Polycomputing and Process Philosophy | Footnotes2Plato dialogue with Tim Jackson
https://www.youtube.com/watch?v=gEELDKZ6DiI

Link to paper: https://arxiv.org/abs/2212.10675

The concept of polycomputing describes biological systems performing multiple functions simultaneously on the same physical substrate extending the traditional understanding of computation from engineered technological devices to living organisms. Living systems don’t simply carry out fixed or pre-determined functions but rather they continually generate entirely new and unforeseen functions that cannot be fully anticipated or computed in advance. This challenges conventional definitions of computation and information processing, emphasizing the organism’s capacity to create novelty through non-statistical judgment. This capacity for intelligent selection goes beyond the survival-centric views common in neo-Darwinian models, revealing the complexity behind biological agency and highlighting the limitations of frameworks like the free energy principle, which focus primarily on prediction and control.

Whitehead’s process philosophy utilizes the concept of Eternal Objects as tools for addressing the tension between individual forms and ongoing processes. Multiple agents or cells each hold distinct perspectives and coarse-grained realities, contributing to a shared relational network sustained by wide-ranging continua that maintain consistent order without contradiction. Classical computational metaphors assume fixed states or static patterns while living systems are characterized by continuous differentiation, emergent novelty, and relational constraints.

1:10 Polycomputing and Biological Complexity
15:05 Eternal Objects in Whitehead's Philosophy
27:59 Potentiality, Actualization, and Intentionality
38:52 Polycomuting, Adaptability, and Relational Entities
47:56 Realism, Purposes, and Holism in Science
1:01:51 The connection between Bayesian understandings of intelligence and Calvinist theology
1:09:23 Collective Intelligence in Cellular Communities
1:18:51 Relational Transcendence and Scale-Free Processes
1:32:40 Machine Learning, Evolution, and Constraint
1:41:12 Causality, Memory, and Relational Constraints
1:50:50 Abduction, Cognition, and Novelty
2:00:16 Relevant Novelty, Evolution, and Information
2:09:30 Next discussion: Exploring Carl Jung's Archetypes and Evolution

Good Day Aethernauts, what are you all reading this week? I am very intrigued to learn of what our community is soaking up into their mindspaces. Send me your reading suggestions or inquire how to join the telegram chat to share your list by emailing me at operator@aetherforce.energy

I am currently digesting these books concerning the development of sense free thinking.

- Cognitive Yoga by Yeshayahu Ben-Aharon

- Thinking Like a Plant by Craig Holdrege

- Life Forces - Formative Forces by Dorian Schmidt

- The Origins of Natural Science by Rudolf Steiner

Technoelementals | David Spangler

Spangler defines technoelementals as subtle beings that inhabit, align with, or are attracted to human technology and artifacts. All material things possess not only physical but subtle dimensions, which may house living, sentient energy fields shaped by both human intention and the materials’ inherent elemental spirits. Spangler conceptualizes the subtle world as an interconnected ecosystem (a “second ecology”) in which technoelementals, like elementals and nature spirits, possess autonomy, engage in energy exchange, and evolve.

Spangler classifies several types of beings that interact with objects and technology. Technoelementals are subtle beings associated with human-made objects, environments, and especially technology. Unlike traditional elementals found in nature (earth, water, fire, air), technoelementals arise out of or attach themselves to artifacts through the blending of natural elemental energy and human imaginative, intentional, and functional input. Artifactals represent the inherent subtle “life” or energy field of artifacts, created by the fusion of material substance and human thought or purpose. Riders are beings, sometimes not originally linked to the object, attracted by the artifact's energetic environment, curiosity, or the energetic nourishment available. Allies are subtle beings (angels, devas, nature spirits, or others) that choose to partner with or use an artifact as a channel to assist or bless humans. Sacramentals act as evolved spiritual beings (often invoked through deliberate ritual or talismanic intent) that bless or spiritualize an object for a higher purpose. Electro-Elementals dedicate their attention to subtle intelligences associated with electricity and electromagnetic fields, describing them as a distinct form of elemental being arising with the electrification and computerization of the human world.

