion 5G --- Trifield TF2 05:33 Safe and Sound Classic II (SASC2) --- GQ-EMF-390-V2 06:00 Safe and Sound Classic II (SASC2) --- Esmog Spion 5G --- RF (Faraday box) --- 06:52 Esmog Spion 5G 07:29 Esmog Spion 5G --- Trifield TF2 08:02 Cornet ED88T --- Trifield TF2 08:28 Trifield TF2 --- GQ-EMF-390-V2 08:59 GQ-EMF-390-V2 09:11 Cornet ED88T --- GQ-EMF-390-V2 09:28 Cemprotec 34 --- BR-9A 09:48 BR-9A 10:21 Safe and Sound Classic II (SASC2) --- GQ-EMF-390-V2 --- Electric --- 11:00 Cornet ED88T --- Gigahertz ME3830B 11:19 Gigahertz ME3830B --- GQ-EMF-390-V2 11:38 Gigahertz ME3851A --- GQ-EMF-390-V2 11:57 EMFields PF5 Pocket --- GQ-EMF-390-V2 12:11 Gigahertz ME3851A --- Trifield TF2 12:42 Gigahertz ME3851A --- Gigahertz ME3830B 12:53 Gigahertz ME3830B (grounded) 12:59 Gigahertz ME3830B --- Gigahertz ME3851A (grounded) 13:10 Esmog Spion 5G --- Magnetic --- 14:03 Gigahertz ME3851A --- BR-9A 14:22 kII (china) --- Gigahertz ME3851A 14:33 Cornet ED88T --- Gigahertz ME3830B 15:05 Gigahertz ME3830B --- GQ-EMF-390-V2 15:47 Gigahertz ME3851A --- Trifield TF2 16:16 EMFields PF5 Pocket 16:29 Gigahertz ME3830B 17:03 Gigahertz ME3851A --- Gigahertz ME3830B 17:20 Gigahertz ME3851A -- Erickhill RT-100 . If you want to buy an EMF meter, I highly recommend to watch ALL the videos in this series before making a final conclusion and decision. . The Faraday box isn't that great, but for those who want to know what I used: YSHIELD V4A03 Stainless steel mesh (claimed Attenuation: 55 dB) (for better sound recording) YSHIELD RDF72 Window film (claimed Attenuation: 33 dB at 1 GHz) (for better video recording) Aluminium shielding tape square metallic cookie box

I used to have a video doing similar tests with a radio set to AM, but I think some people thought it was fake (it wasn't easy to replicate that test). The testing methods in this video are more solid demonstrations. . The old Esmog Spion was the device that made me discover this. The old Esmog Spion made this very obvious and hard to miss while with the other EMF devices this is easier to miss since I had done tests before using this table and hadn't noticed this yet. It's good I noticed this early, else it could have influenced the test results about electric fields (messed it up). Don't put your computer on a table with a lot of metal on it if you are an EHS person, and don't test EMF devices in electric mode over such a table. . Gigahertz ME3851A: https://gigahertz-solutions.de/Elektrosmog-Messgeraete/Niederfrequenz . Esmog Spion: https://www.esmog-shop.com/messtechnik/endotronic/ . BK Precision 2709B This is a budget multimeter. Good multimeters cost a lot. Fluke seems to be the best brand, but it is expensive. Also know that a too cheap multimeter won't even be able to measure body voltage. This one does, but I suspect it doesn't give you a complete picture. https://www.bkprecision.com/products/multimeters/2709B-auto-ranging-true-rms-tool-kit-digital-multimeter.html . Laptop model used for testing: HP G5000 . Windows background: Beetle Juice (Michael Keaton) versus The Joker (Heath Ledger) (they look how I feel)

There are of course no conspiracies, there's no deception and no lies. That photoshopped picture at 0:35 for example is just ignorance right? That picture is now removed on Ebay, last time I checked, but it was there at the time of recording, and how long was that there? And what about the BR-9A for example (at 13:52) ? Are the claims of the debunked devices done on purpose so that people would not be able to measure everything well, but making them think they can? . I would recommend to not buy devices from a brand that has cheated people in the past, else you are supporting the wrong kind of people, who knows who is behind all this, it could just as well be the mobile industry itself. . Timestamp: 20:38 List of EMF meters and what they can measure Some devices do measure some of the "dirty electricity" in the air, but often only a part of it, which is why I labeled most of the EMF devices with a "NO" for that. . The devices that measured strong electric fields from the cellphone, do not inside a Faraday box (see video 13).

More advice about how to measure in stores can be read here: https://www.dropbox.com/s/l4bh00td5pgr8ce/low_EMF_TV.txt?dl=0 . Warning!! Some people have damage their TV beyond repair trying to open it to disable Wi-Fi. Don't do it without professional help of someone who has experience with your model. . To tests magnetic and electric fields of a TV's in a store or at home I recommend a ME3851A or ME3951a. Expensive, but if you want the best and most reliable for this job these are it. One reason for this is because of the very sensitive dirty power mode. . Useful websites about TV's: https://www.displayspecifications.com/ https://www.rtings.com/tv/ . The older Plasma TV with the high amount of dirty electricity was this model: LG 50PQ30 https://www.lg.com/ca_en/tvs/lg-50PQ30-plasma-tv . Most tests in this 2022 video were done in 2018. (This video is an edited re-upload.) . Tools used: . Tecsun PL-310ET: https://www.aliexpress.com/item/4000189002006.html . Sony ICF-P26: https://www.sony.com/electronics/radios/icf-p26 . Dirty Electricity meters: https://greenwavefilters.com/dirty-electricity-meter/ https://www.trifield.com/product/em100/ https://www.geotellurique.fr/84-detecteurs-d-electricite-sale-cpl-linky . Gigahertz ME3851A: https://gigahertz-solutions.de/Elektrosmog-Messgeraete/Niederfrequenz https://www.geotellurique.fr/6-detecteurs-basses-frequences . Esmog Spion: https://www.esmog-shop.com/messtechnik/endotronic/ https://www.priggen.com/5G-Esmog-Spion-Broadband-Receiver-50Hz-8GHz . EMFields pocket PF5 https://safelivingtechnologies.com/products/pf5-pocket-emf-detector.html https://www.geotellurique.fr/6-detecteurs-basses-frequences . Star Wars rhythm (read the description of that video): https://youtu.be/cVLWRVMosCU

It looks like the keyboards that the Esmog Spion devices reacted less to, have a metal plate underneath them. Keep in mind that the Esmog Spion is not a person. It just presents what is there in EMF. It cannot say what hurts you or what you are sensitive to. The measurements done in this video were only about electric fields (including a chunk of the spectrum of dirty electricity). . Timestamps: 11:48 (Inside the keyboards) 14:17 (same tests repeated with the older Esmog Spion)

https://www.esmog-shop.com/messtechnik/endotronic/ . On the new Esmog Spion 5G I would also recommend to screw on 2 antenna's (one on each side) before turning the device on (an additional safety precaution which reduces chance on damaging the device).