The Dougherty Geometry: A Projective Model of Electromagnetic Structure Across Scales | Buddy James

The Dougherty Geometry represents a fractal model of electromagnetic currents operating across all scales of nature, from subatomic to galactic. At its foundation, the model describes birkeland currents (electromagnetic filaments connecting stellar bodies), which are force free field aligned currents manifesting across dimensions from the Planck scale to cosmological distances. Dr. Donald Scott confirmed that the model matches his Bessel function representation of force free field aligned currents. He noted it reveals intricate details within birkeland currents as if standing inside one and observing all structural components. The geometric framework operates as a simplex super geometry encoding fundamental forces through nested toroidal and helical structures that function as a universal coordinate system for electromagnetic phenomena.
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At its core, the geometry consists of recursive self-similar heterodyning structures organized through golden ratio scaling, specifically phi wave embedding in logarithmic scale invariance. Building from this foundation, the model features collimated concentric cylinders forming nested torices that dilate through breath cycles at all scales. These structures manifest as dual opposing spiral vortices: centripetal blue vortices moving toward source and centrifugal orange vortices moving away from source. The entire system maintains phase conjugation. This means perfect compression through golden mean ratio scaling, with measurements between successive toroidal nodes predicted by phi ratios. Mathematically, the model represents spherical stacking of the real number line and visually maps both the exponential Euler number and square root of 2, functioning as the inverse square law metric system. Its construction involves quaternion, octonian, and sedonian mathematics observable within the magneto-hydrodynamic filament architecture, with dyadic rationals emerging from compression and rarefaction cycles. These geometric features tie directly to physical electromagnetic behavior across scales, making the model both descriptive and predictive.
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Information flows between galaxies along birkeland currents, cosmic power lines transmitting charge through compression and rarefaction cycles. Stars, solar systems, and galaxies form at pinch points called z-pinches where compression and rarefaction of gases occur within these filamental structures connecting all stellar systems through a universal network resembling neural architecture. The model exhibits the geometry of both filaments and nodes observed throughout nature on all scales. All baryonic matter comprises the nodal universe powered by the filamental universe, with these representing possibly the only two phenomena occurring universally. Matter self-organizes through Marklund convection according to boundary conditions, with different potentials of ionized matter aggregating toward these boundaries in the nested filamental architecture. This cosmic scaffolding operates identically whether describing galactic superclusters or planetary magnetospheres.

The geometry describes sonobiology, the principle that all living creatures acoustically resonate out of the structure. Organs and entire organisms function as fractal fields produced through sonic genesis. Pressure waves and their release moving through filamenting birkeland currents create vibratory anodic and cathodic information packeting in Bessel functions. The piezoelectric crystalline lattice structure of dynamic projective geometry inside filaments resembles three-dimensional cymatics in a Petri dish with frequency added. The poloidal, logarithmic, and longitudinal growth of wavelengths condense naturally into harmonics through the configuration of opposing spiral vortices. All constructive and destructive wave interferences produce observed reality. In musical terms, toroidal nodes correspond to octaves where frequencies double, with vortical filaments representing intervals and chord progressions as paths along which notes flow to create harmony. The fractal self-similarity mirrors hierarchical musical structure from microtones to macro-forms. Chladni figures and cymatic patterns superimpose perfectly on the geometry with nodal lines matching along sphere troughs and crests, confirming it represents frequencies, waves, and vibration propagating from point sources via the inverse square law.
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This predictive capacity manifests concretely in aerodynamic forms and biological structures. The 9th gate of the geometry produces shapes matching flying stingrays, birds, and advanced aircraft like the Lockheed Martin RQ-170 Sentinel. The model functions as morphospace (a representation of possible organismal forms), with morphophase transitions showing self-organized embryonic blueprints scalable from individual shells and grains to larger organisms through fundamental chirality of spin. Fields create the forms of creatures living within them. Fish, birds, water gliders, and butterflies exemplify locomotion via tube toroidal series, suggesting a larger substructure of fields generating forms that move within specific mediums across scales. Biological structures from kidneys to embryos to brains represent fractal fields produced through the geometry, with all systems opening and closing using this universal super geometry for processes including development, growth, and cellular function.
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The geometry represents the structure of filament-node networks operating helically, with all information acting as perturbations projecting into and out of charge and charge separation. Information transmits instantaneously through helical networks called birkeland currents. Consciousness itself operates helically following Dr. Vladimir Ginzburg's Helicola concept (helices wrapped within helices extending into micro and macro scales). The model describes nature's neural network comparable to Rupert Sheldrake's morphic fields concept, with all mind, memory, and connectivity between nodes occurring through filaments as cosmic power lines connecting galaxies and stellar systems. Cortical columns in the human neocortex exhibit remarkable similarity to the collimated concentric tubes of birkeland currents, suggesting the geometry structures both cosmic and biological information processing. The architecture allows any cobordism to manifest (tube-like living creatures transmute directly from the geometry through rotation and pressure cycles), with life moving seamlessly through variable-sized containers via this universal grid connecting local and non-local systems umbilically. From galactic filaments to neural pathways to acoustic resonances, the Dougherty Geometry offers a unified geometric language describing how electromagnetic structure generates form, information, and life itself across every scale of existence.
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Sources:
- Buddy James. Personal Facebook posts on the Dougherty Set and related geometric concepts. Various dates, compiled over several years.

