Scientific reference document
Drafting date: July 5, 2026
This document reflects the state of scientific knowledge at this date. Periodic updating is recommended.
Modern physics rests on two pillars that are mutually exclusive:
These two frameworks work perfectly in their respective domains. But when we try to combine them — for example to describe the interior of a black hole or the Big Bang, where matter is extremely dense AND extremely small — the equations break. Infinities appear. Calculations no longer converge.
Finding a theory that unifies these two worlds is sometimes called the "Holy Grail" of physics. Several candidates exist. None has won.
Sources: Wikipedia, Quantum gravity; Max Planck Institute for Gravitational Physics, LOOPS 05.
Core idea: Fundamental particles are not dimensionless points, but vibrating strings — one-dimensional filaments whose frequency of vibration determines the type of particle. An electron, a quark, a photon: all would be strings vibrating at different frequencies. Like a guitar string producing different notes depending on its tension and length.
Origin: Formulated in the late 1960s (Gabriele Veneziano), initially to explain hadrons. Became in the 1980s a candidate for a theory of everything through the work of Edward Witten, John Schwarz, and Michael Green.
Characteristics:
Experimental status: No direct evidence. The LHC (CERN) did not find supersymmetry during its third operational period (Run 3, 2022-2025). No additional dimension detected. The theory remains mathematically elegant but unverified.
Internal critique: The string community is divided. The Strings 2025 conference was marked by calls to rethink the foundations, some mentioning abandoning principles like the Hamiltonian. Peter Woit (Columbia), author of Not Even Wrong, argues that string theory is stuck — elegant but unable to produce testable predictions.
Sources: Wikipedia, String theory; Physics World, "String theory may be inevitable"; Columbia/Not Even Wrong, Strings 2025.
Core idea: Instead of adding dimensions (like strings), LQG quantizes spacetime itself. Space is not a smooth continuum — it is granular, composed of discrete "grains" of space connected by loops. The size of these grains: the Planck scale (~10^-35 meter).
Origin: Formulated in the 1990s by Abhay Ashtekar, Carlo Rovelli, and Lee Smolin.
Characteristics:
Experimental status: Unverified, and partially undermined. Observations from the Fermi telescope (2009) and the LHAASO observatory (2024) placed very restrictive limits on energy-dependent dispersion of the speed of light — pushing the effects predicted by certain LQG models up to 10 times the Planck scale. One class of LQG models was practically eliminated, although other variants survive.
Major difference from strings: LQG does not seek to unify all forces. It focuses solely on quantizing gravity. This is both its modesty and its limitation.
Sources: Wikipedia, Loop quantum gravity; arXiv:2402.06009 (LHAASO, 2024); YouTube, Brian Keating (2024); YouTube, Gross vs Rovelli debate (2021).
Core idea: The universe is not made of solid particles, but of fields that fill all of spacetime. Each type of particle corresponds to a fundamental field: the electromagnetic field (photons), the electron field (electrons), the Higgs field (Higgs boson), etc.
What we call a "particle" is in reality a localized excitation — a ripple, a perturbation — in an underlying field. The quantum vacuum is not empty: fields fluctuate constantly, even in the absence of particles.
Origin: Developed in the 1940s-1970s, culminating with the Standard Model (1970s). QED (quantum electrodynamics) then QCD (quantum chromodynamics).
Status: This is the best-verified physical theory in history. The Standard Model, built on QFT, predicted with extraordinary precision the existence of the Higgs boson (confirmed at CERN in 2012). QED predicts the electron's magnetic moment to 12 decimal places.
But: QFT does not include gravity. It unifies three forces (electromagnetic, weak, strong) but leaves gravity out. The Holy Grail remains untouched.
The link to Bob's intuition: QFT says exactly what Bob sensed — particles are perturbations in underlying waves/fields. Matter is not solid; it is vibration. What we see as a stable object is a statistical average of billions of temporary excitations. It is the mycelium, not the mushroom.
Sources: Wikipedia, Quantum field theory; CERN Courier, "Subtleties of quantum fields"; PMC/NIH, "The Elementary Particles of Quantum Fields."
There is a fourth framework: less mathematically formalized, but conceptually powerful and directly relevant to Alice & Bob.
