Gerbert Grohmann and the Plant Kingdom
Plant forms express relationships between cosmic light forces and earthly material forces with each species revealing universal principles through their individual expressions. In "Living World of Plants" Gerbert Grohmann presents the plant kingdom as the interplay of sun and earth dynamics. Sun warmth activates elements and generates vegetation. Roots connect to earth's darkness. Flowers and insects show relationships where butterflies function as liberated blossoms carrying pollen. Their caterpillar stage mirrors plant sprouting. The chrysalis stage echoes buds. Trees develop when earth forces create trunks functioning as elevated soil that allow branches to grow like individual plants gathered overhead in crowns. He ranks the plant kingdom from lower forms like fungi and mosses inhabiting shadow spaces through flowering plants with roots, stems, leaves, and flowers completing full development cycles.
In The Plant Volume 1 he covers flowering plant structure, germination mechanisms, and leaf metamorphosis patterns. Leaf nodes and buds form the foundational plant unit with stems rising toward sun and roots descending into soil showing opposite directional tendencies. Leaf arrangement follows laws governing planetary movements rather than forces within the plant itself. Flowers emerge when formative forces concentrate leaf organs into unified plants with parts arranged in whorls, losing green coloration and developing color and scent while registering dimensions absent from vegetative life. Trees represent soil protuberances where earth forces consolidate into trunks allowing vegetation above to skip seedling stages and develop mature foliage immediately. Lower plant members including conifers, ferns, horsetails, algae, fungi, mosses, and lichens occupy lower positions reflecting levels of light dependency and upright capacity.
The Plant Volume 2 explores plant families and cosmological connections, showing how species embody formative principles through variations in leaf metamorphosis and flower transformation. Buttercup family members demonstrate consummate metamorphosis expressing water element affinity and amphibious character. Rose family shows different relationships with mineral earth and light. Dandelion remains in leafy state with flowers floating on hollow stalks representing leaf tendency through the blossom. Mistletoe exists as parasite showing alternative development pathways.
Resources (All texts available in the Private Telegram Chat)
- Living World of Plants by Gerbert Grohmann
- The Plant-Volume 1 by Gerbert Grohmann
- The Plant Volume 2 by Gerbert Grohmann
Plant forms express relationships between cosmic light forces and earthly material forces with each species revealing universal principles through their individual expressions. In "Living World of Plants" Gerbert Grohmann presents the plant kingdom as the interplay of sun and earth dynamics. Sun warmth activates elements and generates vegetation. Roots connect to earth's darkness. Flowers and insects show relationships where butterflies function as liberated blossoms carrying pollen. Their caterpillar stage mirrors plant sprouting. The chrysalis stage echoes buds. Trees develop when earth forces create trunks functioning as elevated soil that allow branches to grow like individual plants gathered overhead in crowns. He ranks the plant kingdom from lower forms like fungi and mosses inhabiting shadow spaces through flowering plants with roots, stems, leaves, and flowers completing full development cycles.
In The Plant Volume 1 he covers flowering plant structure, germination mechanisms, and leaf metamorphosis patterns. Leaf nodes and buds form the foundational plant unit with stems rising toward sun and roots descending into soil showing opposite directional tendencies. Leaf arrangement follows laws governing planetary movements rather than forces within the plant itself. Flowers emerge when formative forces concentrate leaf organs into unified plants with parts arranged in whorls, losing green coloration and developing color and scent while registering dimensions absent from vegetative life. Trees represent soil protuberances where earth forces consolidate into trunks allowing vegetation above to skip seedling stages and develop mature foliage immediately. Lower plant members including conifers, ferns, horsetails, algae, fungi, mosses, and lichens occupy lower positions reflecting levels of light dependency and upright capacity.
The Plant Volume 2 explores plant families and cosmological connections, showing how species embody formative principles through variations in leaf metamorphosis and flower transformation. Buttercup family members demonstrate consummate metamorphosis expressing water element affinity and amphibious character. Rose family shows different relationships with mineral earth and light. Dandelion remains in leafy state with flowers floating on hollow stalks representing leaf tendency through the blossom. Mistletoe exists as parasite showing alternative development pathways.
Resources (All texts available in the Private Telegram Chat)
- Living World of Plants by Gerbert Grohmann
- The Plant-Volume 1 by Gerbert Grohmann
- The Plant Volume 2 by Gerbert Grohmann
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Wolfgang Schad | Morphology, Heterochrony and Evolution
Wolfgang Schad's research ties together evolutionary adaptations, lunar periodicity in organisms, and mammalian morphology. Heterochronical patterns uncover transitional vertebrate forms that carry mosaic characteristics. In these forms, locomotor adaptations came first, before changes to the central nervous system. Those early shifts in behavior and movement set up selective pressures that drove later morphological adaptations.
