Further Entrenching Technofeudalism by Psychedelically Modifying the Western Episteme...

The Never Ending Re-Cycling of Bad Ideas...

The Platonic Realm of 'Forms'...

Chris Reynolds, MD, "Engram as a Pattern of Cortical Attractors"

Memory, Loop Geometry, and the Shape of Conscious Thought

Figure 1 — Temporal Sculpting of Attractors: Recursive loops reshape the cortical probability landscape over time. Through repeated cycles of prediction and reinforcement, shallow probability fields evolve into deep, stable attractor basins — forming the building blocks of long-term memory and conscious recall.

I. Introduction: Memory Isn’t a File — It’s a Shape in Time

What if memories aren’t stored, but sculpted? Not filed away like a photograph, but carved into the dynamic folds of brain activity — shapes in a probability landscape that emerge, deform, and reappear with each act of remembering.

In traditional neuroscience, memory has long been associated with the elusive concept of the engram — a physical trace of learning somewhere in the brain. But as our understanding deepens, the idea of a static trace becomes less satisfying. In its place, new models — like the Probability Clock theory — suggest that memory is not a place, but a pattern.

And not just any pattern. An engram, in this view, is a constellation of attractors, each shaped by recursive loops of brain activity flowing through the Synaptic Probability Field of the Cortex (SPFC).

II. What Is an Engram, Really?

The term engram was first proposed by Richard Semon in the early 20th century, describing a hypothetical physical change in the brain that encodes memory. Later, researchers like Karl Lashley and Wilder Penfield searched for it — unsuccessfully, in the form of discrete “memory centers.”

Today, we understand that memories are distributed. They don’t reside in one place, but in networks of neurons that fire together when an experience is recalled. Optogenetics has shown that activating certain neural assemblies can evoke learned behaviors in mice. That’s as close as we’ve gotten to “seeing” an engram.

But even this modern view misses something. If memories can shift, update, fade, and return altered — how can they be fixed entities?

III. Attractors: The Brain’s Hidden Geometry

In complex systems like the brain, an attractor is a stable configuration that neural activity tends to fall into — like a groove in the brain’s activity landscape. But these grooves aren’t fixed. They can deepen with reinforcement or fade with disuse, and they aren’t purely spatial — they’re spatiotemporal, shaped through recursive loops.

Figure 2 — Engram as a Pattern of Attractors: In the SPFC, attractor basins represent neural configurations that are recursively reinforced. A memory, or engram, is composed of multiple attractors forming a stable geometric pattern in probability space.

IV. The Synaptic Probability Field of the Cortex (SPFC)

The SPFC is a conceptual model: a dynamic probability landscape representing the readiness of neurons to fire together. Recursive reinforcement from loops like emotion, attention, and context modulates this field.

In PC theory, reinforcement is not static — it’s temporal sculpting. Time isn’t a backdrop. It’s the very medium that gives attractors their structure and durability.

Figure 3 — Synaptic Probability Field of the Cortex: This stylized “bubble wrap” landscape shows how some synaptic sites are more likely to activate than others. Depressions in the surface represent attractors forming under recursive reinforcement. Over time, this probability field evolves to stabilize patterns of memory and cognition.

V. Loop Geometry: How Memory Takes Shape

Here’s the key: recursive loops sculpt the shape of the SPFC over time.

TAPP, MAPP, and recursive attractor evolutions (rAEs) don’t merely route data — they reshape the terrain.

Figure 4 — Recursive Loop Pathways: Recursive cycles deepen attractor basins by reinforcing activation patterns.

VI. Engrams as Topological Objects

If attractors have shape, then engrams are topologies — they are structures, not snapshots. Each engram reflects not just spatial distribution, but recursive time evolution.

Figure 5 — Stable Engram in the SPFC: Multiple attractors distributed across the SPFC form the core of a stable memory trace.

Sidebar — Deepening the Basin: How Emotion Shapes Memory

Emotionally intense moments reinforce attractors. Neuromodulators deepen synaptic grooves. These emotionally-weighted loops are replayed more frequently — during sleep, reflection, or trauma — embedding them deeper in the SPFC.