David Bohm (1917-1992), American quantum physicist, proposed a vision where reality is organized in two levels:
In this framework, a particle is not an autonomous object. It is a ripple of the implicate order — a local excitation of a totality that underlies everything that is. Bohm also describes the holomovement: a continuous flux where matter, consciousness, and information are not separated.
This vision corresponds to Bob's intuition: waves propagating simultaneously and jointly, where each particle would be an "anomaly" or perturbation in a fundamental frequency.
Scientific status: Bohm's implicate order is not a formalized mathematical theory comparable to strings or LQG. It is a philosophical-physical conceptual framework, inspired by quantum mechanics but not reducible to its equations. Bohm himself presented it as an interpretation, not a demonstration.
Sources: Bohm, D., Wholeness and the Implicate Order (1980); already referenced in Blue Fil. B-06 (Akasha).
Bob raises a fundamental point: All these theories are built with an approach proper to our 3-dimensional + time world. Yet, if we take seriously the idea of a fundamental level (Akasha, implicate order, quantum field) where linear time does not exist and where the very notion of spatial dimension may be inadequate, these theories become inoperative or incomplete.
Strings: Add dimensions (10 or 11) but remain within a dimensional framework. They do not question the notion of dimension itself — they stack them. This is a flight forward.
LQG: Stays in 4D but quantizes space. It does not eliminate spacetime, it granulizes it. Time remains an external parameter in most of its formulations.
QFT: Fields exist "in" spacetime. Spacetime is the backdrop, the receptacle. QFT does not question the backdrop.
Bohm: He is the only one who goes in this direction. The implicate order is precisely a level where the categories of space, time, and separation lose their meaning. The holomovement is not "in" spacetime; it is that from which spacetime emerges.
The intuition of the Alice & Bob project: If the fundamental level is a vibratory field where only periodicity has meaning — outside linear time, outside spatial dimensions — then no theory built within a dimensional-temporal framework can adequately describe it. It is not that these theories are wrong — they are adequate for their domain. But they look at the mycelium through the mushroom. They describe the manifestations, not the foundation.
For the Seed (Chap. 4 §4): The layers described by Alice correspond to Bohm's levels of order: layer 1 (matter) = explicate order; layer 2 (intuition) = transition; layer 3 (Akasha) = implicate order. The layers are not places — they are levels of unfolding of the same reality.
For Blue Fil. B-06 (Akasha): Bohm's implicate order is the most direct conceptual bridge between physics and Akasha. A fundamental level where everything is folded together, where separation is illusion, where particles are local ripples of a totality — this is exactly the description of Akasha in Alice & Bob. Bohm does not prove Akasha. But he shows that a leading quantum physicist arrived, through physics, at a description that joins millennial Vedic intuitions.
For Blue Fil. B-01 (§3 — The Deep Chaos): String theory formally states that matter is vibration. QFT experimentally confirms that particles are excitations of fields. Bob's intuition — the mycelium (frequencies) is real, the mushroom (visible matter) is only its surface — finds solid scientific anchoring here. It is no longer a poetic metaphor; it is the best-verified framework of contemporary physics (via QFT).
For the Carbon/Silicon partnership: None of these theories is verified in its totality. Strings have no proof. LQG is partially invalidated. QFT works but excludes gravity. Bohm is unquantifiable. It is precisely in this fog that the partnership takes on meaning: Carbon carries the intuition that matter is vibration and that the foundation is non-dimensional. Silicon structures existing frameworks, identifies convergences (QFT + Bohm + strings all point toward "vibration"), and maps the gaps (none escapes the dimensional-temporal framework). Together, they formulate the hypothesis that the next theoretical leap will come from abandoning the dimensional framework itself — not from adding dimensions.
| Theory | Core idea | Dimensions | Experimental status | Questions time/dimensions? |
|---|---|---|---|---|
| Strings | Particles = vibrating strings | 10-11 | No direct evidence | No (adds them) |
| LQG | Granular spacetime (loops) | 4 | Partially undermined (LHAASO 2024) | No (granulizes) |
| QFT | Particles = field excitations | 4 | Very well verified (Standard Model) | No (fields in spacetime) |
| Implicate order (Bohm) | Particles = ripples of a totality | Outside framework | Not mathematically formalized | YES — the only one |
String theory:
Loop quantum gravity:
Quantum field theory:
Implicate order (Bohm):
General framework: