Mass energy capacitive storage system via synchronous means and metallic processes

A capacitive energy storage system comprising a plurality of electrode pairs including 2D, 2.5D, and 3D electrode structures;

• a eutectic liquid metal disposed between the electrode pairs;
• active circuitry including one or more of transistors, vacuum electron tubes, or magnetic amplifiers configured to analyze system states in real-time;
• and wherein the active circuitry is further configured to respond to interactions with reactive external electric loads and to mitigate intermittent intrusions that may cause system malfunctions;
• wherein the active circuitry offers means of addressing such malfunctions.

A capacitive energy storage system comprising:

• —a plurality of electrode pairs comprising 2D, 2.5D, or 3D structures;
• —a eutectic liquid metal disposed between the electrode pairs;
• —a high-voltage dielectric coating isolating the electrodes from the eutectic liquid metal;
• —wherein the system simultaneously provides:
• (i) an energy density exceeding 1000 J/cm3 when at operating voltages of 200V or higher, and (ii) power density sufficient to support complete discharge in under one minute;
• wherein the simultaneous high energy density and high power density are achieved through the combination of submicron electrode separation, metallic bonding charge storage mechanisms, and the high charge carrier density of the eutectic liquid metal.