Torque generator with magnets on rotating platform
https://menteenergia.blogspot.com/2025/05/en-la-teoria-de-los-campos-de-torsion.html?m=1

A torque generator with magnets on a rotating platform is a device used in torsion field theory, where magnets influence spin directions to create energetic effects. These effects are applied to condition environments or perform non-local actions. Since the 1990s, Russian researchers and amateurs have been experimenting with such systems, which also appear in radionics/

The system includes a motor with four neodymium magnets arranged in alternating polarity around the axis. As these magnets rotate, they alter the spin directions in the surrounding environment, producing a twisting energetic effect that grows stronger with increased speed. This setup lets users find the optimal rotation speed to generate subtle energetic effects, with slower speeds linked to ideas like Wilhelm Reich’s orgone energy.

The rotating magnet platform can be used for direct environmental conditioning or to send remote energetic influence through a witness, which can be an object or a photo. For instance, placing tourmaline on the platform and rotating it clockwise is believed to cleanse the energy of a space, while rotating counterclockwise may delay or concentrate an influence. When used on its own, the instrument is said to harmonize or refresh the energy at a location.

The Role of the Witness
https://menteenergia.blogspot.com/2025/04/el-testigo-tipos-y-usos.html?m=1

The witness plays a role in subtle vibratory practices such as radiesthesia analysis and radionics, acting as the link between the operator’s intention or instrument and the target of the action. This connection is not inhibited by distance and is intended to result in the transmission of information that the target recognizes, prompting a change or reorganization in its subtle tructure.

Witnesses can be natural or artificial. Natural witnesses maintain a direct physical connection with the subject, such as small samples like a specific metal or mineral for dowsing, or biological materials like blood, saliva, nails, or hair. These samples are typically prepared in carefully controlled ways with fluids placed on blotting paper or microscope slides, and solids mounted on adhesive tape. Plant leaves and soil samples may act as links for monitoring and influencing growth or land conditions.

Artificial witnesses include signatures, personal data, photographs, mental constructs used with devices like the Mental Witness Tube, and electronic forms like digital files stored on copper-wrapped USB drives such as Peter Radatti's Electronic Witness Well. In some cases it may be necessary to periodically reactivate witnesses as their energy may fade.

I still have one spot left.

Our power is out. Posting may not occur today.

Power is finally back on. Posts will resume this evening.

Elisabeth Vreede stood out as one of Rudolf Steiner’s most prolific students, and was suggested she grasped his work more deeply than almost anyone else. As the resident expert in astronomy and mathematics, she contributed a distinct rigor towards Steiner's indications. Sadly, she was also caught up in the harsh expulsion from the Anthroposophical Society alongside Ita Wegman

In her book Astronomy and Spiritual Science, Vreede explores the astronomical cycles,explaining that the sidereal day lasts about twenty-three hours and fifty-six minutes, roughly four minutes shorter than the solar day. This subtle difference means stars such as those in Gemini, Cancer, and Leo rise about four minutes earlier each night over the course of a year. Vreede connected these patterns to human physiology, drawing parallels between astronomical rhythms and cycles like sleep and memory consolidation.

Vreede outlines the importance of the lunar nodes, the ascending node called the dragon’s head and the descending node or dragon’s tail. These points slowly move backward through the zodiac, making a full circle in about eighteen years. She also discusses the Saros cycle, another eighteen-year rhythm that allows nearly identical eclipses to recur. Nutation, or Earth’s subtle 18.6-year wobble caused by the Moon’s tilted orbit, is likened to human pulse and breathing cycles.

She also compares the spatial arrangements and methods between ancient and modern astronomical arrangements and methods. She describes the Ptolemaic system’s geocentric approach, planets looping around Earth using epicycles, and then contrasts it with Copernicus’s heliocentric model and planetary ellipses. While both systems can predict planetary positions, they differ fundamentally in perspective. She highlights the so-called Mercury-Venus problem, where Ptolemy placed Mercury closer to Earth due to patterns of motion, while Copernicus, using spatial logic, put Venus nearer. Vreede also catalogs precise periods: Saturn’s orbit lasts 29 years and 167 days, Jupiter about 12 years, and Venus makes her five-loop sky pattern every eight years. The distinction between the tropical zodiac, linked to the Sun’s seasonal cycle, and the sidereal zodiac, anchored to star positions, is explored, explaining the 26-degree difference created by the precession of the equinoxes over time. Vreede quantifies that since the time of Christ, the vernal equinox has shifted into Pisces, although tradition still ties it to Aries.