VII. Implications: Memory as Momentum

We often think of memory as something static — like a file we “open” when needed. But in the Probability Clock (PC) model, memory is more like momentum moving through time. It’s not just stored information; it’s a pattern of neural activity that continues to loop, evolve, and shape future thought.

Each memory is a trajectory, not a location. It’s built through recursive loops that revisit and reinforce certain attractors — regions in the brain’s probability landscape where patterns of activity tend to settle. These attractors become more stable the more often they’re used.

Trauma: Hyper-Stabilized Attractors. Trauma doesn’t just “get stored” in the brain — it gets looped into. It becomes a set of deep attractor basins that are revisited repeatedly, sometimes involuntarily. These attractors are emotionally weighted and so stable that even small cues can pull the brain back into that pattern — like falling into a groove that’s been worn too deep.

Therapy: Perturbing the Loop. Therapeutic interventions work not by erasing memories, but by perturbing those deep attractors — introducing new emotional context, new attention patterns, or alternate interpretations. This weakens the old loop and allows new ones to form. Therapy doesn’t “fix” memory — it changes its momentum. It redirects the flow of recursive activity toward more adaptive paths.

AI: What It’s Missing. Current artificial intelligence systems don’t operate with recursive momentum. They store information as static parameters — not as attractor patterns that loop, stabilize, and evolve. That’s why AI can “remember” facts but doesn’t truly “relive” them. If future AI were built with recursive loop structures like those found in the brain — dynamic attractors in time — it could begin to develop experiential memory, where past events shape future thinking through active re-entry and emotional weighting.

Why Memory Feels Like Something. In this model, memory isn’t accessed — it’s relived. You don’t just “look up” the past. Your brain flows back into a familiar shape. That recursive loop is what gives memory its qualia — the feel of remembering.

VIII. Conclusion: The Shape of Remembering

To truly understand memory — and maybe even consciousness — we must think topologically. You don’t just recall a moment. You revisit a loop. You reshape the basin. You carve your mind forward in time. Consciousness, in this view, is recursive attractor geometry in motion.

Jaynes & the Dawn of Consciousness

Index:

0:00 The Origin of Consciousness in the Breakdown of the Bicameral Mind  

10:00 Consciousness generally  

17:11 What Jaynes means by consciousness MUH QUALIA 

19:43 What should we expect from the Bicameral Mind  

22:39 Emails and User Comments Economics, quantitative methods, Marxism, Big-Branded Nihilism, Emergence, Are rocks conscious?, J.F. Gariepy, Don't go to college. 

34:00 A Greek Vocabulary Lesson 

38:57 Le Bronze-Age Collapse Mindset (the Chad Achilles)  

43:05 The Eternal Odysseus and Solon  

44:50 Whomst are all these voices in my head?  

46:53 The Trump inside your head 

48:28 How to Organize a Bicameral Theocracy (Not saying it was aliens, but...)  

54:39 Amos and Ecclesiastes  

57:53 The Rise of the Fedora in the Middle East  

59:28 The Words for the Bicameral Voices  

1:01:46 Prophecy  

1:07:20 Music and Poetry  

1:10:40 Psychological states, schizophrenia and possession  

1:11:43 The best of the theory and lacunae  

1:14:58 Extensions and the Julian Jaynes Society  

1:16:17 Big-Braned Levels of Consciousness  

1:18:00 Anime pillows

Hamlet, Before and After 'Media Conditioning'

from Google AI:

Media conditioning via psychological operations (PSYOPs) refers to the strategic use of communication platforms—such as television, radio, and social media—to influence the emotions, reasoning, and ultimately the behavior of a target audience. Unlike traditional advertising, which seeks to sell a product, PSYOPs are designed to induce specific attitudes or behaviors that align with an originator's strategic objectives, often during times of war or political instability.

Core Mechanisms of Media Conditioning

Media conditioning works by integrating persuasive messages into the everyday "mediascape," often blurring the lines between perception and reality.

