u/DuchessJulietDG

what makes you feel back to your “normal” baseline when dealing w a few sick days?
any tips for self-care while getting the steroid dosages back to normal?

some people feel like crap when the mgs bounce for a few days- i know i do!

i have to avoid all stress around the re-strengthening period. i am not good with tapering yet, so sometimes i come back down harsher than i could.

any tips on tapering down, for example, after a weekend of doubling dose due to travel/stress?

thanks in advance!

ps: i always keep solu-cortef on hand, i just dont want to rely on it and want to master this illness without needing it as much!

i keep seeing posts that want to discuss other illnesses that are not by those diagnosed w this or by those who focus on things like steroid injections for temporary injuries and not solu cortef injections etc.

it just seems to be amok w one poster using several usernames to ask questions about the same thing, maybe im just in a pisser mood today, been having to updose a lot being out of town but i get frustrated by the posts that talk about everything else BUT this illness. i know people are waiting on diagnoses and have questions and that is fine but so many arent even describing adrenal insufficiency at all!

they hear about it, see the list of varied symptoms which belong to a lot of illnesses and start posting before they even know what tests to take or dont know that we have no cortisol vs their healthy amount.

am i having cortisol envy? maybe. lol just maybe.

ok rant over. sorry.

Remote Viewing and Visual Hallucinations
HF sinusoidal electromagnetic fields use methods of cross coupling manner of nerve conduction that modulate a person’s alpha, beta, delta, and theta neural oscillations in the visual cortex. The method allows for the reception of an image that has been transmitted over long distances using high and low spatial frequency information to be received by a specific, or “targeted”, individuals brain. Each individual’s brain wave patterns are unique to the individual similarly to a fingerprint or one’s iris. Each individuals perception is different to explain why brain mapping would need to be conducted to create a file for the individual. Physiological responses are different for each person since every living organism perceives the world the in different ways. It is distinct to the targeted person and set to a file that is put together through various governmental resources.
Cranial nerve two is one of the nerves responsible for remote viewing by using the body’s natural emission of ELF that can be modulated with several types of radio frequencies that is heavily documented but not outright nor explicitly stated. Modulation analysis is the use of high frequencies to locate low-emission ELF such as brain activity. UHF, specialized radar, integrated satellite systems, and modulation analysis permits for a subjects brain wave activity to be mapped and set with a persistent asset identifier for constant tracking. This is the same method the military uses for target designation. Operators do have the ability to observe what an individual is doing or looking at as the visual stimuli from the subjects environment through the subjects eye sight is made available for a different  type of remote viewing from rendering software. Graphics support assists in needs for transmitted visuals to the targeted individual that is used in remote viewing techniques. The graphics can be transparent or appear as solid figures, in various states of consciousness. That is, either alert or somnolent.
As light travels through the eyes, a process of transduction converts the light energy into electrical signals that are transmitted along the optic nerve, cranial nerve two, to the brain and processes the electrical impulses for interpretation producing neural oscillations based on the image’s properties. High and low spatial frequency from the individuals eyes generate an image in wave form in the brain. Low Spatial Frequency (LSF) interprets the shape of the visual information that is processed through fast magnocellular pathways. It is s a low frequency theta brainwave. High Spatial Frequency (HSF) interprets fine details, edges, and borders that is processed more slowly through parvocellular pathways. The magnocellular and parvocellular pathways are two distinct neural circuits within the visual system that process different aspects of visual information.
 
 Temporal resolution is high having a rapid response to changes in light intensity within the magnocellular pathway. The resolution is low within the parvocellular pathway having a slow response to changes in light intensity. The oscillations produce visual information that can be received remotely by using UHF and HF by signaling the target and bounce the wave form information back to the operator. Rendering software uses Inverse Fourier Transform or Inverse Discrete Cosine Transform to reconstruct visual information with higher value quantification from the sight of an individual and their environment that is viewed on the operators computer; To observe a point of view what activities a person is engaging in.
Artificial intelligence (AI) generated imagery sent to the brain makes for similar process although in the form of dreams, nightmares, and other visual stimuli that is sometimes referred to as a hallucination. When receiving an image, the electromagnetic radio frequency, a form of light or photon, is received by the nerves it is then transmitted to the brain that activates phosphenes generated by the electrical activity to produce the closed or open eye visual. Flashes of light are described by Havanna Syndrome victims. A document made available from the CIA reading room confirms the cogency of the argument (May, Edwin C., Wanda L.W. Luke and Thane Frivold 1988). Interests in paranormal and ESP including telepathy research projects conducted by CIA biotechnology and information technology contractors were research projects that strongly relate to hallucinations and other sensory manipulations. Ghosts and aliens are additional concepts used to alter one’s reality that is observed in V2K harassment victims.
Additionally, dreams are artificially generated images that may seem like a movie or a series of pictures, an augmented reality sometimes combined with manipulation of senses including smell, touch, or emotion based on an individual’s environment, life experiences, or quasi-random set of events or correlations that are based on the projects or engineer requests.
Synesthesia is different type of sensory experience that combines senses of sight, taste, hearing, and feeling that is not negative in action, thus it is not considered a hallucination.
Nightmares use the same method of AI generated imagery to control what a person experiences during their state of sleep that incorporates negative emotions. Emotions may be perceived as fear, anger, sadness, or anything else the controller wants to replicate and are subject to change at any time. Theta oscillations are implicated in processing emotional salience, while beta oscillations may relate to the intensity of unpleasant emotions.
Emotions are associated with specific neural oscillations in the brain, which are synchronized brain waves that help coordinate communication between different brain regions. Different frequency bands and patterns are linked to specific aspects of emotion, such as the positive or negative quality (valence), the intensity (arousal), and the regulation of emotional responses. The senses can be controlled either while somnolent or alert.

author: nils melzer
created the term Cybertorture