Merci dikiitanetsdooshi pour le rapport très intéressant...
Thanks dikiitanetsdooshi for the very interesting report...
Thanks dikiitanetsdooshi for the very interesting report...
So far, I have had 2 sessions and the results have been nothing short of amazing! Most of what others have written about their experiences during this experiment are hit remarkably close to home – from a feeling of lightness to trouble sleeping after sessions. After the first of these 2 recent sessions, I tried to sleep and couldn’t and felt a low level of aggravation. I had work following that, and I noticed feeling calmer and more put together. Things that typically phase me significantly don't have as much impact. The mind chatter has reduced notably.
[...]
The most dramatic change overall is my ability to pay attention and focus, better memory retention, less rigid thinking – being able to access and choose alternative interpretations and ways of doing and being - and improved energy levels. I suppose this translates and effects all areas in turn; I communicate more and better and I have the physical energy to do things and get them done.
"Your brain has 100 billion neurons or so, and they have to be coordinated," said senior author Marcus Raichle, MD, the Alan A. and Edith L. Wolff Distinguished Professor of Medicine and a professor of radiology at Mallinckrodt Institute of Radiology at the School of Medicine. "These slowly varying signals in the brain are a way to get a very large-scale coordination of the activities in all the diverse areas of the brain. When the wave goes up, areas become more excitable; when it goes down, they become less so."
In the early 2000s, Raichle and others discovered patterns of brain activity in people as they lay quietly in MRI machines, letting their minds wander. These so-called resting-state networks challenged the assumption that the brain quiets itself when it's not actively engaged in a task. Now we know that even when you feel like you're doing nothing, your brain is still humming along, burning almost as much energy daydreaming as solving a tough math problem.
Using resting-state networks, other researchers started searching for - and finding - brain areas that behaved differently in healthy people than in people with brain diseases such as schizophrenia and Alzheimer's. But even as resting-state MRI data provided new insights into neuropsychiatric disorders, they also consistently showed waves of activity spreading with a slow regularity throughout the brain, independently of the disease under study. Similar waves were seen on brain scans of monkeys and rodents.
Some researchers thought that these ultra-slow waves were no more than an artifact of the MRI technique itself. MRI gauges brain activity indirectly by measuring the flow of oxygen-rich blood over a period of seconds, a very long timescale for an organ that sends messages at one-tenth to one-hundredth of a second. Rather than a genuinely slow process, the reasoning went, the waves could be the sum of many rapid electrical signals over a relatively long time.
First author Anish Mitra, PhD, and Andrew Kraft, PhD - both MD/PhD students at Washington University - and colleagues decided to approach the mystery of the ultra-slow waves using two techniques that directly measure electrical activity in mice brains. In one, they measured such activity on the cellular level. In the other, they measured electrical activity layer by layer along the outer surface of the brain.
They found that the waves were no artifact: Ultra-slow waves were seen regardless of the technique, and they were not the sum of all the faster electrical activity in the brain.
Instead, the researchers found that the ultra-slow waves spontaneously started in a deep layer of mice's brains and spread in a predictable trajectory. As the waves passed through each area of the brain, they enhanced the electrical activity there. Neurons fired more enthusiastically when a wave was in the vicinity.
Moreover, the ultra-slow waves persisted when the mice were put under general anesthesia, but with the direction of the waves reversed.
"There is a very slow process that moves through the brain to create temporary windows of opportunity for long-distance signaling," Mitra said. "The way these ultra-slow waves move through the cortex is correlated with enormous changes in behavior, such as the difference between conscious and unconscious states."
The fact that the waves' trajectory changed so dramatically with state of consciousness suggests that ultra-slow waves could be fundamental to how the brain functions. If brain areas are thought of as boats bobbing about on a slow-wave sea, the choppiness and direction of the sea surely influences how easily a message can be passed from one boat to another, and how hard it is for two boats to coordinate their activity.
The researchers now are studying whether abnormalities in the trajectory of such ultra-slow waves could explain some of the differences seen on MRI scans between healthy people and people with neuropsychiatric conditions such as dementia and depression.
"If you look at the brain of someone with schizophrenia, you don't see a big lesion, but something is not right in how the whole beautiful machinery of the brain is organized," said Raichle, who is also a professor of biomedical engineering, of neurology, of neuroscience and of psychological and brain sciences. "What we've found here could help us figure out what is going wrong. These very slow waves are unique, often overlooked and utterly central to how the brain is organized. That's the bottom line."
I recently did sessions 6, 7 and 8, with 7 & 8 done in two consecutive days. Session number 6 ended with me feeling quite relaxed, and sessions 7 & 8 did not seem to have effects that were obvious on a conscious level.
I think I am learning to let go of control. I'm less peeved by small things that go wrong at my house, and am not sweating the small stuff when it comes to dealing with my family. I believe there should be more room to be oneself with family, within boundaries, of course. Sorry, but I'm not adding anything much of significance here. I feel that there are some things that are better left unsaid because of the neurotic nature of the thoughts.
I have read parts of this thread so apologies if this has been covered before.
About a week ago, Zengar released a new version of Neuroptimal, NO3. In NO3 the targeting is automated and there have been a number of improvements to the algorithms under the hood. Whereas in earlier versions, the NO practitioner had to take baselines and set some of the targets, this is no longer the case. It is still possible in the Pro version to follow the realtime reading from the sensor for the different frequency bands and these can also be reviewed after the sessions.
However, I have spoken to a Zengar representative who told me that one of the points of the new release was to shift focus away from the readings, which do not have much value in themselves, and focus more on what the client is experiencing between sessions.
What this also means is that the main difference between purchasing a personal system and a professional system is the number of sessions that you get. In the personal system you get 100 sessions (there's an offer of getting 300 sessions for the personal system if you order by June 15). If you get the professional system, you get unlimited sessions. Both version are very expensive with the personal being priced at USD 6,995 and the Pro version starting at USD 10,695.
Today, I had the first go at v3 of the software - apparently, there is a new version and it is supposed to take things to the next level.
You could rent it again when they upgrade to the new version, and then compare the new one with the old one.
In a chat with the practitioner that hires it out today he mentioned that a new version of the software was being developed for the professional units, and that there would be fewer analytics.
She also mentioned that there is a new version of NO coming out, version 3.0, and it will be made available at the beginning of May.
I think that FOTCM in the US is going to look into purchasing the professional model to make it available for all members who can travel to NC and spend a few days ever so often. If anybody wants to donate to this project, please do! We can save a LOT of money this way, I think.