Lunar influence on plants sets up endogenous periodicities in eukaryotic organisms. Prokaryotes miss out on such rhythms, since their life cycles run too short. Algae like dinoflagellates, diatoms, and green algae follow lunar and semilunar migration patterns to mud flats. The timing lines up with tidal cycles. Flowering plants respond in varied ways. Dicots handle full moon phases without temperature getting in the way. Monocots show looser links overall. Species such as grape vines, carrots, potatoes, broad beans, tomatoes, and sunflowers ramp up germination and metabolic activity. It hits a peak two days before the new moon. Semilunar periods turn up in seed water absorption and gas metabolism too. For medicinal herbs, harvest timing ties directly to lunar phases. Those phases influence concentrations of neurotransmitter-like substances. Chronobiology draws a line between exogenous rhythms driven by the external environment and endogenous ones from internal genetic clocks. Still, evidence points to all systems relying on some exoendogenous cooperation.
Moon rhythms in nature reveal widespread synchronization across the biosphere. Aristotle noted Mediterranean sea urchin ovaries swelling at full moon. That got confirmed with Red Sea diadem sea urchins back in 1921. Oysters boost reproductive activity during full and new moon phases along Dutch and English coasts. Luminescent worms time their mating to the lunar quarter. Palolo worms in Samoan coral reefs swarm right at the third lunar quarter in early summer. Local islanders gather them for food. On land, organisms like flatworms, earthworms, and humans pick up lunar rhythms in complex ways. Earthworms track solar day, lunar day, semilunar periods, and full lunar month cycles. Their biggest bursts of evening and nighttime movement happen as the moon drops to its lowest point during full and new phases. Honey bees hit monthly activity peaks at full moon or new moon. It depends on how the hive sits. Come summer, they switch to semilunar rhythms until winter rest sets in. Eels head downstream guided by water level, temperature, season, and lunar phases. Autumn catches peak highest with rising or high water.
Man and mammals build our understanding of animals around the threefold human organization. It acts as a reference point for the whole mammalian kingdom. Every species embodies a one-sided development. The nerve-sense system, rooted in the head, handles consciousness and thinking. The respiratory-circulatory system bridges the poles. Down in the lower pole, the metabolic-limb system drives will and movement. Rodents connect to the upper nerve-sense pole via their nervous quality, tiny beady-eyed look, and shaky grip on life. Ungulates link to the lower metabolic-limb pole with their large builds and firm hold on existence. They thrive on sparse grass through better digestion. Carnivores fill the middle respiratory-circulatory space as mid-sized forms. They balance the extremes. Cattle grow horns. Deer sprout antlers. Both reflect distinct ties to mineral earth and light. Horses, donkeys, and tapirs go without such features. Whales adapt fully to water but hold onto core mammalian structure. The threefold approach identifies polarities in organisms, where antagonistic opposites demand active mediation and balance that constitute the life processes inherent in every living thing.
Wolfgang Schad's research ties together evolutionary adaptations, lunar periodicity in organisms, and mammalian morphology. Heterochronical patterns uncover transitional vertebrate forms that carry mosaic characteristics. In these forms, locomotor adaptations came first, before changes to the central nervous system. Those early shifts in behavior and movement set up selective pressures that drove later morphological adaptations.
Lunar influence on plants sets up endogenous periodicities in eukaryotic organisms. Prokaryotes miss out on such rhythms, since their life cycles run too short. Algae like dinoflagellates, diatoms, and green algae follow lunar and semilunar migration patterns to mud flats. The timing lines up with tidal cycles. Flowering plants respond in varied ways. Dicots handle full moon phases without temperature getting in the way. Monocots show looser links overall. Species such as grape vines, carrots, potatoes, broad beans, tomatoes, and sunflowers ramp up germination and metabolic activity. It hits a peak two days before the new moon. Semilunar periods turn up in seed water absorption and gas metabolism too. For medicinal herbs, harvest timing ties directly to lunar phases. Those phases influence concentrations of neurotransmitter-like substances. Chronobiology draws a line between exogenous rhythms driven by the external environment and endogenous ones from internal genetic clocks. Still, evidence points to all systems relying on some exoendogenous cooperation.
Moon rhythms in nature reveal widespread synchronization across the biosphere. Aristotle noted Mediterranean sea urchin ovaries swelling at full moon. That got confirmed with Red Sea diadem sea urchins back in 1921. Oysters boost reproductive activity during full and new moon phases along Dutch and English coasts. Luminescent worms time their mating to the lunar quarter. Palolo worms in Samoan coral reefs swarm right at the third lunar quarter in early summer. Local islanders gather them for food. On land, organisms like flatworms, earthworms, and humans pick up lunar rhythms in complex ways. Earthworms track solar day, lunar day, semilunar periods, and full lunar month cycles. Their biggest bursts of evening and nighttime movement happen as the moon drops to its lowest point during full and new phases. Honey bees hit monthly activity peaks at full moon or new moon. It depends on how the hive sits. Come summer, they switch to semilunar rhythms until winter rest sets in. Eels head downstream guided by water level, temperature, season, and lunar phases. Autumn catches peak highest with rising or high water.