- https://www.aetherforce.energy/dougherty-set-by-buddy-james-a-projective-geometric-model-of-the-electric-vortex-universe/

Extracting Hidden Precious Metals from Common Magnetite Using Microwave Technology | John Milewski
https://www.youtube.com/watch?v=W8ApK4JVvT0

John Milewski, a materials scientist with degrees in chemical engineering, metallurgy, and ceramic engineering who spent years at Los Alamos National Laboratory, developed a method for extracting precious metals from ordinary black sand using modified microwave ovens.

Standard kitchen microwaves can process magnetite and other semiconductor materials to extract precious metals by converting ormus elements into metallic forms. Milewski's discovery came from using graphite instead of ordinary carbon as a reducing agent as graphite crystals possess extensive edge surfaces where free electrons concentrate, and these electrons are what ormus atoms need to transform back into metal. He was able to increase yields dramatically from less than an ounce per ton with carbon to over twenty ounces per ton with graphite.

To Milewski, Ormus elements represent a distinct atomic state where precious metal atoms lose their valence electrons and develop high spin nuclei, shrinking dramatically and becoming chemically inert gases. These shrunken atoms hide inside crystal lattices of common minerals like magnetite, hematite, garnet, and even beer bottle glass. X-ray diffraction analysis revealed iron rhodium iridium compounds representing up to ten percent of magnetite volume, though standard laboratories detect only iron and oxygen because the precious metals exist in unrecognizable ormus form.

The microwave process uses its oscillating beam continuously, stirring molten material and tearing molecular structures apart, generating free electrons throughout the melt. Lead or silver collectors dissolve emerging precious metals into saturated solutions with the resulting beads crystallizing with unusual soccer ball textures or grape cluster shapes because rhodium and iridium melt at far higher temperatures than the process reaches. One experiment produced two separate beads that disappeared overnight from a sealed jar. Ormus materials exist between gaseous and solid states, retaining diamagnetic properties that create mutual repulsion and can cause reversion to gas.

Milewski proposes that ormus forms of precious metals belong between noble gases in the periodic table rather than in standard metallic positions. When atoms lose electrons and shrink, their effective molecular weight decreases substantially due to diamagnetic levitation, placing them between krypton and xenon. This explains xenon's unusually wide boiling range, as ormus elements form azeotropes with noble gases. White coatings on lava rocks contain substantial gold mixed with calcium carbonate, precipitating directly from atmospheric ormus elements. The ubiquity of these materials in air, water, and soil suggests they constitute some of the most abundant elements on Earth, existing in forms conventional analysis cannot detect.

Zero Point Group Meeting |
Martin Fleischmann Memorial Project
https://www.youtube.com/watch?v=DJZxjsHLIrU

Exotic vacuum objects go by many names. Ozons, ectons, radiant matter, energy solutons. Each researcher who encountered them coined a new term, mostly out of ego, but they all describe the same thing: coherent electron clusters shaped like spinning donuts, held together by fractal magnetic fields. These structures exist everywhere. Lightning produces them. Arc welding releases them. Walking across carpet generates them. Russian physicists Alexander Shishkin, Kirill Urutskoev, and Leonid Urutskoev spent nine years proving these formations live inside every atom as an intermediate layer between nucleus and electrons, containing roughly one hundred billion electronic vortices. This layer captures energy from neutrino condensates at just under two Kelvin, maintaining electron spin in what Hal Puthoff calls the ground state of the hydrogen atom. The structures remain stable for about two days without being fed electrons or electromagnetically spun, binding preferentially to iron and oxygen because of their magnetic properties. Ken Shoulders calculated the binding energy holding coherent electrons together, establishing that release requires sequential impacts: you hit them once to free them from matter, then smack them again to fully break them apart.

