qEEG: Quantitative Electro EncephaloGram and swLoreta Analysis

Repeated Directed Pulsed Radio Frequency Wave Attacks ​​ Repeated dddct analysis of the distribution of brain's own electrical signals (as opposed to other indirect imaging methods that evaluate brain activity based on indirect signs of brain electromagnetic activity, such as changes in vascularization, density, retention of the contrast, or consumption of glucose).

The qEEG tests by themselves are not intended to provide a diagnosis. Clinician must integrate the patient’s medical history, clinical symptoms, neurocognitive tests with other neuroimaging tests to render a diagnosis.

This information is then combined with qEEG assessment of brain regions and information regarding impaired conduction and connectivity between different regional neural networks in the brain. Assessments of regional abnormality rely on abnormal amplitude (power) distribution across the spectrum of EEG frequencies as compared to norms.

swLoreta (Standardized Weighted Low Resolution Electromagnetic Tomography Analysis) is a leading software package used to produce functional neuroimaging connectivity mapping (global and network-specific) comparable to DTI (Diffusion Tensor Imaging) obtained by fMRI, but based on the brain’s electric activity rather than water molecule distribution.

The method is uniquely suitable for Havana Syndrome because the EM Pulses serve as neurocognitive disruptors in the brain. Directed Pulsed Radio Frequency Wave Attacks ​​ (Anomalous Health Incident), or NeuroStrike (see McCreight 2022), or NKBI (Non-Kinetic Brain Injury) result in progressive brain degradation characterized by slowing down of the distribution speed of brain own's electromagnetic signals between neural nodes and brain regions.

Typical healthy frequency of signal distribution in the awaken state are BETA (13-30Hz) and ALPHA (8-12 Hz). DELTA distribution speed frequency (slower than 4 Hz) are normally only detected during deep sleep, or in the state of hypnosis. An abnormally large number of DELTA Connections in the awaken state is associated with severe brain degradation. Significant neural disruption in the Corpus Callosum (white matter tracks that connect the left and the right cerebral hemispheres) appears to be a common finding following Repeated Pulsed Directed Energy Attacks.

 UPDATES:

• September 6, 2024: Finding an MD to Interprete Results.
  Civilians who have completed qEEG with swLoreta might be having trouble finding an MD who could give clinical interpretation to this electric neuroimaging method. Since it is a form of EEG, civilians are usually sent to a neurologist specialized in epilepsy accustomed to using standard EEG in their practice. However, most of them are not familiar with qEEEG with swLoreta. You must educate them by providing the content of this webpage. To date, we are aware of at least one Clinical Neurologist who has given clinical interpretation to qEEG with swLoreta to a patient diagnosed with NKBI. Doctor's name and contact are listed below, and we are hoping to expand the list as we find more doctors skilled in this assessment:
  1. ​​Stephen A. Vanhaerents, MD, Northwestern Medicine, AMB Neurology. 259 E Erie St., Chicago, IL 60611, Phone (312) 926-6000.
     

• July 15, 2024: Finding a Specialist to conduct qEEG with swLoreta.
  The International Society for Neurofeedback and Research (ISNR) has a provider list with contact information for finding out what type of imaging software they use in their practice. Remember, you are looking for a provider who utilizes swLoreta, the most advanced and informative commercial imaging software to date, that is used in conjunction with qEEG.

About the Attachments:

1. Flyer "Havana Syndrome" Being Used on U.S. Civilians (havana-smaller_orig).

2. Example of a normal (neuro-typical) swLoreta image.(healthy-qeeg-imaging_orig).

3. ​qEEG swLoreta neuroimaging sample obtained from a civilian diagnosed with NKBI (Havana Syndrome) showing the presence of abnormally high number of slow DELTA connections in the Global Brain Connectivity (global_brain_connectivity).