Man and mammals build our understanding of animals around the threefold human organization. It acts as a reference point for the whole mammalian kingdom. Every species embodies a one-sided development. The nerve-sense system, rooted in the head, handles consciousness and thinking. The respiratory-circulatory system bridges the poles. Down in the lower pole, the metabolic-limb system drives will and movement. Rodents connect to the upper nerve-sense pole via their nervous quality, tiny beady-eyed look, and shaky grip on life. Ungulates link to the lower metabolic-limb pole with their large builds and firm hold on existence. They thrive on sparse grass through better digestion. Carnivores fill the middle respiratory-circulatory space as mid-sized forms. They balance the extremes. Cattle grow horns. Deer sprout antlers. Both reflect distinct ties to mineral earth and light. Horses, donkeys, and tapirs go without such features. Whales adapt fully to water but hold onto core mammalian structure. The threefold approach identifies polarities in organisms, where antagonistic opposites demand active mediation and balance that constitute the life processes inherent in every living thing.
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Bibliography
- Schad, Wolfgang. "Heterochronical Patterns of Evolution in the Transitional Stages of Vertebrate Classes." Acta Biotheoretica, vol. 41, 1993, pp. 383-389.
- Schad, Wolfgang. "Lunar Influence on Plants." Earth, Moon, and Planets. University Witten/Herdecke, Germany.
- Schad, Wolfgang. Man and Mammals: Toward a Biology of Form. Translated by Carroll Scherer, Waldorf Press, 1977.
- Endres, Klaus Peter, and Wolfgang Schad. Moon Rhythms in Nature: How Lunar Cycles Affect Living Organisms. Translated by Christian von Arnim, Floris Books, 2002.
- Schad, Wolfgang. "Heterochronical Patterns of Evolution in the Transitional Stages of Vertebrate Classes." Acta Biotheoretica, vol. 41, 1993, pp. 383-389.
- Schad, Wolfgang. "Lunar Influence on Plants." Earth, Moon, and Planets. University Witten/Herdecke, Germany.
- Schad, Wolfgang. Man and Mammals: Toward a Biology of Form. Translated by Carroll Scherer, Waldorf Press, 1977.
- Endres, Klaus Peter, and Wolfgang Schad. Moon Rhythms in Nature: How Lunar Cycles Affect Living Organisms. Translated by Christian von Arnim, Floris Books, 2002.
Tom van Gelder | Spiritual Science and Phenomenology
Phenomenology offers a method to study nature through participatory observation, complementing conventional science by examining the spiritual processes behind what we see. Physical and spiritual worlds interact constantly, as spiritual phenomena seep into the physical realm and steer it along.
Goethean phenomenology emerged from philosophical phenomenology in the eighteenth century, and Rudolf Steiner developed phenomenological methods based on Goethe's way of examining phenomena. At its core, the method draws on four observational elements, each linked to earth, water, air, and warmth. Earth observations yield precise measurements and clear boundary descriptions of objects, while water observations immerse you in movement and flow, allowing empathic connection with the object so that shaping forces become tangible through direct experience.
Air observations take it further by letting objects manifest internally, where connections deepen and core images start to surface. Warmth observations, in turn, pick up on the impulses and feelings that objects stir within. To extend observation outward toward the environment, four ethers come into play: warmth ether highlights impulse and activity right away, light ether lays bare relationships in spatial appearance, what we call the context of phenomena, while tone ether exposes transformations unfolding over time, such as scars, aging, or key events, and life ether uncovers the deeper significance in an object's biography through the cohesion threading its entire life course.
Observing with twelve senses roots its methods in sensory perception theory, which sets apart twelve senses neatly grouped into three categories. The physical ones, touch, life, movement, and balance, let you sense your own body, whereas feeling senses like smell, taste, sight, and temperature pull in the external world, sparking observations that stir emotions which echo in our language through metaphors such as hard to swallow or heart warming.
Spiritual senses, hearing, speech, thought, and ego, turn toward the immaterial and spiritual realms, zeroing in on the exchanges between people. For any solid observation, two conditions must hold: personal interest and ready concepts, with interest sparking consciousness to life and concepts framing what you take in. Once you grasp species characteristics and their variations, observations gain real depth, and from there mental images arise naturally as observations blend sets of information with impressions and feelings, capturing the essence of expressions.
Gesture, in this view, embodies the quality flowing through every part of an organism, and first impressions carry a spark of fascination where you sense the whole before details pull it into fragments. Even observers sharing the same spot will see phenomena differently, shaped by their unique interests and concepts, so to truly grasp objects, multiple perspectives prove essential. Models help organize those observations, while image based concepts weave experience and impression into a closer tie with the reality at hand. This is about experience the thing in of itself and the story it has to tell you.
Bibliography (These texts are available in the archives section of the Private Telegram Chat)
- van Gelder, Tom. Phenomenology. Louis Bolk Instituut Driebergen, 2004.
- van Gelder, Tom. Observing with Twelve Senses. Louis Bolk Instituut Driebergen, 2004.
- https://tomvangelder.antrovista.com/welcome-to-my-phenomenology-site-99m10.html
Phenomenology offers a method to study nature through participatory observation, complementing conventional science by examining the spiritual processes behind what we see. Physical and spiritual worlds interact constantly, as spiritual phenomena seep into the physical realm and steer it along.
Goethean phenomenology emerged from philosophical phenomenology in the eighteenth century, and Rudolf Steiner developed phenomenological methods based on Goethe's way of examining phenomena. At its core, the method draws on four observational elements, each linked to earth, water, air, and warmth. Earth observations yield precise measurements and clear boundary descriptions of objects, while water observations immerse you in movement and flow, allowing empathic connection with the object so that shaping forces become tangible through direct experience.