The evidence spans laboratory benchtops to volcanic eruptions to galactic structures. Takaaki Matsumoto meticulously documented iron-rich crenulated microspheres appearing in successful experiments, hollow structures with interiors following golden ratio proportions that serve as the signature proving the process occurred. Scanning electron microscopy shows compressed material volumes physically impossible to contain unless matter exists in coherent condensed states. Cavitation analysis reveals nested yin and yang vortical structures operating at multiple fractal scales: yang disassembles matter and dies first, yin carries coherent matter and births progeny. The golden ratio appears everywhere from micron-scale microspheres to galaxy formations visible in James Webb telescope images. Stellar synthesis produces hydrogen, carbon, and oxygen regardless of starting feedstock composition. Svatopluk Adamenko's system using incredibly intense electrical discharges created every element in the periodic table twenty thousand times consecutively from any metal tested. Yul Brown, Ehrenfried Pfeiffer, and others observed identical transmutation patterns. Matsumoto captured nuclear emulsion images showing micro ball lightning structures identical in cold fusion experiments and during Mount Usu volcanic eruptions, with spiral coherent matter waves emerging from disrupted clusters. These formations appear before earthquakes as luminous phenomena rising kilometers into the sky. Same physics, different scales. Leonid Urutskoev investigated Chernobyl and found the reactor core had vanished entirely, replaced by luminous spheres, magnetic teleportation of metal components, and structural beams intersecting without melting.

The replication record stands solid despite institutional denial. DARPA released a funding call still claiming Pons and Fleischmann's work was never replicated, yet US Naval Research Laboratories published full verification in May 2001. Melvin Miles ran a Martin Fleischmann-designed cell at Hokkaido University, saw excess heat, documented everything openly. Cavitation offers the fastest route to achieving excess heat. Professor Bing Huang at Taipei University ran the largest systematic cavitation study in history, reactors typically doubling output but achieving twelve times electrical input when aluminum silicates dissolved in water. Russian inventor Kladov achieved similar results decades ago in patents nobody reads because they expired without commercial protection. Dr. George Eagley's energy amplifier converts aluminum directly into electricity at three times unity, verified by multiple independent parties. Griffin Brock's Desmatron tube, rebuilt from scratch, replicates Tesla's shadowgraphs and accelerates radioactive decay by factors reaching hundreds of thousands times normal rates in minutes, offering real solutions for nuclear waste remediation. Stan Meyer's water fuel cell work connects through understanding particle oscillation mechanics within these coherent structures.

What makes this work is direct proton conversion yielding over one hundred times more energy per reaction than fusion, accessing what Boyd Bushman referenced as Lockheed Martin's research into forces beyond conventional consideration. Hydrogen isotopes release this hidden energy thousands of times more easily than other elements, explaining why water-based systems and deuterium experiments show such dramatic results. A Max Planck Institute patent from the late 1990s describes trapping coherent matter, then releasing it to produce braided beam emissions. These collapsed coherent matter waves form diamond braid structures that travel like bullets, depositing matter as they run out of condensate. Ancient cultures encoded the toroidal geometry in Sumerian wheels within wheels, Egyptian ankhs marking phase space boundaries, Macedonian thunderbolt coins, Tesla's Wardenclyffe Tower logo. They recognized the architecture that appears at every scale.

Safety requires understanding three radiation modes these structures produce. When passing through biological tissue, they selectively force decay of trace radioactive isotopes like carbon and potassium while leaving the predominant water composition unaffected, unlike conventional X-rays hitting every cell indiscriminately. Clusters transport ionized matter and release payloads as atomic bullets when disrupted inside the body, causing mechanical cellular damage to red and white blood cells. Deoxygenated blood is paramagnetic, meaning these structures can get trapped in the body more easily than oxygenated tissue. High energy electrons liberated from broken clusters generate secondary X-rays when passing through dense implants or jewelry. Coherent matter waves emerge as needle-like structures that penetrate materials, the pin pricks Tesla felt even behind glass shields. Ferromagnetic materials, alternating impedance layers, and grounded meshes provide protection. Carbon stops these structures completely, which is why adding hydrocarbons changes system behavior entirely. The real danger comes from weapons development outpacing beneficial applications. Phase conjugated arrays can now smash blood cells, paralyze victims, cause internal bleeding without external wounds using invisible stimulation. Recent events suggest deployment has begun. Getting this understanding into public domain where everyone can build it, where one hundred companies compete freely, where suppression becomes impossible, that remains the mission.

The Hunt for the Ether Wind: A Global, Cheap, and Reliable Experiment | Dmitrii Osenilo

https://medium.com/@osenilophys/the-hunt-for-the-ether-wind-a-global-cheap-and-reliable-experiment-ed8fbe684f2a

Dmitrii Osenilo proposes a practical approach for detecting ether wind through collaborative international measurement.

