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What are scalar waves?
Scalar waves (also known as Tesla waves or longitudinal waves) are non-Hertzian form energy and are moving faster than the speed of light. Scalar waves were discovered by James Clark Maxwell and proved by Nikola Tesla in 1920`s. A well documented effect related to scalar waves is what Einstein named "spooky action at a distance". Nowadays spooky action at a distance is commonly referred to as "quantum entanglement".
Quantum entanglement is a physical phenomenon that occurs when pairs or groups of particles are generated, interact, or share spatial proximity in ways such that the quantum state of each particle cannot be described independently of the state of the others, even when the particles are separated by a large distance. - Source: Wikipedia
The most amazing thing about quantum entanglement is that entangled particles are connected together no matter how far apart we take them and their connection is instantaneous and thus faster than the speed of light. The connection also works regardless of how much matter is between the 2 entangled particles. This is all enabled by scalar waves since they are the medium via which the information is transmitted. Scalar waves can penetrate all known forms of matter, this includes Faraday cages.
Scalar waves can neutralize EMF
Scalar wave energy has the capability of neutralizing the negative effects of EMF radiation emitted by electronic devices. More precisely what scalar wave energy does is that negates the cumulative damage done to the cells by the EMF. Scalar wave devices will not block the EMF but will provide a positive energy field that will "cancel" out EMF (size versus intensity of radiation is relevant).
Scalar wave fields
Effective ways of generating scalar wave fields is using scalar wave antennae. The scalar wave antennae can harness energy from the environment to generated scalar waves. They are basically transformers that convert electromagnetic energy to scalar waves. There are two basic types of scalar wave antennae in existence, the torus and the vortex antenna. The difference between the two is in the shape of the field that they generate.
Torus antennae generate scalar energy field in the shape of a doughnut. Below is the animation of the scalar wave torus field generated by such antennae. Torus scalar wave antennae are very effective at providing broad range EMF protection. Our most powerful 500 mm diameter torus antenna is more than capable of providing protection for the entire room when properly mounted on the ceiling or the wall.
Torus scalar field animation
The vortex scalar wave antennae generate scalar wave vortex energy field which is a far more concentrated form of energy compared to the torus. Thus, the vortex antennae are perfect for pinpoint scalar wave treatment where scalar wave energy must be concentrated into a specific small area. For example vortex antennae are a great choice for pendants and pocket-size orgone accumulators. They are not suitable for broad area protection though.
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