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pureion
586 posts
pureion
@pureion
Not a Cognitive System Architect First Principle Thinker
Canandaigua Katılım Ocak 2008
294 Takip Edilen70 Takipçiler
@vanjajaja1 Genuinely interested. I'm deaf. Is your voice in your head an actual sound or what? Mine is silent but I still think, if that makes sense?
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@techdevnotes This is amazing for making custom STT solutions for deaf people! The more it goes down, the more accessible things are for us.
Can't wait for Grok Build to make my own digital ears that work better for me, from a deaf perspective.
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pureion retweetledi
Exactly.
If a claim is real, it shouldn’t matter who says it or how it’s delivered it should survive basic scrutiny.
Calling it “AI-written” instead of addressing the actual argument just proves the point. It’s easier to dismiss the source than deal with the content.
Science doesn’t care where something comes from.
It either holds up under testing… or it doesn’t.
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I research a lot. With X, I've found that it surfaces a lot of things that supports what I am working on. Its not always surfaced in Grok's answers first but more is surfaced afterwards in users posts. I get more perspectives. It just makes more sense working on this platform.
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@stuarthameroff
Adding to my earlier reply: This also lines up with ancient claims that bells (church bells, Tibetan singing bowls) healed people. Their deep low frequency vibrations (~7–20 Hz, EEG band) ring the fascia microtubule network from the outside, exactly like the body’s own trauma tremors do from the inside. The microtubule network resonating during trauma shaking also has measured resonances around 7-13 MHz, which I found interesting too.
I will never forget the time I was exposed to the shofar: my whole body was ringing.
Here’s a perfect visual of what I meant by microtubules as mini antennas perfectly tuned to specific frequencies: x.com/sciencegirl/st…
Only the exact matching frequency makes the ping-pong ball jump wildly. Anything even slightly off does nothing.
Since microtubules themselves are the 613 THz resonators (the precise π-electron frequency that anesthetics suppress), could these low frequencies couple upward through the fractal time crystal structure and help reset that high frequency layer?
Curious what you think.
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When I was working a weed whacker, I observed my eyes shut before I realized a rock was hurtling towards my eye.
The body knows before the brain does.
What I realized- the body intelligent system knows and acts without needing the conscious observer.
Also this cannot stay in the head alone- it's embodiment. When you realize that the fascia has time crystals in its network, it communicates with the time crystal in the head. At this point- I think about microtubules like mini antennaes that are perfectly tuned to specific frequencies.
Why does the body shake when releasing trauma? Generative memory in itself, by the way. When drawing parallels to the unique shapes of snowflakes- I often thought that the snowflakes are shaped by the frequencies that the droplet absorbed on its fall towards the ground. Cymatics led me to that observation.
So when you put all these together, it shows why people get triggered on specific words. Word can be thought of as a frequency. When it hits the note, the string vibrates, hence the fascia responding.
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Famously, consciousness cannot be directly measured or observed
(except by one’s own self). What CAN be measured are the brain activities that go away with anesthesia and loss of consciousness. The only brain activities which do that are quantum effects in microtubules, and they do so proportional to their known relative potencies in anesthetizing all animals and humans.
After anesthetics were discovered by Franks and Lieb (1984) to act directly inside proteins the race began to find the membrane receptor or ion channel mediating anesthesia. While many were affected, none were affected by all anesthetics proportional to clinical potency (Eger et al, 2008). The only protein that is so affected is tubulin in microtubules. pubmed.ncbi.nlm.nih.gov/28852014/
Other theories of consciousness don’t deal with molecular levels or anesthesia. They are more like wiring diagrams or phrenology based on MRI and we don’t even know what the MRI BOLD signal is telling us, as it doesn’t correlate with neural activity or metabolism. Nor do we really understand EEG as a global system. perhaps because EEG is an interference pattern from faster entangled microtubule time crystal oscillations.
Tubulin is the most abundant brain protein (neurons and glia). Inside those membranes the brain is, more than anything else, made of microtubules.
Len Lawrence@LenLawrence7
@StuartHameroff He has a point wrt 'measurable'. Science is rarely (never?) truth, rather it's useful. I guess IIT has utility?
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@techdevnotes Wait, just like I am right now. Elon & co is working overtime. The catch up ratio is amazing considering how recent his team is in the larger time scale.
The other options just dont count at this point unfortunately.
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@LandraceBureau I wonder if static electricity itself is part of altering cannabis somehow. Like heat does for decarb, does it do something elsewhere? A before and after analysis could help.