Traditional thinking assumed the ether moved relative to Earth at its orbital speed around the Sun, but this proves shortsighted to Osenilo given that matter exists within multiple nested cosmic flows. The galaxy, solar system, and Earth each move through space at different scales, with matter partially entraining the ether and creating detectable lag at every level. Historical experiments support this model: Galaev's group measured approximately 1.5 km/s at low altitude, Michelson and Morley found 3 to 6 km/s, and Miller recorded 10 km/s from a mountain elevation. Classic interferometer methods prove impractical because their effects remain too small to measure reliably, demanding extreme precision and expensive equipment. Atsukovsky's approach using transverse beam displacement offers something better. A laser traveling 30 meters with multiple reflections generates roughly 1 millimeter of sideways displacement, and modest instruments can detect that.

Despite this theoretical promise, building such a system confronts real obstacles. Thermal expansion warps structures by millimeters with fractional temperature changes, while vibrations from machinery, footsteps, or wind introduce overwhelming noise. Solutions include massive stable construction from low expansion materials, controlled thermal environments, and vibration isolation foundations. Designers face a choice: fixed observation over extended time, or mounted rotation for faster data collection.

This strategy involves distributing identical low cost setups globally with standardized methods and centralized data collection. This network naturally filters out individual instrument errors through statistical analysis while preserving genuine signals. Measurements must account for geographic position since ether wind varies by location, stronger from above and partially shielded below. Recording all environmental conditions at each station enables later interpretation of discrepancies with systematic agreement across worldwide locations constituting meaningful evidence worth pursuing further.

The Strange Behavior of Plasma Crystals - Physics Explained | Biolumination
https://www.youtube.com/watch?v=Brxow57AhVs

"Plasma is often considered a chaotic and high-energy state of matter, but when the right conditions are met, it can form something extraordinary: plasma crystals. These self-organizing structures emerge in dusty plasmas and have the potential to unlock crucial insights into fields such as astrophysics, fusion energy, and nanotechnology.

Plasma crystals are formed when micron-sized dust particles suspended in ionized gas interact electrostatically, resulting in highly ordered lattice-like structures. Unlike solid-state crystals that rely on chemical bonds, plasma crystals are governed by electromagnetic forces.

This video takes you on a journey through the science behind plasma crystals, from their formation to their behavior under various conditions. We explore the delicate balance of forces that keep these structures intact, including Coulomb repulsion and weak attractive forces. We also dive into the history of plasma crystal discovery, including their first observation aboard the Mir space station in 1994, and the ongoing research that continues to expand our understanding of these fascinating formations.

We examine how plasma crystals exhibit wave propagation, phase transitions, and emergent order, challenging traditional physics models. Through experiments in microgravity, we gain insights into how these crystals behave in space environments, where they help us study strongly coupled plasmas, cosmic dust, and self-organizing systems. Furthermore, plasma crystals have important applications in fusion energy, nanotechnology, and even the potential for alternative computing methods.

By the end of the video, we raise the intriguing possibility that plasma crystals could be key to understanding whether plasma itself could be conscious or intelligent.

Join us as we uncover the mysteries of these unusual states of matter and explore their potential far beyond what meets the eye."

Move Over Silicon: Alternative Computational Architectures

Researchers are building computers from materials and processes that silicon could never replicate. Photonic systems use light instead of electrons, dramatically reducing energy consumption while increasing bandwidth. Organic materials bring chemical tunability through electro-optic compounds operating at terahertz speeds. Plasma-based systems manipulate ionized matter for computation in extreme environments. Fungal mycelium networks conduct electrical spikes for distributed processing. DNA molecules store and compute with information at molecular densities. Liquid systems implement logic through fluid dynamics and chemical reactions. Spintronic devices encode data in electron spin states. Even biophotons, the weak light emissions from living cells, are being explored for biological information processing. Underlying many of these approaches are mathematical structures like the golden ratio and Fibonacci sequences, which appear naturally in quantum systems and offer advantages in network architectures.

The most mature intersection of these technologies exists in plasmonic-organic hybrid technology, where metallic nanostructures confine light to nanoscale dimensions and organic electro-optic materials control it with precision. Modulators just 20 micrometers across operate at speeds beyond 110 gigahertz while using only a few femtojoules per bit. That's more than ten times the efficiency of conventional silicon photonics. These hybrids fit into existing manufacturing workflows, requiring only additional deposition steps after standard fabrication. The plasmonic structures squeeze electromagnetic fields into spaces where organic materials interact with them most effectively. This technology now powers high-speed data transmission systems and forms the basis for organic photonic synapses that mimic biological neural processing. Researchers have demonstrated exponential gain enhancement equal to the golden ratio in coherently coupled parametric processes using two-dimensional nonlinear photonic crystals. Fibonacci quasicrystals in photonics exhibit topological edge and corner states, creating compact high-brightness coherent sources.

