i guess im asking randomly but does someone know of a tool to get back into an Instagram account?? I somehow forgot my account password. I would love any help you can give me
@Brett Benicio Thanks for your reply. I found the site on google and I'm in the hacking process atm. I see it takes quite some time so I will get back to you later with my results.
I just bought this Gaussmeter. Today we used it inside a home near power lines. The reading was 3.4 upstairs and hovered around 2.25 downstairs. Is this in the normal range, or is this considered unsafe? Thanks!
Hi Michael nice video, I have the very same meter and have used it in a couple of videos.I was more then shocked to find my Microscope with the insanely high reads right where someone would be resting the hands :/Quick question about the 2nd position, do you have a scenario where one might find that setting useful for our applications ?Thank you for your time and have a great day.Terry
Hi. There's an electrical substation 107 yards away from a house for sale. Will the Alpha UHS Gaussmeter detect if the magnetic field from the substation is entering the house? Thanks
The electromagnetic force has unlimited range, just like gravity. Both become weaker with distance without disappearing completely. You don't need a meter to know that the field is entering the house, that's just physics. Different electromagnetic effects have different mathematical relationships to distance. Light intensity follows the same "inverse square" law as gravity. If you want to double the useful range of a flashlight, it must radiate 4 times the power (2*2). Magnetic field strength from an electromagnet follows the inverse-cube law. If the field is 1 unit at 100m distance, it will be 8 units at 50m and 16 at 25m. (This rule assumes that the electromagnet is so far in the distance that it looks like a point. As you get close the field intensity settles down to a more consistent plateau. The math isn't so simple, but you don't divide by zero and get an arbitrarily huge result.) A better question is whether the field is above background or potentially hazardous. Sensitive electrical equipment is more susceptible to disruption than living matter is. Units are usually "tesla" and "gauss," with one microtesla equal to 10 milligauss. Field strength near power distribution equipment can be measured, usually less than 200 milligauss in publicly accessible areas. This is similar to electric power tools, which expose the operator to between 10 and 300 milligauss. Mainstream science finds weak evidence for health effects associated with chronic exposure to more than 2-3 milligauss. Childhood leukemia, a rare disease with or without magnetic field exposure, becomes at most twice as common. There is some evidence that this association is due to a confounding factor - when researchers went back and tried to measure fields rather than estimating them by distance from electrical lines, the association disappeared into the statistical noise. (It's very hard to study childhood leukemia rates because it's so rare.) There is more solid evidence for measurable but minor acute effects at over 1,000 milligauss. There is no known "acute magnetic sickness" despite researchers and health providers being frequently exposed to fields in excess of 10,000,000 milligauss from MRI and SQUID machines. Cornell's lab safety standard is an average of 2 milligauss for whole-body exposure at VLF frequencies and 5 milligauss at 60Hz.
Dude, you're not helping me out. How do you pin point the exact location where a signal is coming in to the house? A signal that is being beamed at you specifically because you are being targeted, perhaps because you have a special and unique music that wakes people up and makes people think and those in power don't want it out there as in my case. Please if you can answer my question because I have serious work to do and this signal they're using is effecting my sleep pattern. Thank you
I've watched several of your videos. They are well done and very informative. I can tell you put a lot of effort in making them. Thank you.
i guess im asking randomly but does someone know of a tool to get back into an Instagram account??
I somehow forgot my account password. I would love any help you can give me
@Holden Rey instablaster =)
@Brett Benicio Thanks for your reply. I found the site on google and I'm in the hacking process atm.
I see it takes quite some time so I will get back to you later with my results.
@Brett Benicio It did the trick and I actually got access to my account again. I am so happy:D
Thanks so much you saved my ass !
@Holden Rey glad I could help xD
Thank you for this information, it was so clear and easy to understand, very good job, God bless you Sir!
Very thorough video Michael, thanks
I just bought this Gaussmeter. Today we used it inside a home near power lines. The reading was 3.4 upstairs and hovered around 2.25 downstairs. Is this in the normal range, or is this considered unsafe? Thanks!
Hi Michael nice video, I have the very same meter and have used it in a couple of videos.I was more then shocked to find my Microscope with the insanely high reads right where someone would be resting the hands :/Quick question about the 2nd position, do you have a scenario where one might find that setting useful for our applications ?Thank you for your time and have a great day.Terry
Explain how to read all different units gauss milligauss I don't get ittt with my emf app
What do you think of shielding paint for the house?
Good video. Thanks for the details too. Interesting.
Thank you, very helpful!
Great information, where can I download the forms?
Hi. There's an electrical substation 107 yards away from a house for sale.
Will the Alpha UHS Gaussmeter detect if the magnetic field from the substation is entering the house? Thanks
The electromagnetic force has unlimited range, just like gravity. Both become weaker with distance without disappearing completely. You don't need a meter to know that the field is entering the house, that's just physics.
Different electromagnetic effects have different mathematical relationships to distance. Light intensity follows the same "inverse square" law as gravity. If you want to double the useful range of a flashlight, it must radiate 4 times the power (2*2). Magnetic field strength from an electromagnet follows the inverse-cube law. If the field is 1 unit at 100m distance, it will be 8 units at 50m and 16 at 25m.
(This rule assumes that the electromagnet is so far in the distance that it looks like a point. As you get close the field intensity settles down to a more consistent plateau. The math isn't so simple, but you don't divide by zero and get an arbitrarily huge result.)
A better question is whether the field is above background or potentially hazardous. Sensitive electrical equipment is more susceptible to disruption than living matter is. Units are usually "tesla" and "gauss," with one microtesla equal to 10 milligauss. Field strength near power distribution equipment can be measured, usually less than 200 milligauss in publicly accessible areas. This is similar to electric power tools, which expose the operator to between 10 and 300 milligauss.
Mainstream science finds weak evidence for health effects associated with chronic exposure to more than 2-3 milligauss. Childhood leukemia, a rare disease with or without magnetic field exposure, becomes at most twice as common. There is some evidence that this association is due to a confounding factor - when researchers went back and tried to measure fields rather than estimating them by distance from electrical lines, the association disappeared into the statistical noise. (It's very hard to study childhood leukemia rates because it's so rare.)
There is more solid evidence for measurable but minor acute effects at over 1,000 milligauss. There is no known "acute magnetic sickness" despite researchers and health providers being frequently exposed to fields in excess of 10,000,000 milligauss from MRI and SQUID machines. Cornell's lab safety standard is an average of 2 milligauss for whole-body exposure at VLF frequencies and 5 milligauss at 60Hz.
is this meter measures exciter magnetism?
please tell urgently....
Dude, you're not helping me out. How do you pin point the exact location where a signal is coming in to the house? A signal that is being beamed at you specifically because you are being targeted, perhaps because you have a special and unique music that wakes people up and makes people think and those in power don't want it out there as in my case.
Please if you can answer my question because I have serious work to do and this signal they're using is effecting my sleep pattern.
Thank you
LOL any updates? Find a type of meter that works in this instance? I'm curious.