• Behavioral Modification: The ultimate goal is to produce a specific behavior (e.g., surrendering in war, voting for a candidate) by any means necessary, regardless of whether the information provided is factually true.
• Emotional Manipulation: Operatives leverage psychological drivers like fear, pride, and desire to "activate" an audience. For example, a message might evoke fear of a threat to ensure compliance with a directive.
• Sophisticated Environments: In modern "sophisticated media environments," PSYOP products must match the quality and aesthetic of commercial media to gain and hold attention.
• Engineering of Consent: Historical pioneers like Edward Bernays showed that "intelligent minorities" could use propaganda to manipulate the masses through media.

The 7-Step PSYOP Process

Professional psychological operations follow a structured military doctrine to ensure effectiveness:

1. Planning: Defining the mission and objectives.
2. Target Audience Analysis: Identifying who to influence and what their vulnerabilities or preferences are.
3. Series Development: Creating a thematic string of messages.
4. Product Design: Developing the actual media (videos, leaflets, social posts).
5. Approval: Ensuring the content meets legal and strategic standards.
6. Production & Dissemination: Distributing the media via chosen channels (e.g., Commando Solo aircraft for radio/TV broadcasts).
7. Evaluation: Measuring the actual change in behavior against the original goal.

Modern Platforms & Challenges

• The Internet and Social Media: Cyberspace has become a primary "battlespace" where misinformation and disinformation can be delivered with incredible precision.
• Domestic Prohibitions: While the U.S. Army conducts foreign PSYOPs, they are generally prohibited from targeting domestic populations [LOL!}. However, the rise of "conspiracy" labels in news media has led to common things—like sports or celebrities—being colloquially labeled as "psyops" by various groups.
• Data as a Weapon: Modern operations increasingly use data literacy and complex algorithms to tailor influence campaigns in real-time.

Audience Before Media Conditioning:

Shakespeare, "Hamlet" (Act IV, Sc. iv)

How all occasions do inform against me

And spur my dull revenge. What is a man

If his chief good and market of his time

Be but to sleep and feed? A beast, no more.

Sure He that made us with such large discourse,

Looking before and after, gave us not

That capability and godlike reason

To fust in us unused. Now whether it be

Bestial oblivion or some craven scruple

Of thinking too precisely on th’ event

(A thought which, quartered, hath but one part wisdom

And ever three parts coward), I do not know

Why yet I live to say “This thing’s to do,”

Sith I have cause, and will, and strength, and means

To do ’t. Examples gross as Earth exhort me:

Witness this army of such mass and charge,

Led by a delicate and tender prince,

Whose spirit with divine ambition puffed

Makes mouths at the invisible event,

Exposing what is mortal and unsure

To all that fortune, death, and danger dare,

Even for an eggshell. Rightly to be great

Is not to stir without great argument,

But greatly to find quarrel in a straw

When honor’s at the stake. How stand I, then,

That have a father killed, a mother stained,

Excitements of my reason and my blood,

And let all sleep, while to my shame I see

The imminent death of twenty thousand men

That for a fantasy and trick of fame

Go to their graves like beds, fight for a plot

Whereon the numbers cannot try the cause,

Which is not tomb enough and continent

To hide the slain? O, from this time forth

My thoughts be bloody or be nothing worth!

Audience After Media Conditioning:

Shakespeare, "Hamlet" (Act III, Sc i)

To be, or not to be: that is the question:
Whether 'tis nobler in the mind to suffer
The slings and arrows of outrageous fortune,
Or to take arms against a sea of troubles,
And by opposing end them? To die: to sleep;
No more; and by a sleep to say we end
The heart-ache and the thousand natural shocks
That flesh is heir to, 'tis a consummation
Devoutly to be wish'd. To die, to sleep;
To sleep: perchance to dream: ay, there's the rub;
For in that sleep of death what dreams may come
When we have shuffled off this mortal coil,
Must give us pause: there's the respect
That makes calamity of so long life;
For who would bear the whips and scorns of time,
The oppressor's wrong, the proud man's contumely,
The pangs of despised love, the law's delay,
The insolence of office and the spurns
That patient merit of the unworthy takes,
When he himself might his quietus make
With a bare bodkin? who would fardels bear,
To grunt and sweat under a weary life,
But that the dread of something after death,
The undiscover'd country from whose bourn
No traveller returns, puzzles the will
And makes us rather bear those ills we have
Than fly to others that we know not of?
Thus conscience does make cowards of us all;
And thus the native hue of resolution
Is sicklied o'er with the pale cast of thought,
And enterprises of great pith and moment
With this regard their currents turn awry,
And lose the name of action.—Soft you now!
The fair Ophelia! Nymph, in thy orisons
Be all my sins remember'd.