Vreede explains how the Julian calendar’s extra quarter day gradually displaced the spring equinox date before the Gregorian reform set it right by skipping some leap years, specifically years divisible by 100 but not by 400 are not leap years. She discusses how people adopted the new calendar at different times and explores the impact of these systems on cultural and biological rhythms. The book includes maps of eclipse tracks based on Saros cycles and detailed charts for observing planetary conjunctions and oppositions.

When describing the planetary system, Vreede explains the unique qualities of the planets: they shine as distinct disks and travel distinctive paths through the zodiac. She notes that Mercury and Venus, orbiting close to the Sun, show clear phase patterns over 88 days (Mercury) and 225 days (Venus), including loops or lemniscate shapes during retrograde motions. Mars, Jupiter, Saturn, Uranus, and Neptune take much longer for their orbits: Mars two years, Jupiter twelve, Saturn nearly thirty, Uranus eighty-four, and Neptune 165 years for one revolution. Vreede offers detailed ephemerides and timing for viewing oppositions and retrogrades, noting that because planetary paths are slightly tilted from the ecliptic, what you see also depends on your latitude and the time of year.

A significant theme in Vreede’s book is the grand astronomical cycles, especially the precession of the equinoxes, a slow drift of Earth’s axis that moves the vernal equinox about one degree every seventy-two years, totaling nearly 26,000 years for a complete cycle, sometimes called the Platonic Year. This long-term wobble shifts the celestial pole among stars like Polaris and Vega and gradually separates the tropical and sidereal zodiacs.

She describes the Sun as astronomers see it, its photosphere, sunspots, flares, and corona, as well as the spiritual significance of the threefold Sun: the visible physical Sun, the spiritual Sun associated with higher beings, and the Christ Sun united with the Earth, which together evoke layers of cosmic and moral meaning. Observing solar phenomena is as much about tuning into celestial events as it is about understanding their reflection in human physiological and spiritual cycles.

Planetary Influences Upon Plants by Ernst Michael Kranich

This prime text on cosmological botany establishes (available soon in the archives) correspondences between plant morphology and planetary movements through systematic observation of botanical forms as cosmic archetypal images. The archetypal plant manifests through successive organ development reflecting planetary spheres arranged around earth. Roots correspond to lunar isolation and moisture absorption into darkness, while center shoots mirror solar ascending movement through phototropic behavior and vertical growth patterns. Leaves express Mercury's movement through alternate positioning and parallel venation in monocotyledons, whereas dicotyledons show Venus influence through pinnate venation, petioles extending into surrounding space, and two-fifths leaf positioning. Perianth development reflects Venus moving beyond sun's sphere with five-petaled corollas emerging from receptacles. Stamens and pollination correspond to Mars moving into opposition through anthers lifting above receptacles, while fruit development expresses Jupiter's expansion into surrounding space through uniform enlargement. Seed formation manifests Saturn's isolating influence through embryo encasement and desiccation processes.

Plant families demonstrate specific planetary dominance patterns within this archetypal framework. Grasses exhibit intense solar-Mercury character through center shoot determination, hollow cylindrical stems carrying spikes upward, parallel-veined blades emerging directly from shoots, and one-half leaf positioning reflecting Mercury's alternating movement around sun. In contrast, umbellifers manifest Jupiter's radiating expansion through pinnate leaf dissolution into atmosphere, double umbel structures expanding above shoots in two spheres, and branching shoot systems filling surrounding space. Water lilies express pure lunar influence through rhizomatous underground development, round self-contained leaf blades floating on water surfaces, flowers developing from ovary regions rather than receptacles, and fruit development occurring in cool watery isolation. Bindweeds reflect Mercury's spiral movement through counter-clockwise winding stems, successive flower development in leaf axils, and funnel-shaped corollas opening spirally from narrow bases.

Growth patterns reveal planetary influences governing entire plant development cycles. Annual herbaceous plants remain within sun-Mercury rhythms completing development during single yearly solar cycles with rapid vegetative growth followed by flowering and seed maturation. Biennial plants express Mars influence through two-year development cycles featuring rosette formation and root storage during first year opposing solar forces, followed by tremendous upward shoot expansion during second year reflecting Mars-sun conjunction dynamics. Meanwhile, perennial plants show lunar influence through renewal bud formation, underground storage organs including bulbs and rhizomes maintaining plant life through winter dormancy, and secondary shoot development expanding around original center shoots. Shrubs manifest Mars character through bow-shaped shoots growing three to four meters in single seasons, two-year flowering rhythms alternating vegetative growth with blooming, and receptacle modifications forming flower cups carrying stamens beyond sun-influenced regions.