Air observations take it further by letting objects manifest internally, where connections deepen and core images start to surface. Warmth observations, in turn, pick up on the impulses and feelings that objects stir within. To extend observation outward toward the environment, four ethers come into play: warmth ether highlights impulse and activity right away, light ether lays bare relationships in spatial appearance, what we call the context of phenomena, while tone ether exposes transformations unfolding over time, such as scars, aging, or key events, and life ether uncovers the deeper significance in an object's biography through the cohesion threading its entire life course.
Observing with twelve senses roots its methods in sensory perception theory, which sets apart twelve senses neatly grouped into three categories. The physical ones, touch, life, movement, and balance, let you sense your own body, whereas feeling senses like smell, taste, sight, and temperature pull in the external world, sparking observations that stir emotions which echo in our language through metaphors such as hard to swallow or heart warming.
Spiritual senses, hearing, speech, thought, and ego, turn toward the immaterial and spiritual realms, zeroing in on the exchanges between people. For any solid observation, two conditions must hold: personal interest and ready concepts, with interest sparking consciousness to life and concepts framing what you take in. Once you grasp species characteristics and their variations, observations gain real depth, and from there mental images arise naturally as observations blend sets of information with impressions and feelings, capturing the essence of expressions.
Gesture, in this view, embodies the quality flowing through every part of an organism, and first impressions carry a spark of fascination where you sense the whole before details pull it into fragments. Even observers sharing the same spot will see phenomena differently, shaped by their unique interests and concepts, so to truly grasp objects, multiple perspectives prove essential. Models help organize those observations, while image based concepts weave experience and impression into a closer tie with the reality at hand. This is about experience the thing in of itself and the story it has to tell you.
Bibliography (These texts are available in the archives section of the Private Telegram Chat)
- van Gelder, Tom. Phenomenology. Louis Bolk Instituut Driebergen, 2004.
- van Gelder, Tom. Observing with Twelve Senses. Louis Bolk Instituut Driebergen, 2004.
- https://tomvangelder.antrovista.com/welcome-to-my-phenomenology-site-99m10.html
Antrovista
Introduction - Welcome to my Phenomenology site
Tom van Gelder (1953-2011) over waarnemen, fenomenologie en mens en dier vanuit een antroposofisch gezichtpunt.
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Embryology Through the Goethean & Spiritual Science Framework
Tom van Gelder's Human Embryology outlines principles of embryonic development in plants and animals through Goethean observation. Plant embryos grow and differentiate cells from the first division, as the apical and basal cells form in a solid tissue and lead to the suspensor and cotyledons. Animal embryos, such as sea urchins, show no growth during the initial cell divisions until the morula stage, when migrating internal cells create a blastula cavity; subsequent gastrulation involves cell invagination at the blastopore, which then opens to form both the anus and mouth with the digestive tract connecting them. The three germ layers of ectoderm, entoderm and mesoderm emerge as plants grow outward toward the periphery while animals develop inward toward the center, and plants lack both body cavities and soul, whereas animals possess both internal cavities and the soul.
Human egg cells measure one hundred fifty to two hundred microns and appear nearly spherical, while sperm cells measure about four microns in head diameter with sixty micron tails, expressing a tension between expansion and contraction. Fertilization produces a zygote that advances through the blastula, gastrula, and embryonic disc stages as three germ layers organize into the body systems, and fetal membranes including amnion, chorion, and placenta form while the embryo expands to fill the uterine cavity.
Stephen Talbott's The Embryo's Eloquent Form explores embryonic development through growth gestures that reveal polarities between male and female, center and periphery, and self and other. Gestures foreshadow coming capacities: arms grow in grasping and embracing movements, legs extend through standing and stretching actions, and the mouth forms through sucking and biting. Movement leads the way as it shapes anatomical form; blood begins circulating through tissue gaps even before vessels form, and the heart itself arises only after circulation has begun, while joints develop from rhythmic flexing rather than from preexisting structures.
Sperm's minimal cytoplasm and concentrated structure approach the egg cell's massive passive sphere, building tension between two opposing forms: the ovum moves toward expansion, the sperm contracts into a streamlined gesture, and their union at conception initiates embryonic development as growth structures direct peripheral impulses inward, with the heart impulse advancing first and organs developing from outside to inside.
Karl König's Embryology and World Evolution integrates embryology with astronomical, psychological, and physiological perspectives through Goethean and spiritual science. Embryonic processes recapitulate cosmic stages such as Saturn's warmth, the Sun's light and air, and the Moon's fluid separation, which is mirrored in ovarian maturation as primordial follicles evolve into Graafian structures. The four ethers each play a vital role in organization: warmth ether drives impulses in early heat formation; light ether shapes spatial relations as organs bud; tone ether manages rhythm and transformation through pulsing vessels; life ether binds the developmental biography via cohesive growth forces. Fertilization marks chaos turning into cosmos, in which the ego weaves the etheric, astral, and physical bodies and prepares the human being for uprightness, speech, and thought in a process echoing Earth's transformation from Lemuria to Atlantis.