DNA nanotechnology intersects with photonics in multiple ways. DNA assemblies serve as programmable templates to arrange photoactive species like chromophores and quantum dots, enabling cascaded energy transfer through Förster Resonance Energy Transfer mechanisms. Photonic microspheres encapsulate DNA for high-capacity data storage, with reflection wavelength and sphere size providing two-dimensional indexing for different DNA files. Researchers encoded 357 kilobytes across 32 photonic microspheres, each containing thousands of DNA strands, demonstrating random access through optical identification. Photonic DNA computing combines optical processing with molecular storage, while DNA-directed photonic complexes function as excitonic switches and biosensors. Neuromorphic photonic circuits take this further, with monolithically integrated systems featuring on-chip capacitive analog memory achieving over 26 times power savings compared to conventional architectures. Photonic neural networks predict quantum mechanical properties of molecules for drug discovery, exploiting natural capabilities for complex-valued computation at no additional hardware cost.

Biophotonic integration combines silicon nitride-organic hybrid platforms for on-chip laser sources and medical diagnostics. Organic photonic synaptic devices emulate retinal visual perception across ultraviolet to near-infrared wavelengths, demonstrating learning, forgetting, and image recognition. Liquid crystals provide another bridge, with platforms that manipulate hundreds of optical modes simultaneously in photonic circuits while minimizing losses. These liquid-crystal metasurfaces simulate quantum processes and can be reprogrammed for different computational tasks. Plasma photonics labs demonstrate working devices that perform matrix-vector multiplications at light speed, manipulating polarization and velocity through engineered ionized gas structures. Spintronic-photonic integration merges electron spin states with optical processing, creating neuromorphic systems where spintronic devices provide non-volatile synaptic memory while photonic interconnects handle high-speed data transfer between processing nodes. Some proposals suggest plasma systems capable of computing in vacuum or under radiation that would destroy silicon chips.

Biological and chemical computing systems offer radically different approaches. Fungal mycelium networks function as distributed computing devices where information travels as electrical spikes between fruit bodies. The complexity of fungal electrical signaling may exceed human language, with oyster mushroom mycelia solving computational geometry problems by reprogramming their network structure based on environmental conditions. Liquid analog computers like the hydraulic MONIAC modeled entire economies using water flow, while modern liquid digital computers implement logic gates through fluid jets, droplets, and chemical reactions like the Belousov-Zhabotinsky oscillating system. These reaction-diffusion computers have produced working prototypes of adders, counters, and logically reversible gates. Reversible computing concepts aim to eliminate information deletion heat losses through transistors that can revert to previous states, with photonic implementation offering particularly promising pathways since photons are nearly frictionless. Memristors, the fourth fundamental circuit element, enable analog in-memory computing with memristor crossbar arrays achieving over 100 trillion operations per second per watt for neural network inference. The golden ratio appears in multiple computational domains: quantum magnetic resonances show frequency ratios of exactly 1.618, Fibonacci anyons serve as candidates for topological quantum computers, golden ratio phases minimize decoherence by avoiding rational resonances, and some neural networks use golden ratio proportions for optimal layer distributions.

Manufacturing challenges persist across all these platforms. Plasma states need stabilization for reliable computation. Organic materials degrade under thermal stress. Fungal systems operate slowly compared to electronic speeds. Liquid computers face miniaturization limits. DNA systems require complex encoding and decoding processes. Spintronic-photonic integration demands precise material interfaces. But progress accelerates as researchers develop more robust compounds, refine control mechanisms, and discover new intersections between these domains. A 2024 IEEE systematic review found golden ratio applications across 51% of computing use cases, from cryptography to machine learning to photonics. Single-photon switches now operate at gigahertz speeds with potential for hundreds of gigahertz. Quantum memristors demonstrate memristive feedback loops that enhance nonlinearity in neuromorphic architectures.

