scalar wave_technology
Scalar waves are envisioned as non-linear, non-Hertzian waves that do not follow the traditional laws of electromagnetism. They are considered to be longitudinal waves, meaning they vibrate in the direction of propagation, rather than transversely like conventional electromagnetic waves. This unique property allows scalar waves to penetrate solid objects and travel through the vacuum of space without being affected by the constraints of classical physics.
Proponents of Scalar Wave Technology claim that these waves exhibit several extraordinary properties, including:
- Non-locality: Scalar waves can allegedly interact with objects and systems at a distance, transcending the limitations of space and time.
- Zero-point energy: Scalar waves are believed to be connected to the zero-point field, a hypothetical energy field that underlies all physical reality.
- Coherence: Scalar waves are thought to be highly coherent, allowing them to interact with biological systems and consciousness in a meaningful way.
- Self-organization: Scalar waves are said to have the ability to self-organize and adapt to changing environments, making them potentially useful for applications like healing and communication.