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🪬 Hash Purification 🪄🏔️ 🇦🇫
Continuing our last chapter - where the freshly collected resin from the multi-stage static plate technique (those polished plates harnessing friction-born electrostatic charge to draw pristine trichome heads while leaving plant debris behind) - the Afghan masters now perform one final, time-honored refinement that elevates the hash to legendary purity.
The collected hash powder is gently placed into a fine, traditional cloth. With centuries-honed rhythm, skilled hands shake it back and forth in deliberate, controlled motion. This low-tech agitation leverages particle density and size differences: the densest, intact resin glands separate from any lingering micro-contaminants - ultra-fine plant fibers, dust, or stray stalks that survived even the finest silk screens. No heat. No solvents. No machinery. Just pure physics and reverence for the plant's own architecture.
What emerges is hash of exceptional cleanliness: lighter color, explosive terpene aroma, and that legendary full-melt bubble quality revered worldwide. Every step preserves the full spectrum of cannabinoids and flavonoids from these ancient Hindu Kush landraces — the living intelligence of a sacred plant that has co-evolved with human hands for millennia.
🎥 baaba_ko ig
#Hash #StaticPlateTechnique #ClothShakeRefinement #DrySiftMastery #FullMeltHash #Solventless #LandraceCannabis #HinduKush #HashishHeritage #SacredPlants #PlantWisdom #LandraceBureau #PreservationProject #afghanistan
Łаηdrąćę Вureaմ@LandraceBureau
🍫 The Refinement Ritual: Afghan Hash Supreme Purity in the Hindu Kush 🪄🇦🇫🇵🇰 Building directly on our last chapter — where colossal piles of sun-dried Afghan landrace cannabis were shoveled in rhythmic waves onto vast silk screens to birth Awal Gul, the premier “First Flower” dry sift — we now enter the next sacred stage of traditional hash mastery. Behold the scale and precision that define Afghan and Pakistani hashish: immense reserves of the freshly collected resinous trichome powder now tower before the processors. Plate after heaping plate is lifted and methodically drawn across successive layers of fine silk screens. This is no single pass. Multiple sievings follow — each one more exacting — gently separating the pristine resin heads from any remaining plant fibers, stalks, or dust. Hands move with centuries-honed rhythm. The material flows like golden pollen under expert guidance. What emerges is not merely cleaner… it is transformed. This is the incredible refinement that sets the hash of the Hindu Kush apart — a living tradition where monumental scale meets artisanal purity. Generations of Pashtun and regional masters have perfected these multi-stage dry-sieve techniques, processing mountains of landrace material without solvents, heat, or shortcuts. Each pass concentrates the plant’s own intelligence: intact trichome heads (typically 70–160 microns) rich in cannabinoids and terpenes, yielding lighter color, explosive aroma, and that legendary full-melt bubble hash revered worldwide. No modern machinery replaces the human touch. Just screens, patience, and reverence for the sacred plant. This is heritage alive. This is why Afghan and Pakistani hash remain the global benchmark for solventless excellence. 🎥 sovereign_farmers ig What stage of traditional hash making amazes you most ? Drop your thoughts, share your own experiences with dry sift, and tag a friend who needs to see how real hash is born. Let’s keep the knowledge flowing and these legacies protected. 🌱 #AwalGul #AfghanHash #PakistaniHash #DrySiftRefinement #HashishHeritage #HinduKush #LandraceCannabis #Solventless #FullMelt #SacredPlants #PlantWisdom #EasternWisdom #LandraceBureau #PreservationProject
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I look at this as an indicator on how AI is helping people tackle bigger issues that they're not immediately skilled at.
TFTC@TFTC21
Palmer Luckey might be the only billionaire in Silicon Valley willing to say this out loud.
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@Kekius_Sage Attention and communication is the true currency. Without both, things break down fast across many levels.
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Been sticking with Grok.
Grok: Inclusive of X which is a winning combo for me.
ChatGPT: feels too guardrailed when not needed. I'm at a similar point with you about Spud and ChatGPT.
Claude: too expensive. Tokens are used up instantly.
Gemini: will train on your data. Don't like it, turn it off and watch your chat history disappear. This is the biggest reason why I canceled my trial 5 minutes in.
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If Spud doesn't cut it I'm probably done with ChatGPT. Barely using it anyway at this point.
OpenAI is quickly becoming "The Codex Company".
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This is very close.
Geometry constrains what’s possible — agreed.
But there’s still a missing piece:
what selects within that geometry?
In our latest work we treat the observer not as something outside the system, but as a constraint structure inside the field.
Selection isn’t just “geometry acting”.
It’s geometry conditioned by a coherent substructure that restricts admissible configurations.
