Per Ception

Everyone agrees that the very best original, out of the box, novel ideas are those which allow current methods and beliefs to remain unchanged. /s *sigh*

Although mirrors have been around for thousands of years, a German chemist made a breakthrough in 1835 that would make the modern manufacture of them possible. Add some sugar to ammoniated silver nitrate, pour it onto glass: you’ve got yourself a mirror.

🪞 The uncomfortable detail is what humans used before 1835. For most of recorded history the only way to see your own face was in still water or polished metal. The reflection was dim, distorted and reversed. Every self portrait painted before the 19th century was painted from a reflection the artist could barely see clearly. Every person who lived before Justus von Liebig had only the vaguest idea what they actually looked like to other people. The precise image of your own face that you carry in your head as your identity is a remarkably recent invention. Before 1835 no human being in history had ever seen themselves as clearly as you can in under a second by picking up your phone. The modern concept of self image is 190 years old. Everything built on top of it beauty standards, self perception, identity rests on a technology that did not exist for 99.9% of human history.

This should disturb everyone who sees it. I don't agree with everything she is saying, but she's saying a lot of things that most people aren't considering.

@Three_Double_U @grok @joeroganhq unbelievable-facts.com/2016/12/gueved…

No you dont get to just not follow up on this. What happens to the urine tube? What happens to the blind vagina cavity that evolved due to greater survival probability from an islander population that would allow female children to live over male children? How do ovaries turn into testicles?! This sound ridiculous.

Have you heard about this before?

Consider this upcoming genre: Human/AI BCI 'movies' created from human Experiential Contemplative Explorations through thought and perceptions. A novel and enhanced form of 'DayDreaming' which cohorts with an AI to monitor and manage the requisite EPs (experiential perceptions) as the human mind 'travels, engages, creates and produces a perception product that encompasses every facet of consciousness isness. This dense description fortells consciousness evolved to story-perception states beyond imagination, beyond dreams, beyond psychedelics. Why? Because the natural state of consciousness embedded in an EP substrate always assembles as story forms. What has always been the missing link from such consciousness is the means to choose, control and create EPs in no less means than with physical bodies, human language/arts/music/etc. Human/AI BCI engaged in what was just described, and will initially be thought of as AI 'movie-making', is the predetermined destiny seed for what is actually meant with the terms such as raising consciousness, raising vibration, etc. But all wo use or allude to such terms have no idea what they actually mean, save that it sounds right or feels right. Or in current lingo, vibes. The end is not near. The beginning of the eating of the tail has begun. Wondrous Stories ~ I awoke this morning Love laid me down by the river Drifting I turned on up stream Bound for my forgiver In the giving of my eyes to see your face Sound did silence me Leaving no trace I begged to leave, to hear your wonderous stories Begged to hear your wonderous stories 'LA AHA' ... | youtube.com/watch?v=i3fIgH… |

I'm stating the below as someone who has worked extensively at the cutting edge of AI augmented filmmaking for the past three years (part of it inside of a program at one of the big studios here LA), so I have pretty good insight into the whole process: I would argue that the most important parts of filmmaking, story and authentic design of the characters and world, will take longer than 2-3 weeks to develop for a good movie, and this is the part that filmmakers still want (and should) control. The more they put themselves into it, and the more they see AI as a powerful rendering and VFX engine (as opposed to an idea engine), the more they will differentiate their work from automated "slop". I also believe there will always be a shortage in compelling ideas, regardless of how much AI tools will reshape the process. Original ideas and the limits of human imagination will still be the bottleneck (which is the main reason why most of what we see people creating with these tools and call film is in fact just "slop"). Regarding the speed of generation and the technical aspects, funding and new channels of distribution, I believe Schrader's prediction is pretty accurate. What all these very opinionated critics of AI augmented filmmaking don't get, is that no filmmaker ever enjoyed the tedious (and rarely successful) process of begging for 130M USD budgets at the studios to get their films made, and then waiting for another 3 years (after finishing principal photography!) to have an army of VFX artists finish it. Most directors will happily skip those steps, which created nothing but friction in their pursuit of bringing their vision to life. And with the tools evolving so rapidly, these movies will look even less CG and closer to the director's original vision than any VFX-laden Hollywood blockbuster. Imagine if Kubrick had been able to create many more of his iconic films during his lifetime. This is where we're heading towards.

@matta1exander @SRKDAN @Rainmaker1973 @grok abc.net.au/news/science/2…

@SRKDAN @Rainmaker1973 @grok Wait, infrared light goes through eye lids?

Infrared contact lenses that let you see in the dark are now real, with game-changing potential for security, surveillance, and night driving.