Tom van Gelder's Human Embryology outlines principles of embryonic development in plants and animals through Goethean observation. Plant embryos grow and differentiate cells from the first division, as the apical and basal cells form in a solid tissue and lead to the suspensor and cotyledons. Animal embryos, such as sea urchins, show no growth during the initial cell divisions until the morula stage, when migrating internal cells create a blastula cavity; subsequent gastrulation involves cell invagination at the blastopore, which then opens to form both the anus and mouth with the digestive tract connecting them. The three germ layers of ectoderm, entoderm and mesoderm emerge as plants grow outward toward the periphery while animals develop inward toward the center, and plants lack both body cavities and soul, whereas animals possess both internal cavities and the soul.
Human egg cells measure one hundred fifty to two hundred microns and appear nearly spherical, while sperm cells measure about four microns in head diameter with sixty micron tails, expressing a tension between expansion and contraction. Fertilization produces a zygote that advances through the blastula, gastrula, and embryonic disc stages as three germ layers organize into the body systems, and fetal membranes including amnion, chorion, and placenta form while the embryo expands to fill the uterine cavity.
Stephen Talbott's The Embryo's Eloquent Form explores embryonic development through growth gestures that reveal polarities between male and female, center and periphery, and self and other. Gestures foreshadow coming capacities: arms grow in grasping and embracing movements, legs extend through standing and stretching actions, and the mouth forms through sucking and biting. Movement leads the way as it shapes anatomical form; blood begins circulating through tissue gaps even before vessels form, and the heart itself arises only after circulation has begun, while joints develop from rhythmic flexing rather than from preexisting structures.
Sperm's minimal cytoplasm and concentrated structure approach the egg cell's massive passive sphere, building tension between two opposing forms: the ovum moves toward expansion, the sperm contracts into a streamlined gesture, and their union at conception initiates embryonic development as growth structures direct peripheral impulses inward, with the heart impulse advancing first and organs developing from outside to inside.
Karl König's Embryology and World Evolution integrates embryology with astronomical, psychological, and physiological perspectives through Goethean and spiritual science. Embryonic processes recapitulate cosmic stages such as Saturn's warmth, the Sun's light and air, and the Moon's fluid separation, which is mirrored in ovarian maturation as primordial follicles evolve into Graafian structures. The four ethers each play a vital role in organization: warmth ether drives impulses in early heat formation; light ether shapes spatial relations as organs bud; tone ether manages rhythm and transformation through pulsing vessels; life ether binds the developmental biography via cohesive growth forces. Fertilization marks chaos turning into cosmos, in which the ego weaves the etheric, astral, and physical bodies and prepares the human being for uprightness, speech, and thought in a process echoing Earth's transformation from Lemuria to Atlantis.
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Jaap van der Wal's The Embryo In Us challenges materialism, establishing that soul and consciousness emerge when embryonic form is understood as behavior instead of anatomical substrate, and further showing that while brain activity creates the conditions for consciousness and genes serve as principles rather than direct causes, it is the organism itself that performs the formative actions. Embryonic existence orients from the outside inward, with adult aims reversing this relationship to orient toward the external world, and this unfolding first expresses soul in growth gestures and form movements that later continue as physiological processes and behavior. The head matures while viscera retain the embryonic way of life, meaning regions of the adult body preserve morphological behaviors from earlier development. Will sleeps in the caudal pole, soul awakens in the head and sense organs, and consciousness reflects how embryonic processes are subdued to structural tendencies. The body functions as an instrument of the soul from the first day of life, as the soul exists everywhere and is not limited to organs, with mind manifesting through all bodily activity.
Bibliography (These texts are available in the archives section of the Private Telegram Chat)
- van Gelder, Tom. Human Embryology. Louis Bolk Instituut Driebergen, 2011.
- Talbott, Stephen L. The Embryo's Eloquent Form: About the Embryology of Jaap van der Wal. The Nature Institute, 2013.
- König, Karl. Embryology and World Evolution. Research Institute for Waldorf Education, 2009.
- van der Wal, Jaap. The Embryo In Us: A Phenomenological Search for Soul and Consciousness in the Prenatal Body. Journal of Prenatal and Perinatal Psychology and Health, 2012.
Bibliography (These texts are available in the archives section of the Private Telegram Chat)
- van Gelder, Tom. Human Embryology. Louis Bolk Instituut Driebergen, 2011.
- Talbott, Stephen L. The Embryo's Eloquent Form: About the Embryology of Jaap van der Wal. The Nature Institute, 2013.
- König, Karl. Embryology and World Evolution. Research Institute for Waldorf Education, 2009.
- van der Wal, Jaap. The Embryo In Us: A Phenomenological Search for Soul and Consciousness in the Prenatal Body. Journal of Prenatal and Perinatal Psychology and Health, 2012.