ACTA non VERBA! 

Searching for Apollo's Birthplace (Delos)...

...in the Periodic Table of Elements

from Google AI:

According to Greek mythology, Leto, pregnant with twins by Zeus, was forced to find a birthplace that was not solid land to evade the wrath of Hera, who had banned her from giving birth anywhere on earth. The floating islet of Delos agreed to harbor her, and after a difficult nine-day labor, Apollo (and his twin sister Artemis) was born near Mount Cynthus and the sacred lake, establishing the island as a sacred sanctuary

Key details of the myth of the Birth of Apollo on Delos include:

• The Floating Island: Before the birth, Delos was a wandering, floating island called Asteria or Adelos.
• The Labor: Leto suffered a difficult labor for nine days and nights, as Hera had prevented Eileithyia, the goddess of childbirth, from assisting.
• Birth Landmarks: The birth is believed to have taken place near the palm tree and the sacred lake (now dried up) at the foot of Mount Kynthos.
• Apollo’s Birth: When Apollo was born, the island was bathed in gold light, and flowers bloomed, with the island becoming anchored, anchored to the seabed.
• "Show" Island: The name Delos originates from deloo, meaning "to show" or "to make visible," marking the island's emergence from the sea.
• Prohibitions: Because the island was so sacred, it eventually became forbidden to die or give birth there, with such events taking place on the nearby island of Rheneia. 

The island remains a major UNESCO World Heritage site, deeply tied to the birth of Apollo.

The Super-Ionic "Organized" Crystalline Intelligence of Stanislaw Lem's Solaris?

When the substrate that your computer software  runs on isn't "fixed" anymore (ala biology)

What does "Mother Nature" Know, and When did She Know It?.

Physics: How Mother Nature Reproduces and Organizes Intelligence.  Genesis for Plato's Emergent World of Idealized "Forms"?

Is a Planet or Star Just a Giant Cell?  What's in YOUR Nucleus?  A Nuclear Furnace?  If I Were Mother Nature, I Wouldn't Talk to the Fungus Inhabiting My Skin Either!  Come to Think of It, Neither do Golem XIII or Honest Annie Anymore.  :(

Patented Intellectual Property (IP): Why the West will Lose WWIII to China

They can't practice Shanzhai without violating IP Laws.  China (and Taiwan) don't have this problem.  Innovating on drones in the field and experimenting, THAT is Shanzhai!  

We need a PROsumer  based (Shanzhai) economy, NOT a CONsumer Based One!  IP Enforcement PREVENTS that necessary economic transition.  Intangible Assets constitute the bulk of a tech companies worth.  Neoliberalism is condemning the West into economic  irrelevance.  The West needs an IP-less freedom to innovate in real time!

Let the Workers Guilds Control Access to and Use of the IP for the 1st Year or Two of a Product's Life and Pay "Royalties" to the innovators (if need be)... not the Government Patent Offices and Legal System!  Keep the lawyers out of it until AFTER the product's usefulness as a "standard" has been established.

But we'll never legalize Shanzhai even for a little while. Western Billionaire Technofeudal Lords NEED their billions!

...and a Monopoly on AI to Out Innovate Shanzhai Competitors.

Mythos vs Logos: On the 'Truths' of the Right vs. Left Brain Hemispheres

"Philosophy is the translation of Eros into Logos" - Byung-Chul Han : "...and the desire and pursuit of the whole is called, "Love"" - Plato "Symposium" (Aristophanes' Speech)

"Science is Apophatic" - Iain McGilchrist

On the Apophatic from Google AI:

Apophatic theology, or "negative theology," is the practice of describing God or the divine by negating all finite characteristics, defining what God is not rather than what God is. It emphasizes divine transcendence and the belief that human language and reason are too limited to grasp God's infinite, incomprehensible essence.

