Gravitational wave communication methods, systems, and apparatus

A wireless gravitational wave communication system, comprising:

• a transmitter configured to generate and send one or more gravitational wave signals, the transmitter comprising:
• one or more rotatable masses,
• one or more motors configured to drive rotate the one or more rotatable masses about an axis, and
• one or more motor controllers in communication with the one or more motors and configured to alter an orientation of the one or more rotatable masses,
• the altering comprising moving the axis;
• and
• a receiver in wireless communication with the transmitter, the receiver comprising:
• a wave sensor configured to recognize the one or more gravitational wave signals.

A method of gravitational wave measurement, comprising:

• receiving a plurality of gravitational wave signals at a receiver, wherein the plurality of gravitational wave signals are generated by:
• rotating one or more rotatable masses about an axis, and
• altering an orientation of the one or more rotatable masses, the altering comprising moving the axis;
• guiding the plurality of gravitational wave signals through a detector;
• determining a plurality of signal conditions of the plurality of gravitational wave signals propagating through the detector, the plurality of signal conditions including one or more of a plurality of frequencies or a plurality of amplitudes;
• and
• extracting information from the plurality of signal conditions.

A method of wireless gravitational wave communication, comprising:

• generating one or more gravitational wave signals at a first site;
• amplifying the one or more gravitational wave signals by rotating one or more first rotatable masses about a guide axis;
• altering an orientation of the one or more first rotatable masses, the altering comprising moving the guide axis;
• transmitting the one or more amplified gravitational wave signals to a receiver in a wireless manner;
• receiving the one or more amplified gravitational wave signals at a second site using the receiver;
• and
• determining information from the one or more amplified gravitational wave signals.