Having clarified photon instances and wavepacket evolution, we now turn to frequency, wavelength, and colour, showing how these properties belong to potential, not to individual photon events.
1. Frequency and wavelength as properties of potential
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The wavepacket encodes the structured potential of light.
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Frequency (ν): describes how rapidly the potential oscillates in time.
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Wavelength (λ): describes the spatial spacing of peaks and troughs in the potential.
These are features of potential structure, not of photon instances themselves. When a photon actualises:
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Its energy is determined by the potential’s frequency, even though the photon is a discrete event.
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Photon instances inherit properties from the relational configuration of the wavepacket at the moment of actualisation.
2. Colour as relational perception
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Colour is not a property of a photon or a “wave traveling through space.”
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Instead, colour arises from the interaction between photon instances and our perceptual system:
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The wavepacket structures the probabilities of photon instances with different energies.
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Relational cuts occur when photons interact with photoreceptors.
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The brain interprets these events as specific colours.
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Colour is therefore a semiotic effect of potential being actualised in a sensory system, not a property inherent to the “wave” itself.
3. Why this matters
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This framework resolves confusion about “frequency of a photon” or “wavelength of a particle.”
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Energy, frequency, and wavelength are relations encoded in potential, revealed through instances.
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Perception and measurement are both manifestations of relational cuts, making the bridge from physical potential to experiential colour.
4. Summary table
| Concept | Relational Ontology Meaning |
|---|---|
| Photon | Discrete instance actualised from potential |
| Wavepacket | Structured potential in space and time |
| Frequency | Temporal oscillation of potential |
| Wavelength | Spatial structure of potential |
| Photon energy | Determined by potential’s frequency at cut |
| Colour | Perceptual interpretation of photon instances, via relational cuts |
5. Key takeaway
Light’s frequency, wavelength, and perceived colour are expressions of the underlying structured potential, revealed only when photon instances are actualised. Photon events are discrete, colour is relational, and the wave is always potential, never instance.
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