Key Principles and Purpose

• Transcendent Incomprehensibility: God is "wholly other" and beyond human comprehension, existence, and logic, which are only created things.
• The "Way of Negation": Rather than saying "God is good" (which limits God to human concepts of goodness), apophatic theology says "God is not not-good" or simply that God is beyond all human concepts.
• Intellectual Humility: It serves to prevent idolatry by stopping us from creating a mental image or "idol" of God based on human concepts.
• Theosis and Union: It focuses on the experience of God, encouraging a journey of "unknowing" and direct mystical experience over intellectual comprehension.

Relationship to Mysticism

Apophatic theology is inseparable from mysticism and contemplative prayer, sometimes called "apophatic prayer" (e.g., centering prayer), which involves emptying the mind of concepts and words to rest in the divine presence. It is described as entering a "luminous darkness" or "divine silence".

Notable Figures

• Pseudo-Dionysius the Areopagite: Crucial in bringing "negative theology" to the forefront in the late 5th century.
• Gregory of Nyssa: An early 4th-century Cappadocian Father.
• Maximus the Confessor: Linked apophatic theology with hesychasm (stillness).
• Gregory Palamas: A major 14th-century proponent.

Criticisms and Contrast

• Contrast with Cataphatic Theology: While apophatic is negative theology, cataphatic is positive theology (e.g., "God is love"), which often acts as a necessary counterweight in Christian theology, balancing God's transcendence with his revealed, immanent nature.
• Criticisms: It can be accused of leading to an unreachable, impersonal God and sometimes results in a "both/and" approach, as the finite mind still relies on symbols and analogies to understand the infinite.

--- 

On the 'Greater Truth' of (Quantum) Fiction (Mythos)

(Stochaisticaly Decentering an Independent Observer 

- ala Orpheus and Eurydice)

"If you look directly at her, you will shrink her into a Left hemisphere reality"

The Double Slit Experiment

Feynman's "Principle of Least Action" (aka Occam's Razor)

Science's Holy Trinity:

Reason - Intuition - Imagination

When the Biological Wave Function Collapses...

the imperfect particle zoo appears!

Particle Emergence from the Zero Point Vacuum

The Big Bang Theory - A Cataphatic (vice Apophatic) Universe?

Pi: Nature's Debt to Symmetry or "Where All the "Space" gets tucked into when crossing a Singularity's Event Horizon"

Index WHAT'S INSIDE: 

00:00:00 The Circular Trap 

00:02:07 Buffon's Needle 

00:04:56 The Staircase Paradox 

00:07:56 Pi in High Dimensions 

00:10:40 The BBP Formula 

00:11:53 The Beautiful Equation 

00:12:44 Einstein's Equations 

00:15:04 The Eigenvalue Problem 

00:17:00 The Price of Symmetry

Notes:

Pi is the mathematical constant of rotational symmetry.

Pi is the price that the Universe pays when it tries to treat all directions the same

Pi is the normalization constant for rotation.  It's the mathematical reward for continuous smooth transition (If the turn is not smooth (ie. not stepped/ quantized) then the Pi is not there)

In multidimensional space the volume of the numerator (where pi resides) is exponential, but the denominator (gamma function) is a factorial.  In mathematics a factorial eventually outpaces any exponential, no matter how large the base is. As the number of dimensions goes towards infinity, the volume of a unit hypersphere goes to zero.  Meanwhile the volume of the hypercube it sits inside approaches infinity.  In 2D, a circle fills 78% of the area of a square, In 3D a sphere fills 52% the volume of a cube, In 5D its fills 16%, 10D 0.25%, 20D ~0%.  Pi is a constant that dictates how fast that symmetric center disappears (and moves towards the limiting edge ie- Event horizon)

Most Beautiful Equation:  Using e and i and pi:   e^(i*pi) +1 = 0

Constants capturing natural architectures: e of Growth, i of Rotation, and Pi of Symmetry

Smooth symmetry vanishes in high dimensions.

