Most notably, Sanat Kumara and all those who work directly with Him are said to be furthering "the great plan for the self-conscious enfoldment of all life" on Earth.[12] By taking physical form out of the Planetary Logos as Sanat Kumara, the great being that ensouls this planet catapulted early animal-man's evolutionary development forward. By refining and stimulating the fourfold lower aspects of human beings (i.e., their physical bodies, life force or prana, emotional bodies and nascent minds), Sanat Kumara enabled humans to become worthy receptacles for incoming souls, thereby empowering them to commence their spiritual journey. (This is what is depicted in the Genesis myth of the Bible — as well as in Michelangelo's frescoes in the Vatican — as regards to the "creation" of man and woman, as well as the descent into matter or the "fall" of Adam and Eve.)[13] Over time, such a journey offers the promise of both intellectual prowess or rationality, as well as self-realization.[14]

also the story of the mitochondrial era ...is interesting....

— NQ WORDS NEEDED —

BODY AREA NETWORKS - DETAILS


https://ieeexplore.ieee.org/document/6161600

HEY from the activation of the 5g towers CAN YOU EAR A LOW FREQUENCIES PULSES IN THE EAR LIKE MORSE CODE??

👆FNIRS - EEG

With the rapid growth of optical-based neuroimaging to explore human brain functioning, our research group has been developing broadband Near Infrared Spectroscopy (bNIRS) instruments, a technological extension to functional Near Infrared Spectroscopy (fNIRS). bNIRS has the unique capacity of monitoring brain haemodynamics/oxygenation (measuring oxygenated and deoxygenated haemoglobin), and metabolism (measuring the changes in the redox state of cytochrome-c-oxidase). When combined with electroencephalography (EEG), bNIRS provides a unique neuromonitoring platform to explore neurovascular coupling mechanisms. In this paper, we present a novel pipeline for the integrated analysis of bNIRS and EEG signals, and demonstrate its use on multi-channel bNIRS data recorded with concurrent EEG on healthy adults during a visual stimulation task. We introduce the use of the Finite Impulse Response functions within the General Linear Model for bNIRS and show its feasibility to statistically localize the haemodynamic and metabolic activity in the occipital cortex.