A brief history

The existence of scalar energy was first proposed by James Clerk Maxwell in the mid 18th century.
                                          
The key to Maxwell’s equation is the use of the P symbol, which stand for Scalar Charge Density, thus representing that the existence of scalar energy was theoretically proposed.

It was almost half-century later before Nicola Tesla actually able to demonstrate the existence of scalar energy. The term scalar was used by Nikola Tesla as a part of powerful non-Hertzian energy (without frequencies) which he referred to as standing energy or cosmic waves, Einstein acknowledged the existence of this form of energy and made due reference to scalar energy in the 1920’s.

Properties of scalar energy

   
Scalar energy is created when two common electromagnetic waves come together from two opposite converging vectors. When the energy vectors meet, the equal frequencies cancel each other leaving a static or stationary form of energy and zero frequency.

A Scalar energy is known as a fifth-dimensional non-linear and non Hertzian field

Scalar energy do not decay over time or distance from their source.

Scalar energy does not radiate as waves but expands outwards in circles of energy.

Instead of being focused in beams or running along wires, it tends to fill its environment.

They are unbounded and capable of passing through solid matter and implant its signature on them.

This energy has the capacity to carry information.

The space the scalar occupies is not a vacuum but comprises a network of harmoniously balanced energies.

It can be created by electromagnetic generators or naturally

Scalar energy a stationary energy cannot be evaluated by our current frequency instruments which are designed to measure hertzian energy frequencies and wavelengths.

However, its effect on objects into which it has been embedded can be strikingly demonstrated with Kirlian photography or Gas Discharge Visualization (GDV).