Related Telegram Posts

Plasmonics:
- https://t.me/aetherforceposts/6094
- https://t.me/aetherforceposts/6038
- https://t.me/aetherforceposts/5231
- https://t.me/aetherforceposts/5069
- https://t.me/aetherforceposts/3407

Plasma Computing:
- https://t.me/aetherforceposts/5623
- https://t.me/aetherforceposts/5122

Organic Computing:
- https://t.me/aetherforceposts/5533
- https://t.me/aetherforceposts/4969

Supporting Videos

"Why Light Will Change Computers Forever" (2025) - https://www.youtube.com/watch?v=b_PS8o8pi9A

"Is Photonic Computing The Future Of AI Chip Technology?" Forbes (2025) -
https://www.youtube.com/watch?v=Qe_k0XpGVOU

"Photonics Explained: The Future of Light Technology for Everyday Life" (2024) - https://www.youtube.com/watch?v=oMllLmoul48

"Optica Online Industry Meeting: Photonic-Enabled AI" (2025) - https://www.youtube.com/watch?v=GNe6RUNatVk

"OPTICAL COMPUTING with PLASMA: Stanford PhD Defense" by Projections (2023) - https://www.youtube.com/watch?v=Mdh2pLwsK8Y

"Progress Toward a Plasma-Based Optical Computer" (2023) - https://www.youtube.com/watch?v=KN55Opscdv8

"Organic Computing" by ExplainingComputers (2017) - https://www.youtube.com/watch?v=F7REp0Y9edA

"Computational acceleration of novel organic electronic materials development" (2022) - https://www.youtube.com/watch?v=hVC59_8RINQ

"Hybrid plasmonics and switchable conducting polymer nanoantennas" (2021) - https://www.youtube.com/watch?v=KSSvSc4L4NE

"Future of Tech: DNA Computing" (2020) - https://www.youtube.com/watch?v=vefBhhjodpE

"Adleman: Inventing DNA Computing" Turing Award Winner (2020) - https://www.youtube.com/watch?v=Bhqf8M5yYIw

"RIT Research Minute: DNA Computing" (2024) - https://www.youtube.com/watch?v=6e9ho2DwaFs

"Demonstration of a Scalable DNA Computing Platform" (2025) - https://www.youtube.com/watch?v=qDRcYu5_LIE

"Future Computing: DNA Hard Drives | Nick Goldman" World Economic Forum (2015) - https://www.youtube.com/watch?v=tBvd7OSDGgQ

"Brain-Mimicking Biochip Using Fungal Networks" Broad Science (2025) - https://www.youtube.com/watch?v=UQvVpitC-nk

"Mycelium Actuators: Bio-Electric Signal Processing in Fungi" (2026) - https://www.youtube.com/watch?v=nTlX4NtNZ8w

"Liquid Circuits: The Future of Fluidic Computing in Motion" (2024) - https://www.youtube.com/watch?v=xl6Aj8KcFYo

"Computing with fluids | Manu Prakash" TED Archive (2017) -
https://www.youtube.com/watch?v=OhroLzvW-JI

"Topological Quantum Computation with Fibonacci anyons" (2024) - https://www.youtube.com/watch?v=91qEkN0AL94

"What is spintronics and how is it useful?" SciToons (2019) -
https://www.youtube.com/watch?v=q3-S5hM-3QY

"Stuart Parkin on the Spintronic Revolution in Computing" WebsEdge Science (2024) - https://www.youtube.com/watch?v=Q-pQK_6omFs

"Brain-Inspired AI Chips & Future of Computing" Professor Rahul Jain (2025) -
https://www.youtube.com/watch?v=5s0Gh7Y8v_4

"Neuromorphic computing - with Johan Mentink" (2025) - https://www.youtube.com/watch?v=VTKcsNrqdqA

"What Is A Memristor?" (2015) - https://www.youtube.com/watch?v=sQjFrWvq9Cg

"Memristors!" (2021) - https://www.youtube.com/watch?v=4dfGm7zkTiM

"Memristor-Based Analog Computation and Neural Networks" Advanced Portfolio News (2018) - https://www.youtube.com/watch?v=sIAeftb0Yq0

"Analog In-memory computing with multilevel memristive devices" (2024) -
https://www.youtube.com/watch?v=KPZzzsaIX4Y

"Memristors: The Future of Computer Memory and Neuromorphic Computing" (2016) - https://www.youtube.com/watch?v=Lt_cnLhLmes

"Biophotonics poised to make major breakthroughs in medicine" NSF Science Nation (2015) - https://www.youtube.com/watch?v=7OR1tiDIK_g

"This New Chip is Defying the Laws of Physics" Science University of Copenhagen (2025) -https://www.youtube.com/watch?v=2CijJaNEh_Q

"Ed Fredkin - Reversible Computing (Keynote)" Computing Community Consortium (2020) - https://www.youtube.com/watch?v=ROv1HX-gdas

"Biocomputers made from human brain cells could run the AI systems" RAZOR (2024) - https://www.youtube.com/watch?v=k-0GE4jJW7U

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- Survey of Photonic and Plasmonic Interconnect Technologies for Intra-Datacenter Communications, Deutsche Nationalbibliothek, 2021
- The World's First Plasmonic-Organic Hybrid Devices, NLM Photonics, 2021
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The Aetheric Foam | David Chaim Smith with Ike Baker

Part 1 of 4
Part 2 of 4
Part 3 of 4
Part 4 of 4

David Chaim Smith is a Kabbalist whose work maps obscure, prior to Lurianic Kabbalistic texts onto practical contemplative and etheric frameworks for occultists, meditators, and esotericists; here, in four parts, he is joined by theurgic Neoplatonist Ike Baker.