Instead of rather dominance or avoidance, Spangler suggest engaging relationship and partnership as the healthy approach to working with technoelementals. His methodology focuses on conscious recognition, blessing, and ethical stewardship. Below are some bits of advice from his book on how to work with technoelementals.

- Recognize that all artifacts and technologies are alive in subtle ways, and that treating them with appreciation, respect, and love enhances their energy and beneficial influence. Simple acts of blessing, through intention, touch, or loving attention, strengthen and heal the energy fields of technoelementals, making environments more vibrant and supportive.

- Regular “energy hygiene”, consciously cleansing the energetic fields of spaces, homes, and objects to remove psychic “soot” or stagnant energies that gum up, dim, or disconnect technoelementals. This may be done through visualization, directed intention, use of incense, sound, or rituals of blessing and gratitude.

- Reconnecting to Nature Techniques include energetically linking or bridging the technoelemental field of artifacts or spaces to overlighting nature beings, inviting the blessing of local devas, the elements, or spiritual presences that overlight land, air, or water. Placing technology in a larger natural and spiritual ecology counters the isolation and energetic dimming found in much modern artifact creation.

- One of Spangler’s principal practices is forming "Grail Space": an energetic field of collaborative partnership, honor, and sacredness (modeled after the Grail legend) that invites both natural and technoelemental beings to join in blessing, wholeness, and mutual evolution. The "Touch of Love" exercise involves channeling felt love through the hands into an artifact or space, with the conscious intention of empowering, nourishing, and harmonizing its subtle life.

- Spangler encourages an ethos of custodianship by actively choosing to foster positive, evolutionary, and healing relationships with the technoelemental beings we have summoned into existence through our technologies. Acts of mindful use, appreciation, and spiritual partnership help transmute dormant, anxious, or unhelpful technoelemental patterns into vibrant, connected, and service-oriented subtle energies.

- Dimming and energetic stagnation occur when artifacts are created, used, or disposed of without respect, alignment, or connection to a wider spiritual ecology. Transmutation is fostered by restoring the energetic bridge to nature, holding the artifact in fields of loving intent, and maintaining clear, life-supporting environments.

Beyond Neurons. Nanobrain: the Future of AI | Anirban Bandyopadhyay
https://www.youtube.com/watch?v=eQrvUD7cskE

Bandyopadhyay introduces fractal architecture to replaces traditional linear processing with multidimensional geometric structures, forming the basis for the artificial "nanobrain." This nanobrain is constructed not from neurons, but from time crystals and programmable nanomaterials operating as a network of nested, self-similar fractal patterns and geometric “clocks” assembled in three dimensions. His Geometric Musical Language (GML) assigns fifteen prime numbers to create an alphabet-like system, transforming information into 3D geometric shapes akin to musical expressions, encoding data as distinct phase states rather than binary digits. This enables rapid, massively parallel computation and adaptive decision-making vastly exceeding conventional linear processing. The fractal neural architecture utilizes continued fraction mathematics to model the brain as nested spheres within spheres, with time crystals, systems exhibiting persistent periodic motion via broken continuous time-translation symmetry, functioning as dynamic vibrational structures that process and integrate information across multiple scales. The brain is modeled as twelve components each generating unique time crystal patterns, where consciousness emerges from sustaining multiple distinct time crystal architectures, quantitatively described by the Prime Phase Metric (PPM).

