An electron beam projector with a linear thermal cathode (7) for electron beam heating consists of a beam guide (1) which comprises a deflecting electromagnetic system (2) and accommodates an accelerating anode (3) fixed on it by a posts (10), where anode is connected by a high-voltage insulators (4) through a cathode plate (5) to a cathode assembly (6), that includes the linear thermal cathode (7) fastened in a cathode holders (8), and a focusing electrode (9). The accelerating anode (3) comprises a plate (11) rigidly fastened to it for hermetical separation of the cathode (7) and the beam guide (1) parts of the projector, wherein the common optical axis of a cathode assembly (6) and the accelerating anode (3) is deflected from a beam guide optical axis by an angle a that is equal to 1030.

The fundamental constituents of the beam processes coming from the atomic, molecular, optical, selective advanced materials, laser and plasma wakefield reactor cell device makeup the quantum mechanics process solution for a stable power beaming transceiver. This is done by applying the energy processes manipulation during timescale operation. The main aim is to control stable beams from the power transmission to receiver devices into high energy storage banks at multiple locations. This energy beam process manipulation will prove useful and economically beneficial for real time applications. Additionally, this process solution uses laser, polarizer, plasma, and photonic technologies as well as using the scale range from macro to nano photonics and plasmonics applications to manipulate atomic quantum mechanics for wide a range of power transceiver beam applications.

The fundamental constituents of the beam processes coming from the atomic, molecular, optical, selective advanced materials, laser and plasma wakefield reactor cell device makeup the quantum mechanics process solution for a stable power beaming transceiver. This is done by applying the energy processes manipulation during timescale operation. The main aim is to control stable beams from the power transmission to receiver devices into high energy storage banks at multiple locations. This energy beam process manipulation will prove useful and economically beneficial for real time applications. Additionally, this process solution uses laser, polarizer, plasma, and photonic technologies as well as using the scale range from macro to nano photonics and plasmonics applications to manipulate atomic quantum mechanics for wide a range of power transceiver beam applications.