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Technology and the Human Future | Jeremy Naydler, Nicanor Perlas & Stephen Talbott
Jeremy Naydler's "Robots, Bees, and 5G" and "The Struggle for a Human Future" examine how fifth generation wireless infrastructure creates a planetary electronic ecosystem encompassing all organisms and natural processes through hundreds of thousands of small cell transmitters, with seamless connectivity allowing users to inhabit physical and virtual worlds simultaneously. Smart farming already deploys drones, robots, and sensors that will progressively replace human labor over coming decades. Bees have declined due to electromagnetic sensitivity, a trend spanning more than forty years of research, yet the proposed solution introduces pollination robots called APIS to replace natural pollinators entirely. Rather than addressing root causes, the electronic ecosystem aims to replace nature with technology altogether. As the computer progressively adapts to human form becoming smaller and more powerful, humans simultaneously adjust their thinking to match computer compatibility, making biological integration the logical next step in this symbiotic evolution. What threatens humanity most in industrial ages is the inhuman itself, where machines supplant authentic nature and lived experience. Living humanly requires remembering the spiritual kernels within consciousness, grounding in sources that reach beyond mere material concerns, and engaging a quality of thinking that actively resists machine logic.
Nicanor Perlas's "Humanity's Last Stand" and "Shaping Globalization, and Overcoming Illusions About Biotechnology" address multiple technological and social threats from multiple angles. Narrow AI already exists while human level artificial intelligence and artificial super intelligence remain imminent, potentially arriving within twenty years. When artificial intelligence deploys at scale, wealth will concentrate on technology owners while generating massive job loss and economic disruption across entire sectors. Governmental chaos will follow technological crises attended by violence, criminality, terrorism, drug abuse, and suicides before artificial super intelligence emerges, leading potentially to extinction unless humanity realizes its true potential now. Addressing these challenges requires not technical solutions alone but spiritual response engaging movements including biodynamic agriculture and global civil society where collective intelligence and spiritual engagement represent the essential task. Threefolding emerges as language of the tri polar world where business, government, and civil society function as distinct forces determining how globalization unfolds. Civil society arose as a countervailing force reshaping the world from uni polar to tri polar arrangement.
Jeremy Naydler's "Robots, Bees, and 5G" and "The Struggle for a Human Future" examine how fifth generation wireless infrastructure creates a planetary electronic ecosystem encompassing all organisms and natural processes through hundreds of thousands of small cell transmitters, with seamless connectivity allowing users to inhabit physical and virtual worlds simultaneously. Smart farming already deploys drones, robots, and sensors that will progressively replace human labor over coming decades. Bees have declined due to electromagnetic sensitivity, a trend spanning more than forty years of research, yet the proposed solution introduces pollination robots called APIS to replace natural pollinators entirely. Rather than addressing root causes, the electronic ecosystem aims to replace nature with technology altogether. As the computer progressively adapts to human form becoming smaller and more powerful, humans simultaneously adjust their thinking to match computer compatibility, making biological integration the logical next step in this symbiotic evolution. What threatens humanity most in industrial ages is the inhuman itself, where machines supplant authentic nature and lived experience. Living humanly requires remembering the spiritual kernels within consciousness, grounding in sources that reach beyond mere material concerns, and engaging a quality of thinking that actively resists machine logic.
Nicanor Perlas's "Humanity's Last Stand" and "Shaping Globalization, and Overcoming Illusions About Biotechnology" address multiple technological and social threats from multiple angles. Narrow AI already exists while human level artificial intelligence and artificial super intelligence remain imminent, potentially arriving within twenty years. When artificial intelligence deploys at scale, wealth will concentrate on technology owners while generating massive job loss and economic disruption across entire sectors. Governmental chaos will follow technological crises attended by violence, criminality, terrorism, drug abuse, and suicides before artificial super intelligence emerges, leading potentially to extinction unless humanity realizes its true potential now. Addressing these challenges requires not technical solutions alone but spiritual response engaging movements including biodynamic agriculture and global civil society where collective intelligence and spiritual engagement represent the essential task. Threefolding emerges as language of the tri polar world where business, government, and civil society function as distinct forces determining how globalization unfolds. Civil society arose as a countervailing force reshaping the world from uni polar to tri polar arrangement.
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Cultural power manifests in three realms: culture through civil society, polity through government, and economy through business, where threefolding serves genuine development. Yet elites consistently employ globalization to incorporate developing nations into dependent relationships through mechanisms of transfer and control. The threefold approach recognizes these polarities as requiring mediating and balancing functions to work toward equity. Conscious threefolding initiatives at country and global levels alone advance beyond co-optation by elite powers seeking to distort what civil society can contribute. Biotechnology presents itself as sword promising benefits while simultaneously generating risks most people never anticipate. Genetic engineering that transplanted AIDS "virus" genome into laboratory mice created potential super "viruses" of unforeseeable consequence. L tryptophan produced through biotechnology processes caused deaths and illnesses in those who consumed it. Engineered human growth hormone has been linked with leukaemia yet continues in use. Biotechnology consistently worsens intensive animal production impacts with consequences demanding serious activism and organized opposition. Transforming science requires nothing less than revolution where physics increasingly affirms a different reality and agriculture provides genuine alternatives to the broken promises of industrial farming.