Practical development toward the nanobrain includes innovative hardware platforms such as molecular-scale computing systems using 17 duroquinone molecules with four independently rotatable side chains, enabling one-to-many parallel processing analogous to human brain function. Core to this is programmable organic “brain jelly” that forms artificial neurons, axons, and nuclei from tuneable matter, representing the physical substrate for fractal computing and enabling the creation of soft, autonomous robots capable of sophisticated perception, interaction, and a form of emergent consciousness arising from complex integration within the time crystal matrix. Nanoscale devices such as the world’s tiniest elevator and integrated nanobots add further precision and simultaneous responsiveness at the molecular level. The architecture harnesses prime number geometry and GML, supporting massively distributed computational processes that evolve internal structures, fostering self-learning and memory in a manner mirroring biological adaptation and rewiring. Planned advancements toward 3D molecular spheres comprising up to 1,024 molecules aim to exponentially increase processing capacity, marking a paradigm shift in brain-like computing technologies that function holistically, with units acting both autonomously and synchronously within dynamic fractal systems.

Published Work:
- Book: "Nanobrain: The Making of an Artificial Brain from a Time Crystal" - https://www.crcpress.com/Nanobrain-The-Making-of-an-Artificial-Brain-from-a-Time-Crystal/Bandyopadhyay/p/book/9781439875490

Supporting Lectures and Interviews:
- "The Making of an Artificial Brain from a Time Crystal" Episode 1: https://www.youtube.com/watch?v=wcClSogfppE
- "Artificial Brain with Dr. Anirban Bandyopadhyay - Dialogue 2": https://www.youtube.com/watch?v=2lkoQfZlDGI
- "The Making of an Artificial Brain from a Time Crystal" Chapter 2: https://www.youtube.com/watch?v=9Nz1VugDQdY
- "The Making of an Artificial Brain from a Time Crystal" Chapter 3: https://www.youtube.com/watch?v=SFxpzBJ5zJ8
- "How India Is Building a Quantum Computer": https://www.youtube.com/watch?v=SZnOnJR2pMo
- "Patterns: From Proteins to AI": https://www.youtube.com/watch?v=037OjJUct8w

Institutional Resources:
- NIMS Laboratory Page: https://www.nims.go.jp/nanophys6/Anirban%20Bandyopadhyay/site/QuantumBraintonanobrain.htm
- "One World Science" Interview: https://core.live/shows/one-world-science/anirban-bandyopadhyay-2

Timeline of the Binary Impulse from Paul Emberson's From Ghondhishapur to Silicon Valley Vol 1

Paul Emberson’s timeline traces the evolution of the binary impulse from ancient automata and mathematical systems to the advanced technologies of Silicon Valley. In the Ancient Era, innovators like Hero of Alexandria crafted the first programmable automatons, while civilizations such as Ancient Egypt and India developed early binary calculation systems—Pingala’s binary mathematics and Fu Xi’s trigrams and hexagrams in China stand out as significant contributions. The medieval period brought further progress in automation through Al-Jazari’s programmable mechanisms and Raymond Lull’s logical conversion machines, deepening humanity’s exploration of binary principles.

During the Early Modern Scientific Revolution, Francis Bacon formalized the scientific method and envisioned a comprehensive research institution in his *New Atlantis* (1624). This visionary institution included experimental laboratories and specialized houses focused on natural phenomena, intelligence gathering, and practical experimentation, alongside his pioneering binary cipher system using the letters 'a' and 'b.' The Industrial Development era saw the rise of steam-powered innovation with inventors such as Savery, Newcomen, and Watt, supported by breakthroughs in textile automation—including Bouchon’s perforated paper tape and Jacquard’s programmable loom—establishing crucial mechanical foundations for computation and automated control.

The Early Computing Era revealed theoretical breakthroughs with Leibniz’s work on binary progression and Boole’s Boolean algebra, which laid the mathematical groundwork for logic and computation. The Electronic Age was marked by the introduction of vacuum tubes, with pioneers like Fleming and De Forest developing triodes and early electronic counters. At the same time, Shannon and Turing formalized binary programming techniques and multipliers, while Zuse’s Z1 computer and similar machines moved practical computing forward. The transistor era brought a hardware revolution through Bell Labs’ discoveries, leading to continued advancements with planar transistors and MOSFETs, integrated circuits, and the first commercial microprocessors. This period culminated in the completion of ENIAC, the emergence of transistorized and integrated circuit computers, Intel’s 4004 microprocessor, and the rise of personal computing exemplified by IBM PCs and the binary-programmed touchscreen IBM Simon.