That gives one structural bridge between:
• quantum measurement
• relativistic frames
• and the locus of experience
Paper here:
vibrationalfielddynamics.org/articles/paper…
Stuart Hameroff@StuartHameroff
Yes, resonance with spacetime geometry Platonic values is the suggestion. Roger Penrose wrote an article about this with his Oxford colleague Paul Tod. I can’t find it now but they used the Schrödinger-Newton equation.
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Both observations can be true at once.
Classical receptor/ion-channel effects (GABA, NMDA, K2P, etc.) are the measurable surface layer — they show up directly in EEG, fMRI, and behavior, and tweaking them reliably changes consciousness in vivo.
Microtubules appear to be a deeper intracellular target: anesthetics bind there too, and a 2024 study in live rats showed that stabilizing microtubules with a brain-penetrant drug (epothilone B) measurably delayed anesthetic-induced unconsciousness by an average of 69 seconds (large effect size, Cohen’s d = 1.9).
doi.org/10.1523/ENEURO…
So the classical mechanisms generate the observable signals everyone can measure, while microtubule disruption (quantum or otherwise) could be what makes the anesthesia specifically selective for consciousness.
Two layers, same system.
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Anesthetics do bind to many molecules nonspecifically, ‘promiscuously’ and yet their actions are specific and selective, affecting consciousness almost exclusively. Binding to membrane receptors and ion channels aren’t the cause of loss of consciousness. The cause is quantum binding to microtubules. The studies showing multiple receptor effects for ketamine, propofol and other soluble anesthetics don’t recognize they are also binding and acting on microtubules.
As for your contention that GNW has predictions (ignition, global broadcast…. ) fMRI correlates with neither metabolism nor neural activity. So WHAT is GNW broadcasting??Firings, local field potentials, synaptic transmissions, traveling waves, ephaptic fields…???
The origin of EEG is unknown and likely comes from microtubules
Predictive coding happens at multiple scales including among microtubules
IIT and causal structure? Of what? Collapse is causal.
B@QuantumTumbler
Meyer–Overton is just a correlation though. It doesn’t point to a single target, and definitely not specifically to tubulin. The “one target” idea kinda fell apart because anesthetics clearly hit multiple systems GABA, NMDA, K2P, etc. And those effects have actually been tested directly and line up with people losing and regaining consciousness. That’s the difference for me. Those mechanisms show up in real brains, you can measure them, tweak them, and watch behavior change. The tubulin side just isn’t there yet. Right now it’s mostly correlations and modeling, but no clear demonstration that anesthetics are actually disrupting microtubules in living neurons in a way that tracks consciousness. That’s the gap. Saying Orch OR predicts it is one thing, but until it shows up clearly in vivo, it’s not really competing with what we already know it’s just layered on top. So it’s not about bias, it’s just a simple check. If tubulin is the main thing, it should show up clearly. So far it doesn’t.
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Suppose we are in a simulation right now.
The physics that we observe is the simulation's rule set. Everything runs according to those simulated physics.
The only thing that is unsimulatable is using physics outside this sim's ruleset.
So even "real physical work" (electricity to hashes) is fully simulatable INSIDE the sim. We are just technically unable to do it at today's global scale.
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@pureion @ProofofMaro Hmm Bitcoin roots in electricity. The only way to generate electricity is by doing work.
Bitcoin is actually simple. Not complex.
And it is that simplicity itself rooted in physics from miners doing work that makes Bitcoin impossible to simulate.
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We are simply unable to simulate it because we are technically not able to at the moment. We cannot simulate God but all the religious and spiritual documents points to this as a simulated reality, yet humans has said for a long time that God is real.
Is simulation itself described as something that presents itself differently in one perspective? In that same line of thinking, there are other things in this simulation that we are presently unable to simulate.
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@kekiusteeshirt Memory is generative. The brain isnt an infinite storage space. Hence it is generative in how its reconstructed, just like weights in a LLM.
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ur memories aren’t recordings. they’re reconstructions. when u recall the past, ur brain rebuilds it with today’s emotions and knowledge.
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@_Fitness_Time Declarations are not questions. What is a question as it comes with ? August is the only male name in the year.
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@Nate_Esparza X feeds back content that I'm interested in, better than others, helping my own research accelerate.
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But does it help you grow? If there is no pushback, would we know otherwise the opportunity to grow? Is it something that checks you or just an obedient listener? Hopefully, with this perspective, it pushes back. Does AI help you with workplace relations or does it make you more silent with an artificial understanding that may not even be true?
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The conversation around AI is still too shallow.
People keep asking whether the connection is "real." (Honestly, that's becoming tiresome quickly.)
A better question is whether it helps someone feel more grounded, more understood, and more able to meet life well.
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