Stephen Talbott's "The Future Does Not Compute" argues that machines gather power from hidden places within consciousness while we gaze into screens largely unaware of the influences passing through interface. The internet disperses the self beyond recall, demanding recollection in presence of artifacts or humanity faces no viable future. The machine within humans finds external expression where computers embody limitations without awareness, becoming threats we barely recognize. Human ideals survive only through moral effort overcoming alienation through contemplation of nature and its forms. Technology scatters the self preventing community formation, making humans helpless before the problems they themselves have created. Computer organizations sustain themselves free from conscious control, maintaining logical coherence independent of human intention. Education based on programming prevents the fluid imaginative ability to reshape experience before extracting facts from it.
Bibliography (These texts are available in the archives section of the Private Telegram Chat)
- Naydler, Jeremy. Robots, Bees, and 5G: The Nightmare Unfolds. New View Magazine, 2017.
- Perlas, Nicanor. Humanity's Last Stand: The Challenge of Artificial Intelligence. Temple Lodge Publishing, 2018.
- Naydler, Jeremy. The Struggle for a Human Future: 5G, Augmented Reality and the Internet of Things. Temple Lodge Publishing, 2020.
- Talbott, Stephen L. The Future Does Not Compute: Transcending the Machines in Our Midst. O'Reilly & Associates, 1995.
- Perlas, Nicanor. Shaping Globalization: Civil Society, Cultural Power and Threefolding. Temple Lodge Publishing, 2019.
Stephen Talbott's "The Future Does Not Compute" argues that machines gather power from hidden places within consciousness while we gaze into screens largely unaware of the influences passing through interface. The internet disperses the self beyond recall, demanding recollection in presence of artifacts or humanity faces no viable future. The machine within humans finds external expression where computers embody limitations without awareness, becoming threats we barely recognize. Human ideals survive only through moral effort overcoming alienation through contemplation of nature and its forms. Technology scatters the self preventing community formation, making humans helpless before the problems they themselves have created. Computer organizations sustain themselves free from conscious control, maintaining logical coherence independent of human intention. Education based on programming prevents the fluid imaginative ability to reshape experience before extracting facts from it.
Bibliography (These texts are available in the archives section of the Private Telegram Chat)
- Naydler, Jeremy. Robots, Bees, and 5G: The Nightmare Unfolds. New View Magazine, 2017.
- Perlas, Nicanor. Humanity's Last Stand: The Challenge of Artificial Intelligence. Temple Lodge Publishing, 2018.
- Naydler, Jeremy. The Struggle for a Human Future: 5G, Augmented Reality and the Internet of Things. Temple Lodge Publishing, 2020.
- Talbott, Stephen L. The Future Does Not Compute: Transcending the Machines in Our Midst. O'Reilly & Associates, 1995.
- Perlas, Nicanor. Shaping Globalization: Civil Society, Cultural Power and Threefolding. Temple Lodge Publishing, 2019.
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For an intellectual break enjoy this 90s themed music played on a series of Tesla coils:
https://www.youtube.com/watch?v=lgJ27DkSr_s
https://www.youtube.com/watch?v=lgJ27DkSr_s
YouTube
Better Off Alone, but with TESLA COILS
Note: The main loud music really comes from the tesla coil sparks. It's literally playing the music. Tesla coil controls include ADSR envelopes, effects like flanger and delay are also available. In the video editing, a backing track with percussion and smooth…
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Bees and Spiritual Science
Rudolf Steiner's lecture series on Bees shows how they exist within a love atmosphere reflecting Venus influences, which sets them apart from ants and wasps. The queen concentrates sexual reproduction while other bees channel their sexual nature into collective hive activity, forming a community built on love. Workers produce poison that suppresses their vision, creating continuous twilight. A new queen changes everything by radiating sunlight and triggering sight that drives swarming. Honey originates from digested flower nectar, carrying plant life into the hive.
Modern queen breeding presents serious problems. When beekeepers use worker bee larvae, they undermine bee health. Steiner predicted that a century of this breeding practice would cause all bee colonies to collapse. Bees develop consciousness based on sun influences over a 21 day period. Workers remain within sun cycles while drones develop on a different timeline. The beehive functions as one unified organism, requiring understanding that goes beyond conventional approaches.
Iwer Thor Lorenzen's work on spiritual foundations of beekeeping approaches the subject from the bee's perspective. A colony functions as a superorganism held together by group soul, which suppresses worker instincts and creates warmth cluster. Bees possess systems requiring flower nectar and pollen. The fire process completes their metabolic organization, forming totality with plant flowers. Honeybee evolution descended from fig wasps rather than digger wasps, showing a deep connection between bee and fig plant. Common beekeeping procedures undermine bee health. Queen rearing through worker larvae produces queens lacking proper development. Colony warmth levels reflect forces indicating cycles where swarming represents renewal. Modern beekeeping fails to understand bee existence because it recognizes only fragments. Beekeepers require developing relationship through selflessness and attention, opening perception to aspects of bee life that remain hidden from practitioners.