The ether is the luminous presentation of space, a universal medium through which mind and reality blend and interact, functioning as the slippage point between the mind's holding of reality and reality's expression as display. It permeates all levels at all times, from the Or Ein Sof down through the solid and substantial. The 13th century Kabbalistic text known as the Fountain of Wisdom opens with Avir Kadmon, the primordial ether, as the ground of all things, its root being Keter obscured by the dark luminosity of Hokhmah and the luminous darkness of Binah, both nondually mixed rather than standing as opposites. From that root the outpouring moves through Tiferet as streams and threads, Gevurah as discrete droplets breaking the flow into intervals, Yesod as the mixing bowl where conglomerates form, until Malkut solidifies the perception of form. From those conglomerates rises a foam floating on the surface of the water, a Genesis image naming the etheric medium of reality, where every bounded perception links through memory in associative chains whose every node is enclosed by its own Klipotic shell. The Tohu is the formless barrage of pure possibility; the Bohu is the mind's structuring activity that packages and designates reality. Both together hold the paradox of infinity presenting itself as finite.

Two trees in 1728 diagrams make visible the two total orientations of the mind in relation to that foam. In the left tree, Da'at occupies the middle pillar and Malkut dangles below subsumed by the Klipot, meaning conceptuality blocks the Ruach from rising to the supernals. In the right tree, the natural array, Da'at is absent, the middle pillar rises one notch, and Malkut integrates fully, so that Tiferet achieves direct communication with Hokhmah and Binah and the display is absorbed into the etheric process. These are the two trees of the Garden of Eden: the tree of knowledge and the tree of life, and confusion between them through conceptual fixation produces the exile barred by the flaming rotating sword. The nine chambers of wisdom, represented geometrically through the Ibrigate, begin with openness as irreducible pure possibility, then indulgence meaning phenomena arise without departing from openness, then resonance as infinite reverberation without fixation, all organized through the magic square of Binah whose rows sum to 15, the divine name Yah. The five organs mapped onto the tree mark the practical path: the kidneys purify Klipotic fixation, the lungs perform etheric breathing, the heart conglomerates at Yesod, and the brain shifts its register as the middle pillar changes position. The three heads of Keter in the Zohar mark the terminal stages: cataphatic realization of the wholeness of the monad, then the apophatic recognition that this wholeness is nothing reducible, and finally the headless head where even that distinction disappears into transparency, the cloud of unknowing, where terror and beneficence lose their boundary and merge.

Time Crystals: A Phase of Matter Alive Only Outside Equilibrium | J. Zhang et al. and Morrell, Elliott & Grier

Working across two separate experimental platforms nearly a decade apart, J. Zhang and colleagues at the Joint Quantum Institute proved that a quantum many body system can spontaneously break time translation symmetry, while Mia C. Morrell, Leela Elliott, and David G. Grier at New York University showed that the same physics is accessible in a purely classical setting built from sound and levitated beads.

A time crystal is a phase of matter defined by the spontaneous breaking of time translation symmetry, the temporal counterpart to how a conventional crystal breaks spatial translation symmetry. A conventional crystal replaces the continuous translational symmetry of space with a periodic lattice; a time crystal replaces the continuous translational symmetry of time with persistent periodic behavior at a frequency the system itself selects. Because quantum equilibrium systems have time independent observables by construction, this kind of symmetry breaking is forbidden in thermal equilibrium and can only emerge in nonequilibrium systems.

The first experimental realization of a discrete time crystal used a chain of trapped atomic ions driven by a repeating sequence of three operations: a nearly complete global spin flip, long range Ising spin spin interactions, and strong programmable disorder. The disorder produces many body localization, blocking the system from absorbing drive energy and heating toward infinite temperature, a fate that would destroy any temporal order. Without interactions, disorder causes individual spins to dephase and lose coherence. Without disorder, perturbations to the spin flip propagate freely across the chain. Only when all three elements act together do the spins synchronize and lock to twice the drive period, holding that rhythm even when the spin flip is deliberately made imperfect. When perturbations grow too large, the time crystal melts.

