Biofield apparatus

A method of operating a biofield apparatus for managing biofield information associated with a subject, the method comprising:

• storing biofield information associated with a subject in a first vial and a second vial each configured to hold fluid;
• inserting the first vial and the second vial in an input plate vial well and an output plate vial well of an input plate and an output plate, respectively;
• selecting an input mode or an output mode by the user using a mode switch;
• receiving, by a control unit, an operating mode setting for initial inputting of biofield information emitted from the subject using the mode switch, based on the selection of the input mode or output mode for initiating the biofield process and setting one or more amplification knobs of the biofield apparatus to zero reading and inserting the first vial filled with the fluid into the output plate vial well;
• providing, by a control unit, a first signal to an input plate for capturing the biofield information emanating from the subject galvanically coupled to the input plate, based on an user action received through a start button, the input plate or at least one probe adapted to be in contact with the subject, and wherein the at least probe connected to an input jack collects the biofield information emitting from the subject based on receipt of the first signal at the input jack;
• encoding and transmitting, by the control unit, the biofield information captured from the subject through the galvanic connection, to a fluid contained in a first vial removably coupled to an output plate vial well;
• collecting, encoding and transmitting, by the control unit, the biofield information of the subject in a re-positioned state to the first vial by repositioning the at least one probe on the subject for capturing and encoding the biofield information, and removing the subject from the input plate and disconnecting the at least one probe from the input jack upon encoding process;
• receiving, by the control unit, an operating mode setting for amplifying the collected and encoded biofield information by setting the mode switch to an amplify mode and the first vial is decoupled from the output plate vial well and inserted to the input plate vial well, and the second vial is inserted into the output plate vial well;
• receiving, by the control unit, a target amplification level set by adjusting the one or more amplification knobs;
• amplifying and refining, by the control unit, the biofield information within the first vial, by transferring the biofield information back and forth between the first vial and the second vial connected through the galvanic connection until the set target amplification level is reached, and the first vial is removed from the input plate vial well and the second vial is transmitted to the input plate vial well after the set target amplification level is reached;
• transmitting, by the control unit, the biofield information to the subject in at least a continuous manner and a non-continuous manner, based at least on operating mode setting related to direction of transmission of the biofield information, the operating mode setting related to the direction of transmission provided using the mode switch;
• and
• providing, by the control unit a second signal to the input plate for transferring the encoded, amplified and refined biofield information to the subject, wherein the second signal is provided to the input plate based on the user action received through the start button, and the second signal enables continuous or non-continuous transmission of the biofield information from the fluid contained in the first vial or the second vial secured to the input plate vial well to the subject placed on the output plate through the galvanic connection, enhancing the biofield information by creating a subsequent change in the subject and the one or more amplification knobs are set to zero reading during the transmission.

A biofield apparatus, comprising:

• a first vial and a second vial each configured to hold fluid for storing biofield information associated with a subject;
• an input plate and an output plate, the input plate and the output plate comprising an input plate vial well and an output plate vial well, respectively, wherein each of the input plate vial well and the output plate vial well allows insertion of the first vial and the second vial therein and wherein the input plate, the output plate, the first vial and the second vial are coupled to the subject through a galvanic connection with photo detection for receiving and transmitting the biofield information;
• a mode switch configured for selecting an input mode or an output mode by the user;
• and
• a control unit configured to control capturing of the biofield information emanating from the subject, output, and management of the biofield information, the control unit comprising at least one processor capable of executing instructions and a memory capable of storing executable instructions is configured to:
• receive an operating mode setting for initial inputting of biofield information emitted from the subject using the mode switch, based on the selection of the input mode or output mode for initiating the biofield process and setting one or more amplification knobs of the biofield apparatus to zero reading and inserting the first vial filled with the fluid into the output plate vial well;
• provide a first signal to the input plate for capturing the biofield information emanating from the subject galvanically coupled to the input plate, based on an user action received through a start button, the input plate or at least one probe adapted to be in contact with the subject, and wherein the at least probe connected to an input jack collects the biofield information emitting from the subject based on receipt of the first signal at the input jack,
• encode and transmit the biofield information captured from the subject through the galvanic connection, to the fluid contained in the first vial removably coupled to the output plate vial well,
• collect, encode and transmit the biofield information of the subject in a re-positioned state to the first vial by repositioning the at least one probe on the subject for capturing and encoding the biofield information, and removing the subject from the input plate and disconnecting the at least one probe from the input jack upon encoding process,
• receive an operating mode setting for amplifying the collected and encoded biofield information by setting the mode switch to an amplify mode and the first vial is decoupled from the output plate vial well and inserted to the input plate vial well, and the second vial is inserted into the output plate vial well,
• receive a target amplification level set by adjusting the one or more amplification knobs,
• amplify and refine the biofield information within the first vial, by transferring the biofield information back and forth between the first vial and the second vial connected through the galvanic connection until the set target amplification level is reached, and the first vial is removed from the input plate vial well and the second vial is transmitted to the input plate vial well after the set target amplification level is reached, wherein the biofield information is transmitted between the fluid contained in the first vial and the fluid contained in the second vial, with the first vial and the second vial removably coupled to the input plate vial well and the output plate vial well, respectively,
• transmit the biofield information to the subject in at least a continuous manner and a non-continuous manner, based at least on operating mode setting related to direction of transmission of the biofield information, the operating mode setting related to the direction of transmission provided using the mode switch, and
• provide a second signal to the input plate for transferring the encoded, amplified and refined biofield information to the subject, wherein the second signal is provided to the input plate based on the user action received through the start button, and the second signal enables continuous or non-continuous transmission of the biofield information from the fluid contained in the first vial or the second vial secured to the input plate vial well to the subject placed on the output plate through the galvanic connection, enhancing the biofield information by creating a subsequent change in the subject and the one or more amplification knobs are set to zero reading during the transmission.