System and method of neural data compression of a kinetic intelligent wireless implant

A system for providing electrical and optical stimulation, comprising:

• at least one implantable probe, implanted in a brain and comprising at least one spike detection circuit;
• and
• a plurality of electrodes protruding from the at least one implantable probe;
• wherein each electrode of the plurality of electrodes is operable to measure electrical activity of at least one region of interest of the brain;
• wherein a comparator of the spike detection circuit is operable to detect one or more spikes in the electrical activity of the at least one region of interest of the brain;
• wherein the comparator is operable to trigger a one-shot timer when the one or more spikes are detected;
• wherein the one-shot timer is operable to charge a hold capacitor;
• wherein the at least one implantable probe is operable to measure a potential across the hold capacitor;
• and
• wherein the at least one implantable probe is operable to determine a number of the one or more spikes and/or a temporal distribution of the one or more spikes based on the potential across the hold capacitor.

A method of providing electrical and optical stimulation, comprising:

• providing at least one implantable probe implanted in a brain, comprising a plurality of electrodes and at least one spike detection circuit;
• measuring, using the plurality of electrodes, electrical activity in at least one region of interest of the brain;
• connecting at least one of the plurality of electrodes to the at least one spike detection circuit;
• detecting and measuring, using the spike detection circuit, one or more spikes of the electrical activity of the at least one region of interest of the brain;
• decompressing, using the at least one implantable probe, the one or more spikes into brain recording data;
• and
• detecting, using the at least one implantable probe, a stage of progression of Post-Traumatic Stress Disorder (PTSD) based on the brain recording data.