A separate classical realization constructs a continuous time crystal from two acoustically levitated beads of different sizes, with no periodic drive at all. Because the beads scatter sound differently, the wave mediated forces between them are nonreciprocal: Newton's third law breaks down because scattered waves carry momentum away, making the pair an open system. This nonreciprocity allows the pair to continuously extract energy from the standing acoustic wave and sustain a collective oscillation mode that precisely compensates viscous drag. The system spontaneously breaks PT symmetry at an exceptional point where two dynamical eigenmodes coalesce, and that broken symmetry is restored through a linearly stable limit cycle whose oscillation frequency is fully emergent and uncorrelated with any timescale in the governing equations. Unlike previously reported dissipative time crystals, which require either periodic driving or thermal activation to replace lost energy, this system sustains itself through nonreciprocity alone, stabilized by damping.

Bibliography
- Observation of a Discrete Time Crystal, J. Zhang et al., 2016
- Nonreciprocal Wave-Mediated Interactions Power a Classical Time Crystal, Mia C. Morrell, Leela Elliott, David G. Grier, 2025

Goethe's Scientific Method and Paradigm Change: The Example of Projective Geometry
https://www.academia.edu/105137678/Goethes_Scientific_Method_and_Paradigm_Change_The_Example_of_Projective_Geometry

"No phenomenon can explain itself through or out of itself; only many, seen together, systematically ordered, eventually give what could be considered a theory.” - J.W. von Goethe

"By training the scientist “not to reduce phenomena to a scheme but, rather, to remain inwardly mobile”, Goethe’s method provides “the ground from which all our Vorstellungsarten – all scientific ‘paradigms’ – arise”. Goethe focused his scientific activity on botany and chromatics “above all because of their propaedeutic value”. The propaedeutic value of these examples is to lead the scientist to what “moves between the paradigms, the source of the revolutions themselves” and thereby develop the “mobility of one’s thinking and imagination, upon which the ‘metamorphosis of the scientist’ and, with it, the growth of science depend”. "

Goethe's Methods is 3 steps according to Projective Geometric Principles:
"1) In the first stage we collect observations within a particular domain. We transition to the second stage when we see a lawfulness to our observations, in this case a polarity between point and plane.

2) In the second stage we look systematically for instances of this lawfulness. In doing so we also become aware of the paradigm in which we are operating. In particular, at some point we find that the lawfulness we discovered contradicts
elements of the current paradigm, here the parallel postulate. This lawfulness is thus not a higher principle in the current paradigm. We have now reached as far as we can go in the current paradigm.

3) In order to reach the third stage, we need to hold on to the idea of polarity – and shape a new paradigm around this lawfulness, making it into a higher principle in the new paradigm. An aspect of the old paradigm is rejected and the old paradigm is transformed into the new paradigm. In this example Euclidian geometry is transformed into projective geometry by rejecting the parallel postulate, which then leads to the plane at infinity being included as a geometrical element.

The example of the transition from Euclidean to projective geometry considered here illustrates what happens when we progress from the second to the third stage of Goethe’s method: we change the paradigm. This example also shows that this transition is a transformation of the old paradigm, not its rejection. Amrine rightly notes that scientific revolution requires a new way of seeing and thereby the metamorphosis of the scientist. But if there is to be growth in science, this revolution also needs to be a metamorphosis of the paradigm."

The Periodic Table of Tarot: A Goethean Inquiry into the Elements as Archetypes | A. McKee
https://www.academia.edu/145719390/The_Periodic_Table_of_Tarot_A_Goethean_Inquiry_into_the_Elements_as_Archetypes

"Alchemy, tarot, and the periodic table of elements are often understood as distinct systems—one mystical, one divinatory, and one scientific. Yet, each functions as a structured map of fundamental forces that govern transformation. Johann Wolfgang von Goethe’s phenomenological method—an approach that emphasizes direct perception, holistic relationships, and dynamic observation—this paper explores how the periodic table can be reimagined as an esoteric system akin to tarot’s archetypal structure.

Goethe rejected mechanistic scientific methods in favor of immersive, direct engagement with natural phenomena. His method aligns with Indigenous knowledge systems, which, as Tyson Yunkaporta describes in Sand Talk, emphasize relational thinking rather than strict categorization. Similarly, C.G. Jung saw symbols in alchemy, mythology, and modern psychology as living, evolving representations of unconscious forces. In C.G. Jung and the Sioux Traditions, Vine Deloria describes Jung’s approach as one in which “the descent into matter requires the identity of the outside with the inside” (Deloria, p. 78).

This paper incorporates perspectives from Alva Noë’s Strange Tools and W.J.T. Mitchell’s What Do Pictures Want?, arguing that the periodic table and tarot function as living symbolic systems rather than static classifications. I explore how matter, archetypes, and consciousness intersect by shifting from a reductionist view of elements to a dynamic, relational understanding."