Cloud Cosmology provides us with insight on the nature of TIME. This also completely changes what is possible at the biological level. going back in time to alter or perhaps remove a page in TIME is imaginable.
Now imagine biology working around this possibility as a matter of course. Exactly how do we predict because linear cause and effect is no longer a given. ouch.
A fractal explanation follows from understanding that Empirical infinity has a limit. Can our biology actually percieve this and act on it?
Let all that enter your intellectual universe and biology becomes partly TIME independent and any given point of contact is both three dimensional but multi dimensional in TIME. Can decisions be made at this level?
From Prayer to Physics: The Science of Time-Reversed Healing
Sayer Ji - Health, Truth, and Freedom
To: me · Sun, Sep 28 at 7:33 AM
https://sayerji.substack.com/p/from-prayer-to-physics-the-science?
How ancient spiritual practices and cutting-edge biophysics converge on humanity's hidden capacity for cellular regeneration
Article in a glance:
Living systems defy entropy through fractal geometries and scalar field interactions that enable continuous self-repair and regeneration, suggesting biology operates through informational blueprints beyond genetic coding alone.
DNA functions as a bioantenna that transmits and receives electromagnetic scalar waves, potentially connecting organisms to universal informational fields that guide development and healing processes.
Phase-conjugate fields created through practices like prayer can generate time-reversed waves that restore cellular coherence by canceling entropy and returning biological systems to previous ordered states.
Technological applications are emerging that harness scalar field principles to enhance healing, with devices showing measurable improvements in cellular ATP production, DNA stability, and membrane charge restoration.
The Human Scalar Field: Life Against the Arrow of Time
Living systems possess a baffling ability to reverse the ordinary flow of decay. In stark contrast to inanimate matter, organisms continually repair, regenerate, and create highly ordered structure—seemingly defying the second law of thermodynamics. Physicist Erwin Schrödinger famously described this in 1944, saying that life feeds on "negative entropy".¹ In essence, organisms draw order from their environment to counter entropy and maintain organization.² Decades earlier, Ludwig Boltzmann had similarly mused that the struggle for existence is not for resources or energy, but for entropy—the capacity to utilize energy gradients to build order.¹ Every green plant, for instance, siphons low-entropy sunlight to build the high-order architecture of sugars, cells, and tissues. Life's negentropic impulse is its signature: a continual uphill swim against chaos, a local reversal of time's arrow.
One of nature's most elegant strategies for maximizing this negentropic feat is fractal geometry. Fractal patterns—shapes that repeat self-similarly across scales—appear throughout living systems. Think of the branching of our nerves, blood vessels, or the delicate fern leaf. This repetition allows organisms to fill space and conduct energy or nutrients with remarkable efficiency. Researchers observe that fractal networks optimize flow and communication, often coinciding with peak performance and resilience. For example, a healthy heartbeat is not metronomically regular—it fluctuates in a fractal pattern, a sign of adaptability and robustness in the face of stress. Our neural pathways also exhibit fractal-like branching, maximizing connectivity and information transfer across scales. Such designs may arise because a fractal structure dissipates metabolic heat and waste with minimal entropy production, thus enhancing the system's stability. In plain terms, fractals help life do more with less, sustaining order by efficiently exporting disorder.
Perhaps the most iconic example of negentropy made visible—and my personal favorite, featured on the cover of my book REGENERATE—is the Romanesco broccoli, whose spiral florets form an almost perfect fractal.
Each bud on this remarkable plant spawns another smaller bud, and another, in a self-similar cascade—a potentially endless pattern of renewal. It is a living and breathing glyph of inspiration that you can see, feel, touch and even eat - and you’ll be far healthier for it. Biologically, these buds are meristem cells that never "learn" to stop growing; they keep making new florets instead of finalizing into flowers. In theory, if conditions stayed ideal, a Romanesco's meristems could repeat this pattern forever—an immortal growing spiral, and a source of near infinite biomass. The "immortal meristem" at the tip of each coil is more than poetic fancy: it's a living reality in plants (and in our own stem cells)—the capacity for perpetual self-renewal.
