Douglas F. Palte
Phase Displacement Space Drive - Waves
The Phase Displacement Space Drive uses two transmitter antennas, phased 0° and 90°, and space-apart (nλ+ λ/4), producing attraction force, mediated by EM waves, between space and antenna at one extremity, and repulsion force at another extremity, generating net thrust force in an energy-efficient way.
It is comprised by two transmitter antennas (A and B, left and right), spaced quarter wavelength apart (nλ+ λ/4), each emitting respectively 0° and 90° phase-shifted waves. Starting from A, wave will face B with same-polarity (in-phase 0°), always repulsion force. On the other hand, starting from B, wave will face A with opposite-polarity (contra-phase 180°), always attraction force. Hence, the set of antennas will be displaced from left to right. Action-reaction will occur between the antennas and phase-shifted waves, and transversely between phase-shifted waves and the surrounding medium.
The impedance between antennas is high; hence higher RF voltage is required to convert electric power into thrust force.
Phase Displacement Space Drive - Waves
The Phase Displacement Space Drive uses two transmitter antennas, phased 0° and 90°, and space-apart (nλ+ λ/4), producing attraction force, mediated by EM waves, between space and antenna at one extremity, and repulsion force at another extremity, generating net thrust force in an energy-efficient way.
It is comprised by two transmitter antennas (A and B, left and right), spaced quarter wavelength apart (nλ+ λ/4), each emitting respectively 0° and 90° phase-shifted waves. Starting from A, wave will face B with same-polarity (in-phase 0°), always repulsion force. On the other hand, starting from B, wave will face A with opposite-polarity (contra-phase 180°), always attraction force. Hence, the set of antennas will be displaced from left to right. Action-reaction will occur between the antennas and phase-shifted waves, and transversely between phase-shifted waves and the surrounding medium.
The impedance between antennas is high; hence higher RF voltage is required to convert electric power into thrust force.