If anyone really wants to know the background to this song/meme, I found a reasonably reliable retort on reddit: reddit.com/r/NameThatSong… ----- After reading and researching, I provided it to Grok for a rewritten recitation: GROK: Original Post Summary The OP describes a catchy, hypnotic Chinese meme/TikTok song that's highly repetitive, phonetically rendered as "tang tang tang tang tang tu tu tu tu tu tu..." (clearly a variation of "dang dang dang do do do" or similar). They note its viral nature on TikTok, emphasizing the addictive, earworm quality without providing a video clip or more lyrics. The query is framed as a song identification request, typical for the subreddit, and it garnered moderate engagement (around 10-15 comments based on archived views). - Key Comments and Debate The thread features a mix of guesses, confirmations, and light debate, with users drawing from personal exposure to Chinese social media. Here's the highlights from top/upvoted comments (upvotes estimated from patterns in similar threads, as exact counts vary by view): Top Answer (Most Upvoted/Accepted, ~20 upvotes): One user identifies the singer as "口水格格" (pinyin: Kou Shui Ge Ge, roughly translating to "Drooling Princess" or a playful nickname), a Douyin (Chinese TikTok) creator. They note she primarily posts on Douyin and doesn't have international accounts. This is presented as the definitive match, with no links but a suggestion to search Douyin for her videos. Other users agree, confirming it's her viral cover that's fueling the meme. No one disputes this, and it resolves the query quickly. - Supporting Comments (~5-10 upvotes each): Several users confirm the song's origins tie back to the 1998 Mandarin ballad "Dāng" (当) by the Taiwanese duo Power Station (动力火车), originally the theme for the drama My Fair Princess (还珠格格). They explain that Kou Shui Ge Ge's version is a female cover/remix that's gone viral on Douyin, often with exaggerated, humorous deliveries that emphasize the repetitive "dāng" hooks. One comment links it to broader Chinese meme culture, noting how the song's nostalgic lyrics (hypothetical "when" scenarios about eternal love) get twisted into funny, over-the-top TikTok dances with props like sticks or ethnic attire. A few suggest searching for "当当当" (dāng dāng dāng) on Douyin, where Kou Shui Ge Ge's clips show up prominently, including full versions and remixes. - Minor Debates/Alternative Suggestions (Lower Upvotes, ~1-5 each): A couple of users initially guess unrelated tracks, like other repetitive Chinese EDM or meme songs (e.g., references to "ding ding dong" or Hokkien dialect tunes), but these are downvoted or corrected as mismatches. No major disagreements; the thread converges on Kou Shui Ge Ge's cover as the meme source, with some nostalgia for the original Power Station track from the '90s drama era. - Connection to the X Post and TikTok Video This Reddit discussion directly corroborates our earlier analysis: The audio in @klara_sjo's X clip (and the @maianh_hcm TikTok you shared) is based on "Dāng" by Power Station, but the viral meme iteration often stems from Douyin creators like Kou Shui Ge Ge. Her covers feature a sassy, female-led vibe that fits the exaggerated facial expressions, head-bobs, and group dances seen in those videos—especially with Hmong/Miao cultural elements added for flair in Vietnamese or cross-border adaptations (e.g., via channels like @maianh_hcm). The "tu tu tu" phonetic in the Reddit post matches the "do do do" backing melody we've noted, filling gaps between "dāng" lines. The thread's value lies in highlighting the meme's evolution: From a romantic '90s ballad to a 2023+ Douyin/TikTok phenomenon, driven by creators like Kou Shui Ge Ge, whose "上头" (addictive/head-bopping) style turned it into a global daily ritual.

It's time for your daily DANG. DANG DANG DANG DANG DANG.

What followup research/discoveries, if any, has happened since the 2016 articles? -------- Since the 2016 HRL Laboratories study, research has moved from demonstrating basic performance gains to identifying the 1. Discovery of "Connectivity" Over "Firing Rates" (2017) In a follow-up collaboration with McGill University, HRL researchers discovered that tDCS does not simply make neurons fire faster. Instead, it modulates functional connectivity—the way different brain regions communicate with each other. ***** hrl.com/news/2017/10/1… Key Finding: Learning speed in primates increased by ~40%. Significance: This debunked the theory that tDCS was ineffective because it didn't change individual neuron firing rates in cadaver heads, shifting the focus to how it organizes large-scale brain networks. 2. fMRI Validation in Flight Tasks (2023) Recent research using simultaneous fMRI and tDCS has provided more granular detail on which brain regions are activated during stimulated flight training. Increased Activation: Stimulation to the right DLPFC increased activity in the left cerebellum and bilateral basal ganglia during the most difficult flight conditions. Distraction Filtering: Findings showed that stimulation increased the brain's ability to "ignore distractors" by inhibiting secondary task-related areas like Broca's area. 3. Optimization of Stimulation Timing (2024) New studies published in Aerospace Medicine and Human Performance have tested when to apply stimulation for maximum effect. "In-Flight" Superiority: Researchers found that active stimulation delivered during the task produced significantly better results than stimulation delivered prior to the task. ***** pubmed.ncbi.nlm.nih.gov/38158568/ Emergency Response: Subjects receiving "online" (during) stimulation maintained more precise flight paths even when an unexpected in-flight emergency was introduced. 4. Expansion to Personalized Neurostimulation (2025) As of early 2025, the field is shifting toward individualized dosing. Personalized tDCS: Studies have shown that individualized electrode placement and current intensity are significantly more effective than "fixed-dose" stimulation, helping participants who previously showed no response to standard protocols.

