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| ti-resources:shielding [2025/07/01 04:22] – batmath | ti-resources:shielding [2025/07/02 08:26] (current) – batmath |
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| ===== Shielding against Gangstalkers using Sound and Microwave (EMF) Protection ===== | ===== Shielding against Gangstalkers Sound and Microwave (EMF) Weapons ===== |
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| This page describes protection against gang stalkers and their weapons. Gagstalkers use mainly sound based technologies for electronic harassment and sounds sent to the ears and combined sound based and microwave (EMF) based technologies for muscle control and causing pain and other health issues. They target person's muscles using a combination of directed sonic beams that vibrate small spots on specific muscles and EMF field or microwave beams that increase body voltage around the muscle and make larger vibrations possible. Electronic harassment and telepathy is achieved by a combination of body vibrations that carry sound, use of head and neck muscles and vocal cords, and real sounds sent to the ear hidden as noise. Pain is typically the result of microwave beam that causes heating of skin and minor tissue damage and muscle vibrating under the area that make pain felt stronger. Their technologies are described in [[articles:gangstalking_technology_summary|Gangstalking Technology Summary]]. | This page describes protection against gang stalkers and their weapons. Gagstalkers use mainly sound based technologies for electronic harassment and sounds sent to the ears and combined sound based and microwave (EMF) based technologies for muscle control and causing pain and other health issues. They target person's muscles using a combination of directed sonic beams that vibrate small spots on specific muscles and EMF field or microwave beams that increase body voltage around the muscle and make larger vibrations possible. Electronic harassment and telepathy is achieved by a combination of body vibrations that carry sound, use of head and neck muscles and vocal cords, and real sounds sent to the ear hidden as noise. Pain is typically the result of microwave beam that causes heating of skin and minor tissue damage and muscle vibrating under the area that make pain felt stronger. Their technologies are described in [[articles:gangstalking_technology_summary|Gangstalking Technology Summary]]. |
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| <WRAP box> | <WRAP box> |
| /** {{ti-resources:faraday_fabric.jpg?nolink&200 |}} */ | /* {{ti-resources:faraday_fabric.jpg?nolink&200 |}} */ |
| {{ti-resources:aluminum_foil_insulation.jpg?nolink&200 |}} */ | {{ti-resources:aluminum_foil_insulation.jpg?nolink&200 |}} |
| ** Faraday Fabric. Metal Mesh and Metal (Aluminum) Foils **\\ | ** Faraday Fabric. Metal Mesh and Metal (Aluminum) Foils **\\ |
| <wrap warning>No Sounds Protection</wrap> | <wrap safety>Good and Cost Efficient EMF Protection</wrap>\\ | <wrap warning>No Sounds Protection</wrap> | <wrap safety>Good and Cost Efficient EMF Protection</wrap>\\ |
| <WRAP box> | <WRAP box> |
| {{ti-resources:soundproofing_cement.jpeg?nolink&200 |}} | {{ti-resources:soundproofing_cement.jpeg?nolink&200 |}} |
| ** Cement and Concrete ** ]] \\ | ** Cement and Concrete ** \\ |
| <wrap notice>Sound Blocking Protection</wrap> | <wrap caution>Some EMF Protection</wrap>\\ | <wrap notice>Sound Blocking Protection</wrap> | <wrap caution>Some EMF Protection</wrap>\\ |
| Cement is used to create concrete blocks, a very common building material. Cement reflects sound waves well and can help to block sound of any frequency, including low frequencies that sound absorbing materials have problems with. Porous concrete with >20% air gaps, also known as pervious or permeable concrete, is particularly good because like rigid synthetics it contains air packets that can trap the sound and create additional boundaries for sound waves. This is a recommended material for walls outside the house which can be the 1st line of defense against acoustic weapons. Concrete can also be an option for some inside sound-proofing designs. To achieve blocking of gangstalker's sonic weapons with concrete alone, requires more than 4 ft (1 meter) thick barrier made of porous concrete. Concrete can block some electromagnetic radiation but should not be relied on to protect against EMF. | Cement is used to create concrete blocks, a very common building material. Cement reflects sound waves well and can help to block sound of any frequency, including low frequencies that sound absorbing materials have problems with. Porous concrete with >20% air gaps, also known as pervious or permeable concrete, is particularly good because like rigid synthetics it contains air packets that can trap the sound and create additional boundaries for sound waves. This is a recommended material for walls outside the house which can be the 1st line of defense against acoustic weapons. Concrete can also be an option for some inside sound-proofing designs. To achieve blocking of gangstalker's sonic weapons with concrete alone, requires more than 4 ft (1 meter) thick barrier made of porous concrete. Concrete can block some electromagnetic radiation but should not be relied on to protect against EMF. |
| {{ti-resources:soundproofing_waterbath.jpeg.jpg?nolink&200 |}} | {{ti-resources:soundproofing_waterbath.jpeg.jpg?nolink&200 |}} |
| ** Water and other liquids ** \\ | ** Water and other liquids ** \\ |
| <wrap safety>Good Sound Blocking (Reflection)</wrap> | <wrap safety>Strong EMF Protection</wrap> \\ | <wrap notice>Good Sound Blocking (Reflection)</wrap> | <wrap safety>Strong EMF Protection</wrap> \\ |
| Was can both block EMF and sound making it the most effective and inexpensive solution. With EMF it works because it has many free ions and can conduct electricity and thus is metals used by Faraday. Water can pass sound but any waves entering water go through refraction and change direction. Many are reflected back, in some cases it can be as much as 99%. However It is difficult to use it as part of sound proofing design, but it can be tried with a stack of flat water tanks in a frame. Water beds are also an option to help with sleep, but if they break its a big problem and they are rarely allowed in rental places. Bath can give some relief and pools are even better. After bathing many of the beams targeting muscles could be disrupted. Scuba diving could result in disconnection and swimming in an ocean or a lake could do it too. ++ Additional tips on bathing and using liquids|Bathtubs can also reveal the presence of sound beams and you may see a wave emanating from a specific spot on a side. You can record this with a phone camera for evidence. If you regularly listen to white-noise, consider getting a water resistant bluetooth mp3 player speaker for when you’re taking a bath. \\ | Water can both block EMF and sound making it the most effective inexpensive solution. With EMF it works because it has many free ions and can conduct electricity and thus is metals used by Faraday. Water can pass sound, but waves entering the water from the air are largely reflected back and refracted (up to 99%) changing direction. When enclosed within solid container this is less effective and only some sound is blocked by refraction. Water is difficult to use when building protection area, but it can be tried using flat water tanks in a frame. Water beds are also an option, but if they break its a problem and they are rarely allowed in rental places. Bath can give some relief and pools are even better. After bathing many of the beams targeting muscles could be disrupted. Scuba diving could result in disconnection and swimming in an ocean or a lake could do it too. ++ Additional tips on bathing and using liquids|Bathtubs can also reveal the presence of sound beams and you may see a wave emanating from a specific spot on a side. You can record this with a phone camera for evidence. If you regularly listen to white-noise, consider getting a water resistant bluetooth mp3 player speaker for when you’re taking a bath. \\ |
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| For those wishing to use water as part of sound-proofing design, check out these: \\ | For those wishing to use water as part of sound-proofing design, check out these: \\ |