Tree development reflects far planetary influences, with deciduous trees expressing Jupiter's encompassing sphere through trunk formation over multiple years, crown expansion into surrounding atmospheric space, and wood formation through warming desiccation processes creating permanent structures. Conifers manifest Saturn's inhibiting character through needle formation restricting leaf blade expansion, determinate growth patterns maintaining vertical development over decades, and extended maturation cycles with seeds forming after thirty-year periods corresponding to Saturn's sidereal rhythm. Compositae represent highest flowering plant development through sympetalous corolla formation where far planetary influences penetrate lower plant regions, flower head development creating higher unity from multiple individual flowers, and shoot expansion into receptacles reflecting cosmic integration. The botanical system reveals archetypal plant manifestation through monocotyledon-dicotyledon polarity expressing near planetary versus far planetary predominance respectively.

Thinking Like a Plant | Craig Holdrege

Introductory Video: https://www.youtube.com/watch?v=UvM9TS-q740
Excellent Playlist on the the process: https://youtube.com/playlist?list=PLSv_IySuboCK2B-C20QVOA6zOwaXtP1AA&si=wf0hDzlZO33s52HM


Thinking Like a Plant" (soon to be added to the archives) begins with rooting before explaining, which parallels how a seed opens to soil and moisture before rising into the air. Plant-like thinking starts with sensory immersion, allowing explanations to germinate only after attentiveness has sent "roots" into the phenomena. Process over object recognizes that plants are verb-beings that leaf, bud, flower, and fruit. This approach shifts from noun-based logic ("What is it?") to process logic ("How is it becoming?") and holds concepts fluidly so they can grow, transform, even die away. Rhythm of expansion and contraction follows the oscillation of leaves widening, flowers tightening into seeds, seeds bursting open. Intellectual work mirrors this by alternating exploration with synthesis, then letting ideas go when their season is past. Context sensitivity (plasticity) acknowledges that a milkweed shoot in shade differs from its sibling in sun, yet both remain fully "milkweed." Plant-like cognition reads situations relationally, understanding every characteristic as organism-in-environment, never as an isolated trait.

Participatory knowing recognizes that the observer is not outside the field of study. Like pollen carried on an insect's leg, our questions and attentions enter the living fabric and alter what can appear. "Living thinking" acknowledges and takes responsibility for this reciprocity. Metamorphic ideas follow Goethe's understanding that the "true Proteus" of the plant is the leaf that becomes sepal, petal, stamen, pistil. Likewise, a fertile idea should be capable of continuously reshaping itself to reveal deeper unities rather than settling into a single rigid definition. Quiet ethical resonance emerges when the plant's dynamism is inwardly experienced. This allows respect for its integrity to arise spontaneously so stewardship proceeds from felt relation, not from abstract principles.

Holdrege employs field-based phenomenology, which begins with outdoor observation of one living specimen in its actual habitat. Observers describe only what is sensorially given (shape, color, surface, smell, posture) while suspending explanations or judgments, then repeat at set intervals so the observer follows the organism through time rather than capturing a single "snapshot." His group description circles involve each participant offering a single observation in turn without repetition. Here, listening proves as important as speaking, and the organism gradually reveals itself through the mosaic of multiple perspectives, training attentiveness, helping bypass preconceptions, and demonstrating how knowledge is co-created. Nature drawing as seeing practice draws forms from the center outward without outlining, focusing on tonal transitions rather than contours so the object "emerges" from gradients of light and dark. Later drawings invert the process by shading the space around the object to let negative space shape perception.

Additional techniques include exact sensorial imagination, which involves re-picturing the morning's plant inwardly during evening, reviving precise sense details (stem thickness, petiole angle, scent) so memory becomes dynamic and what was outer becomes an inner, living image that can be examined, compared, and deepened. The expansion-contraction inquiry cycle alternates "out-breath" extensive field observation, collecting impressions, and asking exploratory questions with "in-breath" quiet reflection, imaginative re-picturing, and dialogue. Repeat this process until form, function, and environmental relations crystallize into a living concept. Comparative leaf sequencing presses and arranges every leaf from bottom to top of a shoot, studying transformation in size, margin, degree of lobing, and venation to detect the plant's intrinsic rhythm of expansion and contraction. Root-window boxes grow seedlings in tilted, soil-filled frames with one glass wall so roots press against the pane, enabling day-by-day tracing of underground branching patterns normally hidden from sight.