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Sep 1
The Romanesco's mesmerizing form hints that something beyond genes alone guides its development. Its mathematical precision suggests an underlying informational field—as if each meristem cell is tuning into an invisible blueprint of form. This idea leads us into terrain once deemed mystical: the notion of an omnipresent field—an aether—that carries the instructions of life.
Scalar Fields: The Blueprint Beyond DNA
Long ago, scientists and sages postulated a subtle medium pervading space—variously called the aether, prana, qi, or the quantum vacuum. In modern guise, this concept reappears as zero-point energy fields and unified information fields. One compelling framework is aetheric codality, which treats energy and information as two sides of the same coin. In this view, the fabric of reality is suffused with invisible codes—nonlocal patterns that orchestrate matter and life. Every cause-and-effect energy interaction would have a parallel information-based correlation. Life, notably, might excel at tapping into and even imprinting these subtle informational fields. Instead of being ruled solely by random mutations and biochemical reactions, organisms could be tuning into a cosmic broadcast of form and function. You can dive deeper into this framework by reading Bridging Energy and Information: Codality in an Aetheric Framework.
If this sounds abstract, consider that our very DNA may be an antenna for such field-based information. The double helix is not just a chemical blueprint; it also has electric and electromagnetic qualities. Biophysicist Fritz-Albert Popp discovered that living cells emit ultra-weak biophotons—coherent light particles—as part of their regulation and communication.³ DNA, being a coiled conductive structure, has been proposed to act like a fractal radio receiver in the cell.
In fact, physicist Konstantin Meyl's experiments suggest DNA can send and receive long-range electromagnetic signals in the form of scalar waves—unusual longitudinal waves that mainstream physics is only beginning to understand.⁴ Meyl reported that isolated DNA emits electromagnetic vibrations at frequencies precisely matching the biophoton emissions of living cells. It's as if the genome "talks" in light. Even more provocatively, Nobel laureate Luc Montagnier found that bacterial DNA sequences, when extremely diluted in water, could still induce electromagnetic signals in that water—signals that carry the information of the DNA itself.⁵ In Montagnier's ‘DNA teleportation’ experiments,, these signals were able to recreate the DNA in a distant sample purely through field effect.⁶ Such findings are controversial, but they hint that genetic information might be propagating through an immaterial field, not just through molecular contact.
These ideas resonate with biologist Rupert Sheldrake's hypothesis of morphogenetic fields, which posits that organisms inherit habits of form and behavior from a collective memory of their species.⁷ In an aetheric or scalar field framework, one could imagine DNA's scalar-wave activity as the mechanism by which cells tap into a universal database—a cosmic library of form. As one thesis in this vein proposes, perhaps life has evolved to read and write into the quantum vacuum. Our cells could be querying the cosmos for instructions on how to grow and heal. The striking recurrence of patterns like the Fibonacci spiral in organisms might be because life is literally tuning into the geometry of space-time. Even non-living processes can produce fractals and order—from chemical oscillators to crystal growth—suggesting the algorithm of negentropy is built into the universe itself. Life may simply excel at listening to that negentropic signal and amplifying it locally.
These ideas resonate with biologist Rupert Sheldrake's hypothesis of morphogenetic fields, which posits that organisms inherit habits of form and behavior from a collective memory of their species.⁷ In an aetheric or scalar field framework, one could imagine DNA's scalar-wave activity as the mechanism by which cells tap into a universal database—a cosmic library of form. As one thesis in this vein proposes, perhaps life has evolved to read and write into the quantum vacuum. Our cells could be querying the cosmos for instructions on how to grow and heal. The striking recurrence of patterns like the Fibonacci spiral in organisms might be because life is literally tuning into the geometry of space-time. Even non-living processes can produce fractals and order—from chemical oscillators to crystal growth—suggesting the algorithm of negentropy is built into the universe itself. Life may simply excel at listening to that negentropic signal and amplifying it locally.
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