From Zero Hertz to Planck Frequency
Let us put everything on one line. The complete frequency spectrum of the universe — from the slowest oscillations of a planet up to the Planck scale, where known physics runs out. Every phenomenon you have ever encountered sits somewhere on this dial.
Move your cursor across the spectrum — or wait, and it will sweep on its own.
Sub-Hertz: structural and seismic
0 Hz ················ vacuum, pure potential │ │ Gravity / dark matter — emergent envelope (full range) │ ~10⁻⁴ Hz ············ Earth's free oscillations after large quakes │ 0.001 – 0.05 Hz ····· Ocean swells, atmospheric pressure waves │ 0.05 – 1 Hz ········· Long-period surface seismic waves
Hz – kHz: bodies, earth, sound
1 – 10 Hz ··········· Earthquake P-waves and S-waves │ ~1 Hz ··············· Heart rate (resting human) │ 0.5 – 4 Hz ·········· Delta brain rhythm (deep sleep) │ 4 – 8 Hz ············ Theta brain rhythm │ 7.83 Hz ············· Schumann resonance (Earth-ionosphere cavity) │ 8 – 12 Hz ··········· Alpha brain rhythm │ 12 – 30 Hz ·········· Beta brain rhythm (alert focus) │ 30 – 100 Hz ········· Gamma brain rhythm (integration, meditation peak) │ 20 Hz – 20 kHz ······ Audible sound (mechanical waves in air) │ 20 kHz – 10 MHz ····· Ultrasound (sonography, acoustic levitation)
MHz – GHz: radio, broadcast, wireless
0.5 – 1.7 MHz ······· AM radio │ 88 – 108 MHz ········ FM radio │ 174 – 700 MHz ······· Terrestrial television broadcast │ 700 MHz – 3 GHz ····· Mobile phones (4G, 5G) │ 2.4 / 5 / 6 GHz ····· Wi-Fi, Bluetooth, cordless devices │ 1 – 300 GHz ········· Microwaves (ovens, radar, satellites)
THz – PHz: heat, light, ultraviolet
0.3 – 400 THz ······· Infrared (heat radiation, thermal imaging) │ ┌── Visible light spectrum ──────────────── │ │ ~430 THz ······· red │ ~480 THz ······· orange │ ~510 THz ······· yellow │ ~560 THz ······· green │ ~620 THz ······· blue │ ~680 THz ······· indigo │ ~750 THz ······· violet │ └────────────────────────────────────────── │ 0.75 – 30 PHz ······· Ultraviolet (sunburn, vitamin D, sterilisation)
EHz and beyond: ionising radiation, particle frequencies
30 PHz – 30 EHz ····· X-rays (medical imaging, crystallography) │ ┌── Radioactive decay (same energy class) ─ │ │ > 30 EHz ······ Gamma radiation (electromagnetic) │ ~10²⁰–10²¹ Hz ·· Beta particles — kinetic-energy equivalent (electrons) │ ~10²⁰–10²¹ Hz ·· Alpha particles — kinetic-energy equivalent (He nuclei) │ └────────────────────────────────────────── │ ~1.24 × 10²⁰ Hz ····· Electron Compton frequency (f = mc²/h) │ ~9 × 10²³ Hz ········ Helium-4 nucleus Compton frequency │ ⊕ Note: the zitterbewegung frequency is 2× the Compton frequency ⊕ (2mc²/h ≈ 2.47×10²⁰ Hz for the electron — see /research/compton-frequency/) │ ~10⁴³ Hz ············ Planck frequency — where known physics runs out (not a hard cutoff)
Why alpha and beta radiation appear here:
Alpha and beta particles are not electromagnetic waves — they are matter (helium nuclei and electrons) ejected from unstable nuclei. In the Spectrum framework, particles also have frequencies (Compton: f = mc²/h). The kinetic energies of typical alpha (~5 MeV) and beta (~1 MeV) emissions translate to ~10²⁰–10²¹ Hz when converted via E = hf — placing all three radioactive products (α, β, γ) in the same energy class. That is why a single Geiger counter detects all three: they share an energy regime.
Each band has its own properties. Each band follows the same rules of vibration, modulation, and resonance. The entire universe is one continuous oscillating system — every phenomenon you know is a frequency in a specific range, behaving according to the same wave laws.
Time as an Emergent Phenomenon
Here is something radical: what is time?
We feel it passing. But in relativity, in quantum mechanics, time is not fundamental. It is rather an emergent phenomenon — a property that arises from the frequency system.
Time is not fundamental. Resonance is fundamental. Time is born from resonance.
Why time is relativistic
Time dilation follows from Lorentz invariance — that is established relativity and the framework adds nothing to it. What the frequency lens offers is only an image: a moving particle's internal oscillation, seen from the lab, runs slower (the transverse Doppler effect), which is the same statement as time dilation in different words.
Consciousness: The CEMI Hypothesis
Johnjoe McFadden (Journal of Consciousness Studies, 2002) proposed CEMI theory: Consciousness Electromagnetic Integration. CEMI is a peer-reviewed but minority view of consciousness — it has not been broadly adopted, but it is published, defensible, and falsifiable in principle.
Neurons fire. Each firing generates electromagnetic activity. Normally these signals interfere with each other in complex patterns. But in certain states — meditation, creativity, flow — measurable EEG/MEG synchrony increases. McFadden's proposal: in those coherent states the brain's EM field integrates information across regions in ways the neurons alone cannot.
In McFadden's hypothesis, that coherent field is what we experience as conscious attention. This is one model among many — Integrated Information Theory, Global Workspace, Higher-Order Thought theories all compete for the same explanatory ground. What CEMI shares with the Spectrum: a commitment to electromagnetic dynamics, not computation alone, as the carrier of subjective experience.
What this framing predicts: meditation organises the EM field; creativity coincides with cross-region synchrony; disrupting the field disrupts experience. The first two have measurable correlates (Davidson/Lutz on gamma synchrony; phase-coupling studies). The third is harder to test ethically but is in principle falsifiable.
CEMI Theory — McFadden 2002 / 2020
McFadden, J.J. (2002). "Synchronous Firing and Its Influence on the Brain's Electromagnetic Field." Journal of Consciousness Studies, 9(4), 23–50. Updated: Neuroscience of Consciousness, 2020, doi:10.1093/nc/niaa016. McFadden proposes the CEMI field is the substrate of conscious experience — a published but minority view in the consciousness-studies field.
Testable Predictions
The original manuscript closed this chapter with a list of twelve predictions. That list has since been absorbed into the site's canonical register, where every prediction carries a number, an A/B/C epistemic class, an explicit falsification condition and a live status. The historical twelve are kept below for the record; the register on the Peer Review page is the source of truth.
Biophotons influence gene expression
Coordination of cell growth via light-frequency rather than chemistry alone. Partially demonstrated (Popp, Verheyen) — further rigorously testable.
Meditation coherence correlates with immune function
The higher the gamma coherence, the stronger the immune response. Indications exist (HeartMath) but rigorous demonstration is possible.
Ultrasonic frequencies can deform stone
Extension of Marzo's work toward stone fracture and construction. Practically applicable.
Dark matter detection via frequency matching
We cannot detect it directly because we are not looking at that frequency. New detector design required.
Gravity is modulatable at certain frequency ratios
Extension of the older carrier-wave concept (see Chapter 4 for the current emergent-envelope framing). Speculative; not in the canonical register.
Phase transition model of mass
Experimental investigation of the mechanism by which photons transition into mass. Fundamentally more important than currently acknowledged.
AC field therapy
Targeted at biological resonances, more precise than current light therapy. Potentially far more effective.
Time flux
If time is emergent, coherence can be measured as "time flux" — different regions advance at different rates. Strange physics, but testable.
Planck effect extended
Frequency shift under extreme pressure — predictions for extreme material behavior.
Chiral-selective resonance
Two chemical reactions with identical molecules but opposite chirality should respond measurably differently at specific resonance frequencies. The CISS effect (Naaman & Waldeck 2012) confirms chirality as a physical spin filter. Canonical: #10.
DNA carrier wave emission
Living cells emit coherent EM oscillations at the fundamental frequency of their DNA helix — measurable above the biophoton background via interferometry at nano-Hertz resolution.
φ-resonance in growth patterns
Plants exposed to sound at frequencies standing in φ-ratio to their base cell frequency (Popp) should grow faster than at random frequencies.
Future Directions
This model is not complete. It is a compass, not a map. The coming decades would focus on:
- Unification of gravity and quantum mechanics via frequency mode
- Practical application of acoustic and electromagnetic resonance
- Understanding consciousness as an electromagnetic phenomenon in more detail
- Human growth and transformation through resonance training
These are research directions, not results. Each stands or falls on the numbered predictions in the register — not on the elegance of the model that suggested them.
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