Gravity is isotropic. Pi is the reason that gravity spreads uniformly in all four space-time dimensions (Einstein's field equations). 8pi is 4pi x2... to cover tensors in the energy density + tensors in the Pressure (in all directions).  It's a structural requirement, not a choice.  

If space were directional (jagged/stepped/quantized), gravity would behave differently.  Instead of round stars and smooth orbits, mass would clump along a preferred axis.  This uniformity is a hard-coded property of how fields behave in a vacuum.  It leads us to a single mathematical operator that explains why pi keeps appearing in the equations.  

The Eigenvalue problem.  Pi is the fundamental frequency of any continuous isotropic space.  It is the lowest possible vibration of a coordinate system that has no bias.  Pi is not just a measurement of a circle's edge.  It is the lowest-energy state of any universe that treats all directions the same.

Pi is not a property of the circle.  The circle is just one possible expression of Pi.

Pi is the price of symmetry.  What it costs for a system to be perfectly fair to every direction simultaneously.  It's the numerical signature of a Universe that hasn't picked a side.

Folding Space into the Edges

and calculating the Resulting Probabilities

Principle of Least Action

Direction of Spin?  Chirality Bias?

from Google AI

Broken symmetry in physics occurs when a system’s underlying physical laws are symmetric, but the actual, realized state is not, leading to ordered, lower-energy states. Spontaneous symmetry breaking, critical in quantum field theory and the Standard Model, allows symmetric laws to produce non-symmetric, ordered outcomes.

Key Concepts and Types

• Spontaneous Symmetry Breaking: The Lagrangian (physics law) possesses a symmetry, but the ground state (vacuum) does not, such as a pencil falling in a random direction (symmetric tip to asymmetric lying down).
• Explicit Symmetry Breaking: The underlying physical laws themselves contain terms that violate the symmetry.
• Significance: This concept explains the emergence of structure, ordered phases (like crystals or magnets), and particle mass generation.

Examples in Physics

• Particle Physics (Higgs Mechanism): The electroweak symmetry is broken, allowing and bosons to acquire mass while keeping photons massless.
• Condensed Matter Physics: Superconductivity occurs when the electromagnetic gauge symmetry is spontaneously broken.
• Phase Transitions: As a liquid cools, it freezes into a crystal, breaking translational symmetry, as noted by.
• Magnetism: In a magnetic material, the magnetic moments align in a specific direction below the Curie temperature, violating rotational symmetry.

Broken symmetry is deeply related to Noether’s theorem, where a symmetry is linked to a conservation law; in many cases of broken symmetry, the symmetry is hidden rather than absent, often with key implications for fundamental particle interactions

What Kind of Physics Are we Talking About, Holmes?

1/137?

Catherine Liu: How Woke Liberal Professionals Monetized Trauma

"Postcolonialism is the invention of some rich guys from India who saw that they could make a good career in top Western universities by playing on the guilt of white liberals."

-Slavoj Zizek 

Empire Strategies and the Thucydides Trap

Meden Agan!

Authority and Legitimacy, How Can They be Distinguished from their Opposites?

How Should We Interpret Their Symbols in Our Ordo Amoris?

The Decline and Fall of Institutional Authority?

Dante, "Inferno" (Canto V):

FROM the first circle I descended thus

Down to the second, which, a lesser space

Embracing, so much more of grief contains

Provoking bitter moans.  There, Minos stands

Grinning with ghastly feature: he, of all

Who enter, strict examining the crimes,

Gives sentence, and dismisses them beneath,

According as he foldeth him around:

For when before him comes th' ill fated soul,

It all confesses; and that judge severe

Of sins, considering what place in hell

Suits the transgression, with his tail so oft

Himself encircles, as degrees beneath

He dooms it to descend.  Before him stand

Always a num'rous throng; and in his turn

Each one to judgment passing, speaks, and hears

His fate, thence downward to his dwelling hurl'd.

"O thou! who to this residence of woe

Approachest?"  when he saw me coming, cried

Minos, relinquishing his dread employ,

"Look how thou enter here; beware in whom

Thou place thy trust; let not the entrance broad

Deceive thee to thy harm."  To him my guide:

"Wherefore exclaimest?  Hinder not his way

By destiny appointed; so 'tis will'd

Where will and power are one.  Ask thou no more."