Oscilloscope Music ?!?!?

Oscilloscope music turns audio waveforms into geometric patterns that appear on oscilloscope screens when audio signals are fed into an oscilloscope, where they bloom into moving geometric shapes and patterns. Above my pay grade but mind blowing to watch.

https://www.youtube.com/playlist?list=PLFgoUhNvMLrr8izq38HX6rjFR-nkfklxw
https://www.youtube.com/playlist?list=PLFgoUhNvMLroNTmoFRwvH0g403b8hS_Ot
https://www.youtube.com/watch?v=jQjJZbgMw7E

In this short, Ibrahim Karim discusses how plants themselves are organs that are external to humans but part of the human system. Placed into the context of the BioGeometry phrase, the environment is your second skin, it makes more "sense". In the anthroposophical sense, humans have the ability to develop many new organs of perception. Plants currently absorb the light in a way we cannot, but there is also the new found practice of refined or etheric breathing which is how to entertain a subtle breathing alongside the physical breath to stream the formative forces through light and warmth into the sense organs. That's a long long story that I am diving into through a essay on substack soon. Stay tuned.

https://www.youtube.com/shorts/hYXUDACcRrc

History and Theory of Electricity | Eric Dollard
https://www.youtube.com/watch?v=TttHkDRuyZw

From time to time I return to Eric Dollard’s work. Despite his cognitive decline and the challenging circumstances around him, handled by you know who, his work remains one of the clearest and most genuine approaches to understanding electricity that I have come across.

In this video, Dollard lays the foundation for electrical engineering history. He looks at Maxwell’s equations as a field diffusion theory rather than a pure wave propagation theory as his displacement current model leads to what he calls a diffusion type equation, which lacks resonance or wave velocity. Dollard makes it clear that the real physics of electrical transmission lines is described by the telegraph equation, which predicts wave propagation at a finite velocity with resonance effects.

He then discusses Thomas Edison’s work on the incandescent lamp, which Dollard calls “Edison Tubes.” These lamps created the first direct current electrical distribution system. Dollard differentiates between Edison’s direct current approach and its inherent limitations with Tesla’s alternating current system. Tesla’s impulse current concept was based on the law of hysteresis, the magnetic lag in ferromagnetic materials caused by the energy needed to align magnetic domains. This concept was central to Tesla’s induction motors and polyphase AC machinery designs, which brought improved efficiency and stability to power generation and distribution. Tesla’s work on “displacement currents” and the generation of electromagnetic waves in alternating currents is highlighted as the foundation for the modern polyphase power systems. Dollard emphasizes the important but often overlooked roles of the telegraph equation and hysteresis law in explaining real-world electrical phenomena.

Origins of Energy Synthesis | Eric Dollard
https://www.youtube.com/watch?v=pNstg-HHneY

Dollard begins this lecture by relating modern electrical science to its natural philosophical roots of Platonic schemata and Aristotelian empiricism/He insists a tangible ether is non-negotiable; once you confront actual transmission line behavior, post Maxwell abstractions created by relativity and quantum mysticism simply unravel.

Returning to Faraday and Maxwell, Dollard claims that electricity emerges from the interplay of orthogonal dielectric lines of force and magnetic induction loops. He critiques the electron flow paradigm credited to J.J. Thompson for replacing the richer etheric field dynamics with a reductive charge carrier narrative that obscures real power flow processes.

Dollard then discusses Oliver Heaviside’s operational calculus and Charles Proteus Steinmetz’s complex phasor algebra. By applying Steinmetz’s j operator, voltage and current rotate into orthogonal components, collapsing Maxwell’s partial differential math into straightforward algebra that brings resonance, surge impedance, and telegrapher equation wave behavior in actual power systems. He defines energy synthesis as time varying inductance and capacitance within a confined etheric volume whether between conductors or across transformer leakage flux can create or annihilate measurable joules. This field operator framework predicts the cumulative oscillations, excessive voltages, and explosive arcing seen during high voltage switching, phenomena that classical transverse wave theory cannot explain.