Creativity and the Cross: Martinus, Bergson, and Whitehead | Footnotes2Plato
https://www.youtube.com/watch?v=heg6zMI112Q

In this video, the similarities and distinctions between the cosmologies and philosophies of Martinus, Bergson, and Whitehead are discussed. The comparison is framed by contrasting Whitehead's Godhead, described as dipolar with primordial and consequent poles, with Martinus’ trinitarian X1-X2-X3 structure, noting that both conceive God and the cosmos in terms of process and organism rather than mechanism. Martinus' view presents God and every living being as participatory creators possessing a universal “eye,” a shared spiritual essence that manifests uniquely through creative processes, highlighting a continual, ongoing cosmic creation rather than a singular event. The discussion then addresses Bergson’s arc from instinct to intelligence to intuition, emphasizing mysticism as an evolutionary novelty that transcends closed moralities and stressing that intuition is the pinnacle of moral life, as it reconnects human consciousness to the flow of life beyond analytical intellect.

Martinus categorizes six basic energies or faculties of consciousness, including instinct, gravity (a non-physical energy dominant on the physical plane), feeling, intelligence, intuition, and memory, explaining their roles and interrelations, especially the balance between feeling and intelligence as a prerequisite for intuition, akin to Bergson's intellectual sympathy. Love, or “intellectualized feeling,” is central to Martinus’ ethics and cosmology, functioning as a universal moral habitat necessary for intuitive insight and spiritual evolution. Additionally, the symbolic and evolutionary significance of the sexual principle in Martinus’ worldview represents the fertilization process of experience and manifestation.

• 00:00 — Greetings & why Martinus: first encounters, readings (“Space–Time–Eternity”).
• 01:20 — Framing the dialogue: Karsten proposes starting with Whitehead’s Godhead and comparing with Martinus.
• 02:25 — Whitehead in brief: Creativity, dipolar God (primordial/consequent), mapping to Martinus’ X1–X2–X3.
• 06:04 — Karsten’s resonance: organism vs mechanism; God as experiential; the living being as ultimate; the universal I; “golden baptism of fire”; vertical vs horizontal axes of the cosmos.
• 14:08 — Bergson’s arc (Pedro): instinct → intelligence → intuition; mysticism as evolutionary novelty; closed vs open morality.
• 21:40 — Duration & creative advance (Matt): phenomenology of time, escaping the materialist trap by noticing experience.
• 26:54 — Six basic energies (Karsten): instinct, “gravity,” feeling, intelligence, intuition, memory; balancing feeling/intelligence; compassion learned through suffering.
• 37:47 — Methods & terms: Plato’s myth/dialectic, noēsis vs dianoia; clarifying “intelligence” (computer-like ordering; force-fields of recognition).
• 45:12 — The ethical function of reason: Jaspers & Bergson on love; Martinus’ “intellectualized feeling” and creational principles (contrast; hunger & satiation; primordial desire).
• 50:50 — Primal will & imagination: Schelling’s yearning, Whitehead’s initial aim; Steiner’s “spiritual touch”; Wordsworth on imagination as exalted reason.
• 55:58 — Sex, symbol, and destiny: Martinus’ sexual principle; the Eternal World Picture (six energies, Earth’s path toward “Christ consciousness”); how the symbol came to be.
• 01:03:21 — Making it public: bringing Martinus into critical dialogue; Whitehead’s Function of Reason criteria; scholarship ↔️ mysticism; closing reflections on love, decreation, and Whitehead’s “kingdom of heaven is with us now.”