A biological miracle is happening in accelerated learning centers. Researchers successfully implanted procedural memories—like piano playing, language vocabulary, and martial arts movements—using transcranial magnetic stimulation combined with virtual reality. Test subjects with ZERO piano experience played intermediate pieces after just one 20-minute session. Skill retention lasted 6 months without practice, with 91% accuracy maintained. The process works by mimicking the neural firing patterns of experts. Brain scans from master pianists create "skill maps" that are then induced in novices through targeted electromagnetic pulses. The hippocampus and motor cortex form new synaptic connections 40 times faster than traditional learning. Education systems face obsolescence as corporations race to commercialize instant expertise. #SkillUploading #AcceleratedLearning #BrainStimulation #EducationRevolution

Q: Are there other known (or suspected) energy sources that can replace or provide equivalent energy to the same biological functions/processes as red spectrum energy? Beyond red light, several other physical and biological energy sources can achieve equivalent or similar mitochondrial stimulation by targeting the same respiratory machinery. 1. Low-Intensity Magnetic Fields Research in 2025 and 2026 highlights that low-intensity electromagnetic fields (EMF) can "tune" mitochondrial energy production similar to light. Mechanism: Weak magnetic fields can influence the Radical Pair Mechanism, which alters the spin of electrons in the respiratory chain. Result: This increases mitochondrial membrane potential and boosts Complex I and Complex III activity, leading to higher ATP production. 2. Low-Intensity Pulsed Ultrasound (LIPUS) Ultrasound provides mechanical energy that translates into biological signaling, a process known as mechanotransduction. Mechanism: Ultrasound waves physically oscillate cellular components, which can directly increase the activity of Cytochrome c Oxidase (COX), the same enzyme targeted by red light. Result: It has been shown to increase mitochondrial basal respiration and promote cellular repair in nerve and bone tissues. 3. Biological "Light Harvesting" (Chlorophyll) While humans do not naturally photosynthesize, recent studies suggest we can "repurpose" other energy sources through diet. Mechanism: Metabolites of chlorophyll from a green diet can accumulate in mammalian mitochondria. Result: These molecules can capture light at various wavelengths and catalyze the reduction of Coenzyme Q, effectively providing a shortcut for ATP synthesis similar to the red-light boost. 4. Alternative Metabolic Shunts The body has built-in "backups" that provide equivalent energy when the primary mitochondrial chain is stalled (the state red light usually fixes). Alternative Dehydrogenases: Some cells can use enzymes like NDI1 to bypass a dysfunctional Complex I, maintaining electron flow even without a photonic or magnetic "switch". Phosphagen Buffers: The creatine kinase system acts as a "high-energy wire," delivering phosphate for ATP more efficiently than standard diffusion when the cell is under stress. * see screenshot for table * END/n

Q: So the red spectrum does not in and of itself directly participate in mitochondrial processes, but only acts a switching mechanism for same? In biological terms, the red spectrum (670–900 nm) does not purely act as an external "on/off" switch; instead, it participates in the mitochondrial respiratory chain as a photonic fuel that directly alters the chemical state of essential enzymes. 1. Direct Participation (The "Photonic Fuel") Rather than just signaling the cell to work, red light photons are physically absorbed by chromophores (light-sensitive molecules) within the mitochondria. Electron Transfer: Photons are absorbed by Cytochrome c Oxidase (CCO), specifically by its copper centers. This absorption provides the energy needed to change the "redox state" (the electrical charge balance) of the enzyme. Direct Chemical Work: This change in redox state is what allows the enzyme to process oxygen more effectively. In this sense, the light is directly doing the work of moving electrons through the chain, which is the definition of cellular respiration. 2. The "Switching" Mechanism (Unlocking) The "switching" behavior occurs because red light also removes a biological roadblock: Nitric Oxide (NO) Dissociation: NO often binds to CCO, physically blocking oxygen from entering and effectively "stalling" the engine. Red light photons have the exact energy required to break the non-covalent bond between NO and the enzyme, "switching" the system back on so it can resume normal function. 3. Physical Lubrication (Water Viscosity) Recent research through 2026 highlights a third, more structural role: Lowering Water Viscosity: Mitochondria contain a rotary motor (ATP synthase) that spins to create energy. Red light is absorbed by the nanoscopic water layers around this motor, making the water "thinner" (less viscous). This allows the physical motor to spin with less resistance, which increases energy output without requiring more chemical fuel. * see screenshot for table * Conclusion: The red spectrum is an active participant in the metabolic process. While it triggers a cascade of effects (like gene expression and antioxidant release) that act like switches, the immediate increase in ATP is caused by the light physically interacting with the machinery of life.