Lorenzen's exploration of bee origins traces honeybees back to fig wasps through perspectives recognizing foundations of bee development. Fig wasps and fig trees form unity beyond symbiosis. Feminine and masculine principles manifest there, with wasp pollination functioning like pollen tube fertilization. Ancient cultures held bees as sacred, recognizing teachings of bee mysteries now lost. Modern approaches dissect nature without comprehending wholeness. The honeybee family demonstrates beauty of give and take. It represents an archetype of interdependence with flowers. Human separation from the living world appears in treating bees as honey making machines. This ignores the capacity for wonder preserved throughout antiquity. Bees possess wisdom filled soul inwardness, embodying a form of love that permeates hive existence. Modern beekeeping through artifice and hive intrusions contradicts bee nature. Bees avoid inbreeding while practices enforce genetic degradation. Meeting the bee world requires overcoming fear and established ideas through will and insight. Bees' collapse mirrors humanity's separation from existence wellsprings. Their restoration offers a vital and spiritual task for civilization.
Rudolf Steiner's lecture series on Bees shows how they exist within a love atmosphere reflecting Venus influences, which sets them apart from ants and wasps. The queen concentrates sexual reproduction while other bees channel their sexual nature into collective hive activity, forming a community built on love. Workers produce poison that suppresses their vision, creating continuous twilight. A new queen changes everything by radiating sunlight and triggering sight that drives swarming. Honey originates from digested flower nectar, carrying plant life into the hive.
Modern queen breeding presents serious problems. When beekeepers use worker bee larvae, they undermine bee health. Steiner predicted that a century of this breeding practice would cause all bee colonies to collapse. Bees develop consciousness based on sun influences over a 21 day period. Workers remain within sun cycles while drones develop on a different timeline. The beehive functions as one unified organism, requiring understanding that goes beyond conventional approaches.
Iwer Thor Lorenzen's work on spiritual foundations of beekeeping approaches the subject from the bee's perspective. A colony functions as a superorganism held together by group soul, which suppresses worker instincts and creates warmth cluster. Bees possess systems requiring flower nectar and pollen. The fire process completes their metabolic organization, forming totality with plant flowers. Honeybee evolution descended from fig wasps rather than digger wasps, showing a deep connection between bee and fig plant. Common beekeeping procedures undermine bee health. Queen rearing through worker larvae produces queens lacking proper development. Colony warmth levels reflect forces indicating cycles where swarming represents renewal. Modern beekeeping fails to understand bee existence because it recognizes only fragments. Beekeepers require developing relationship through selflessness and attention, opening perception to aspects of bee life that remain hidden from practitioners.
Lorenzen's exploration of bee origins traces honeybees back to fig wasps through perspectives recognizing foundations of bee development. Fig wasps and fig trees form unity beyond symbiosis. Feminine and masculine principles manifest there, with wasp pollination functioning like pollen tube fertilization. Ancient cultures held bees as sacred, recognizing teachings of bee mysteries now lost. Modern approaches dissect nature without comprehending wholeness. The honeybee family demonstrates beauty of give and take. It represents an archetype of interdependence with flowers. Human separation from the living world appears in treating bees as honey making machines. This ignores the capacity for wonder preserved throughout antiquity. Bees possess wisdom filled soul inwardness, embodying a form of love that permeates hive existence. Modern beekeeping through artifice and hive intrusions contradicts bee nature. Bees avoid inbreeding while practices enforce genetic degradation. Meeting the bee world requires overcoming fear and established ideas through will and insight. Bees' collapse mirrors humanity's separation from existence wellsprings. Their restoration offers a vital and spiritual task for civilization.
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Heidi Herrmann's work documents beekeeping practices that reject chemical treatments and stressful methods. Bees thrive when allowed to swarm with minimal intervention and when colonies establish without queen wing clipping or rearing. The use of pesticide strips for varroa mite treatment prompted a shift away from chemicals altogether. Beekeepers recognized that companies produce agents causing bee deaths. Natural beekeeping instead focuses on reducing hive stress through minimized roof removal and honey extraction. Bees possess reserves needed to resist varroa and other pressures when given this opportunity. When beekeepers approach bees without protective gear and develop connection, they build trust. The Natural Beekeeping Trust operates internationally, promoting practices that allow selection to function freely. Steiner's insight that fear in the beekeeper transmits to bees influenced this approach's development.
Bibliography (These texts are available in the Private Chat)
- Steiner, Rudolf. Bees. Translated by Thomas Braatz, Anthroposophic Press, 1998.
- Herrmann, Heidi. The Unity of Bee-ing. Interview with Jane Clark and David Hornsby, Natural Beekeeping Trust, 2009.
- Lorenzen, Iwer Thor. The Spiritual Foundations of Bee Keeping. Translated by Paul King, Temple Lodge Publishing, 2017.
- Lorenzen, Iwer Thor. Bees and the Ancient Mysteries. Translated by Paul King, Temple Lodge Publishing, 2018.
Bibliography (These texts are available in the Private Chat)
- Steiner, Rudolf. Bees. Translated by Thomas Braatz, Anthroposophic Press, 1998.
- Herrmann, Heidi. The Unity of Bee-ing. Interview with Jane Clark and David Hornsby, Natural Beekeeping Trust, 2009.
- Lorenzen, Iwer Thor. The Spiritual Foundations of Bee Keeping. Translated by Paul King, Temple Lodge Publishing, 2017.
- Lorenzen, Iwer Thor. Bees and the Ancient Mysteries. Translated by Paul King, Temple Lodge Publishing, 2018.
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