Tesla’s work adds an empirical backing with longitudinal “displacement” waves, radiant effects in vacuum tubes, and cosmic ray pressures around fifty times superluminal. Dollard even reproduces Tesla style bulbs in which rising etheric density distends the glass until it balloons outward, his direct proof of the ether functioning as a mechanical continuum.

Dollard also notes that the ether-based concepts developed by Steiner were largely disregarded by British Newtonian orthodoxy, despite their value in explaining certain electrical phenomena. And lastly he addresses the practical challenge of long distance power transmission. Because 60 Hz phase advances slip by one degree every 46 km, coast to coast lines would fall out of sync unless wave velocity is made effectively infinite. Utilities achieve this by inserting series capacitors roughly every 160 km, neutralizing line inductance, a textbook implementation of Tesla’s longitudinal wave principles as quantified by Heaviside and Steinmetz.

Programmable Matter and 4D Printing
https://www.youtube.com/watch?v=ivCag1hs1EI

Programmable matter, also known as 4D printing is advances traditional 3D printing by adding time as the fourth dimension creating materials that can transform themselves after being printed. This technology designs materials to dynamically change their shape, color, or other properties when triggered by environmental stimuli like heat, light, or moisture.

DARPA pioneered programmable camouflage materials through their "shape-shifting stick", a slender rod that can intelligently morph into various curved or zigzag configurations for adaptive camouflage systems. This could enable military suits that dynamically change color and texture based on their surroundings, making soldiers and hunters incredibly difficult to detect. Researchers at the University of California San Diego have made 3D printable plastics that can alter their refractive index when exposed to electrical signals, creating adaptive lenses capable of rapidly changing focal length for advanced missile guidance systems and sophisticated periscopes.

The medical applications include a Japanese research team creating self-adjusting stents that intelligently expand to block arteries in direct response to blood pressure changes, while scientists at the University of Michigan have developed programmable implants that can release medications triggered by specific changes within the body, potentially helping patients avoid the harsh side effects often associated with chemotherapy.

In construction, researchers at the Swiss Federal Institute of Technology are developing systems for 3D printing walls that can actually self-repair when damaged, which could eliminate costly maintenance while significantly reducing the environmental impact of construction projects, while engineers are creating smart pipes that can reconfigure themselves to automatically prevent leaks or clear blockages.

Active origami is one of the most exciting research areas, where MIT researchers developed systems that 3D print flat sheets capable of folding into predetermined shapes when heated, creating everything from compact solar panels that unfold into expansive canopies to small robots that can unfurl themselves to explore dangerous environments.

Harvard's prestigious Wyss Institute has created liquid metal robots using mixtures of gallium and indium that can flow through tight spaces for critical search and rescue missions.

Looking toward climate adaptation, University of Leeds researchers have developed ingenious fabrics containing tiny capsules filled with liquid that evaporates as temperatures rise, creating porous structures that allow better air circulation. University of Stuttgart engineers are creating 3D printed solar panels that can change shape throughout the day to track the sun's movement across the sky for maximum electricity generation.

Understanding Plasma Filaments, Pinch, Alfvén Waves & Magnetic Reconnection in Birkeland Currents | Biolumination
https://www.youtube.com/watch?v=FujvugCVGOY

"In this video, we dive deep into the fascinating world of plasma physics and explore how plasma structures itself and the forces that shape these dynamic phenomena. Plasma filaments, pinch effects, Alfvén waves, and magnetic reconnection are all crucial processes in understanding how energy moves through plasma and how cosmic structures like Birkeland currents are formed.

We begin by examining plasma filaments, long thread-like structures formed due to electromagnetic forces, and how they play a role in everything from star formation to lightning.

We then explore the pinch effect, where electric currents cause plasma to tighten into dense, high-energy structures, similar to processes seen in fusion reactors.

Next, we look at how energy moves through plasma, focusing on Alfvén waves and their role in transferring energy along magnetic fields. We also dive into magnetic reconnection, a phenomenon that reshapes plasma currents by reconnecting magnetic field lines, releasing immense energy in the process.

We put all these concepts together and see how they directly relate to Birkeland currents. Understanding these processes not only sheds light on the hidden forces that shape space weather but also helps us grasp the cosmic scale of energy transfer."

0:00 - Introduction
1:23 - Plasma Filaments
4:35 - The Pinch Effect
8:03 - Alfvén Waves
10:15 - Magnetic Reconnection
12:25 - Conclusion