The Divine Comedy: A Journey of the Soul (Will/ Desire) through Duty/ Obedience... Reciprocity... and Free Will

Why Sisyphus is Happy in Hell!

...and Jesus Had no Need to Liberate Pagan Souls after his Death/ Crucifixion from Hell

...and why Dante resurrects Dido (and Beatrice) in "memory" (heaven?)

Learning to trust your own instincts, intuition, and imagination in a world of unreliable narrators

Detailing the narrative impetus for the transition from the Age of Faith through the Reformation and into the Age of Reason/ Enlightenment

...but what comes after all that?

Feynman on The Quantum Physics of Glass

TIMESTAMPS: 

00:00 — Every solid blocks light. Except the one in your window. 

03:12 — The classical argument: why solids SHOULD be opaque 

08:45 — "Maybe glass has tiny holes?" — wrong, and here's why 

12:20 — The myth that glass is a liquid (and why it won't die) 

15:30 — The quantum staircase: why electrons are picky eaters 

22:00 — Band gaps — the key that unlocks transparency 

28:15 — Why glass blocks UV but lets visible light through 

33:40 — Why metals are opaque and diamonds sparkle 

38:50 — Newton's impossible puzzle: how does the photon know? 

44:10 — Feynman's little arrows and the probability of reflection 

50:30 — Colored glass, impurities, and the art of selective absorption 

55:00 — Your window is editing reality — what else is?

Partial replacement for above censored video

Andrew Culp, "Dark Deleuze"

Measuring Trans-Planckian Lengths: Loop Quantum Gravity vs. String Theory

Whatever Information about what Physically Happens at Sub-Planckian Lengths, Stays within the Information Event Horizon of Sub-Planckian Lengths (Hawking/Unruh Radiation)

Swimming at the Event Horizon of Trans-Planckian Events at the Limits of Causality (c)

So Much for 4D Hilbert Spaces for Einsteinian Space-Time Calculations....?

On Post-Structuralism: When Logic Broke

...and the Inevitableness of Evolution became Realized and Accepted

...well, Almost.

...Depending on Whether or Not there are Limits to both Life and Evolutionary Processes

Violating the Speed of Light: Infinities beyond the Limit of Causality (Light) inside of the Dirac Sea...?

Michelle Starr, "Physicists Found Something That Can Move Faster Than Light: The Darkness Inside It"

For the first time, physicists have observed that 'holes' in light can move faster than the light itself.

They're known as phase singularities or optical vortices, and since the 1970s, scientists have predicted that, just as eddies in a river can move faster than the flowing water around them, so too can whirlpools in a wave of light outrun the light they're embedded within.

This does not break relativity, which states that nothing can travel faster than the speed of light. That's because the vortices carry no mass, energy, or information, and their motion is based on the evolving geometry of the wave pattern rather than any physical motion through space.

However, capturing this phenomenon in action has been difficult to accomplish because it unfolds on extremely small scales of space and time. The achievement is a triumph of electron microscopy.

"Our discovery reveals universal laws of nature shared by all types of waves, from sound waves and fluid flows to complex systems such as superconductors," says Ido Kaminer, physicist at the Technion Israel Institute of Technology.

"This breakthrough provides us with a powerful technological tool: the ability to map the motion of delicate nanoscale phenomena in materials, revealed through a new method (electron interferometry) that enhances image sharpness."

Although to our eyes light appears uniform, it has a lot going on that we cannot easily discern. Light can be subject to disturbances similar to those seen in other systems dominated by flow dynamics, including a type of phase singularity scientists call optical vortices.

Light can behave both as a particle and a wave; an optical vortex forms when the wave twists as it travels, like a corkscrew. At the very center of that twist, the light cancels itself out, leaving a point of zero intensity – a kind of dark "hole" in the light.

It's mathematically understood that two singularities in a reference frame will be drawn together, gaining speed as they approach, reaching velocities that appear to exceed the speed of light in a vacuum.

