Device and method to generate and apply gravito-magnetic energy

A method comprising:

• develop and store in a memory a gravitomagnetic map of a plurality of topological features on the surface of a hard disk platen;
• divide the plurality of topological features of the gravitomagnetic map into mapped sections and assign one unique map section locator to each mapped section;
• receive a key pair request;
• select a map section locator;
• select a mapped section of the hard disk platen identified by the selected map section locator as a source of a first private key;
• detect a time series of discrete gravitomagnetic energy inputs originating from a series of discrete detections of features fixated within the section of the hard disk platen identified by the selected map section locator;
• derive a private key from the time series of discrete gravitomagnetic energy inputs;
• and
• derive a public key by applying a conversion software to the private key, whereby the source of the private key is fixated within the hard disk platen.

A device comprising:

• a central processing unit for executing a software-encoded computer program;
• a disk module comprising a disk, the disk having a mass and presenting a surface having a plurality of topological features, the disk module coupled with central processing unit and adapted to spin the disk as directed by the central processing unit;
• a memory storing the software-encoded computer program and bi-directionally coupled with the controller and the disk module;
• an MR element positioned sufficiently close to the surface to support generation and capture of gravitomagnetic energy;
• and
• an energy reception element, the energy reception element electrically coupled with the MR element, the memory and the controller, wherein the energy reception element is adapted to receive discrete emissions of gravitomagnetic energy received from the MR element, and the software-encoded computer program comprises instructions that operatively direct the central processing unit to perform the following:
• develop and store in the memory a gravitomagnetically detected topological features map of the plurality of topological features of the disk;
• divide the topological features map into mapped sections and assign one unique map section locator to each mapped section;
• receive a keypair request;
• select a map section locator;
• select a mapped section of the disk identified by the selected map section locator as a source of a first private key;
• detect a time series of discrete gravitomagnetic energy outputs from the MR element originating from a series of discrete detections of features fixated within the section of the disk identified by the selected map section locator;
• derive a private key from the time series of discrete gravitomagnetic energy MR element outputs;
• and
• derive a public key by applying a conversion software to the private key, whereby the source of the private key is fixated within the hard disk.