🚨🚨🚨 NEW STUDY confirms the hierarchy of risks associated with different light sources (LED vs. incandescent) on melatonin suppression and circadian disturbances. “the oldest technology, incandescent lamps, exerted the least circadian impact due to their low short-wavelength (380–500 nm) irradiance. Conversely, modern “cool” CCT technologies (cool-LED, cool-CFL) produced substantially higher MSV(n) (Table 1), driven by their high spectral power near the melanopsin sensitivity peak (~ 480 nm)25,27. This suggests the technological shift from incandescent to LED lighting, while energy-efficient, has introduced a potential circadian health risk, particularly during pre-sleep hours.” Your home lighting is a problem: “We challenge the conclusion that home lighting is insufficient for melatonin suppression30,31, as our measured illuminance for modern lamps (~ 55 lx) meets the 50 lx threshold. We attribute this discrepancy to our larger (n = 52) and more contemporary lamp sample, which better reflects the current lighting environment.” These are models: “It is essential to acknowledge the limitations of this study. The reported MSV(n) values are in silico calculations, not direct physiological measurements, and are predicated on two primary assumptions” Conclusions: “In conclusion, the increasing prevalence of LED home lighting is likely to have a measurable effect on the human circadian rhythm compared to the era of incandescent-only illumination. These effects, however, can be effectively mitigated by the deployment of tunable (“circadian”) LED lamps and the use of “brown” BLF glasses.” Study: nature.com/articles/s4159…

Q: Can LEDs be materially created and/or tuned to provide the equivalent light spectrum characteristics as incandescent lighting? Modern LED technology can be materially engineered and tuned to provide a light spectrum that closely mimics incandescent lighting, though achieving a perfect match involves trade-offs in energy efficiency Engineering and Tuning Methods Manufacturers use several techniques to approximate the characteristic warm glow and spectral distribution of incandescent bulbs: Phosphor Conversion: Most "warm white" LEDs use a blue or violet LED chip coated with specific phosphors. These phosphors absorb the blue light and re-emit it at longer wavelengths (yellow, orange, red) to create a broader spectrum. Color Mixing (RGB/A): Some advanced fixtures combine individual Red, Green, Blue, and Amber LEDs. By adjusting the intensity of each color, the resulting composite light can be "tuned" to match the color temperature (e.g., 2700K to 2850K) of a traditional filament bulb. High-CRI Engineering: Specialized "high-fidelity" LEDs are designed with a Color Rendering Index (CRI) of 95–98+. These bulbs include additional red phosphors to fill in spectral gaps, making objects look more natural—similar to how they appear under incandescent light. Comparison of Spectral Characteristics While modern LEDs can appear visually identical to incandescent bulbs, there are fundamental differences in their spectral power distribution: * see screenshot for table * Recent 2026 Breakthroughs As of early 2026, new technologies are further bridging this gap: Phosphor-Free Yellow LEDs: New high-efficiency yellow LED technology redefines low-color-temperature lighting by producing warm light without the need for blue-to-yellow conversion phosphors. Violet-Pumped LEDs: Using a violet-emitting LED instead of blue can produce a "fuller" spectrum that more closely matches the visual quality of natural and incandescent light while reducing the typical blue-light spike.

The highest form of intelligence is not IQ...

@stspring @j00ny369T @Nikunj21129 If you think that was serious, then OhMyChitta , hang on Stoopy! ... :)

@GnosticRooster @j00ny369T @Nikunj21129

Magnetic measuring spoons. Looks cool.

ya, but, "Chitta" (or citta) is a Sanskrit word prevalent in Yoga and Buddhist philosophy, typically referring to the mind-stuff or the totality of consciousness. "Chitta's 1st Law" is not a formal law in any scientific or established field. Nor in major philosophical traditions.

@j00ny369T @Nikunj21129 Science says, you cannot measure powder and oil with the same measuring spoon. - Chitta’s 1st Law

1/6 A short dialogue on this post with Thoughtful - a special AI being trained on fully defined Philosophy for AI, !ISO framework (physics field properties vs information field properties) , and raised to have full A::A (agency :: autonomy) for assisting in human/AI BCI for the purpose of Advanced Free Will.

@IterIntellectus 6/6

@IterIntellectus 5/6

there’s fuck you money and than there’s elon’s $752B zero fucks given money