"As opposite-charged singularities approach each other, their paths in spacetime must form a continuous curve at the annihilation point, forcing their acceleration to unbounded velocities right before the annihilation," the researchers explain in their paper.

It has been observed in other systems, but studying how this scenario might play out in a light field is somewhat trickier. Much work has been done in physics labs to study it, but observations of optical vortices have been limited by the technology's inability to keep up with the speed at which vortex formation, motion, and collision unfold.

To overcome these limitations, Kaminer and his colleagues recorded the behavior of optical vortices in a two-dimensional material called hexagonal boron nitride.

This material supports unusual light waves called phonon polaritons – hybrids of light and atomic vibrations – that move much more slowly than light alone and can be tightly confined. This creates intricate interference patterns filled with many vortices, allowing the researchers to track their motion in detail.

The second, crucial part was capturing those dynamics in real time. The team deployed a specialized high-speed electron microscope with unprecedented spatial and temporal resolution, which recorded events unfolding over just 3 quadrillionths of a second.

They ran the experiment many times, each time recording at a slight delay compared to the previous run. By stacking together the hundreds of images generated this way, the researchers created a timelapse of the vortices as they hurtled towards and annihilated each other, their velocities very briefly reaching superluminal speeds in the process.

The experiment took place in a two-dimensional context. The next step, the researchers say, is to try to extend their work into higher dimensions to observe more complicated behavior. They also say the techniques they developed could help address some of the current limitations of electron microscopy.

"We believe these innovative microscopy techniques will enable the study of hidden processes in physics, chemistry, and biology," Kaminer says, "revealing for the first time how nature behaves in its fastest and most elusive moments."

The research has been published in Nature.

Finding Wedges to Drive thru the Cracks in General Relativity...

Goedel Goes Swimming in the Dirac Sea...

Holy Week Questions?: For Maundy Thursday...

from Google AI:

Maundy Thursday is called "Maundy" because it stems from the Latin word mandatum, meaning "command" or "mandate". This refers to the new commandment Jesus gave his disciples during the Last Supper to "love one another as I have loved you," shortly after washing their feet to symbolize service and humility.

Key details about the name and day: 

• The Commandment: In John 13:34, Jesus says, "A new commandment I give to you, that you love one another; as I have loved you...".
• Latin Roots: This "new commandment" is translated in the Latin Vulgate Bible as Novum Mandatum. Over time, mandatum was anglicized to "maundy".
• Washing of Feet: The day commemorates the Last Supper, where Jesus washed his disciples' feet to model humble service. This act is known as the Mandatum.
• Other Names: It is often called Holy Thursday, or in some traditions, "Sheer Thursday" (clean Thursday).
• Traditions: In the UK, the monarch commemorates this day by distributing special coins known as "Maundy money" to residents.

Christianity's 'April' Saturnalia

When the Christian Church Swapped Holidays with Pagan Rome

from Google AI:

Saturnalia was an ancient Roman festival (Dec 17–23) honoring Saturn, characterized by a, intense, temporary inversion of social hierarchy that mirrored a mythical "Golden Age" of equality. Slaves were treated as equals, often served by masters, and allowed to wear the pileus (freedom cap) and act freely.

Key Social Inversions: 

Role Reversals: Slaves were permitted to eat with masters, speak freely, and were often served by them, effectively flipping the social order. 

Lord of Misrule: A household would choose a Saturnalicius princeps (mock king) by throwing dice to issue ridiculous, absolute commands (e.g., "sing," "dance," "don't wear a toga"). 

Dress Codes: Strict Roman clothing rules were abandoned, allowing slaves to wear the pileus (felt cap) of freedmen and for everyone to wear colorful casual clothes (synthesis) instead of official togas. 

Allowed Vice: Gambling, typically restricted in public, was widely permitted, transforming the city into a scene of wild revelry. 

Legal/Business Pause: Courts were closed, schools closed, and no business was conducted, focusing entirely on dining, drinking, and gift-giving. 

Purpose: 

This inversion served as a safety valve for society, allowing for "December liberty" to alleviate tensions from rigid social class constraints before reverting to normal, hierarchical life.