Gravitational Redshift (FM Perspective)

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What is observed

Light emitted from a region of strong gravity is observed at a lower frequency when measured in a region of weaker gravity.

This effect is known as gravitational redshift.

It is also observed that clocks located deeper in a gravitational field appear to run slower when compared to clocks at higher elevation.

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Standard description

In conventional physics, gravitational redshift is explained by:

• time running at different rates in different gravitational potentials

• or curvature of spacetime affecting light propagation

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These descriptions reproduce the observed results,
but rely on changes in time or spacetime geometry.

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The FM perspective

In the Field Medium Model, gravity is a gradient in field density.

The local properties of the medium are the same everywhere.

At every point:

• reorganization follows the same intrinsic behavior

• local processes unfold in the same way

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Gravitational effects arise from how the structure of the medium varies across space.

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Wave propagation in a gradient

Light is a propagating pattern of local reorganization.

As it moves through a density gradient:

• different parts of the wavefront experience slightly different conditions

• propagation is continuously redirected

• the geometry of the wavefront evolves

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This process is continuous and local.

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Origin of redshift

When light is emitted from a region of higher field density:

• the spatial structure of the field differs from that of regions further out

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As the wave propagates outward:

• the geometry of the field changes

• the spacing of the wavefront is gradually adjusted

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This leads to:

• an increase in wavelength

• a corresponding decrease in observed frequency

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This is gravitational redshift.

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No change in local process

At no point does the local process slow down.

There is no change in:

• the intrinsic behavior of the medium

• the local unfolding of reorganization

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The effect arises from how the wave structure evolves
as it moves through regions with different field density.

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Clocks and comparison

A clock measures repeated local processes.

Two identical clocks placed at different positions:

• operate under the same local rules

• but exist in regions with different field structure

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When their signals are compared:

• differences appear in the number of completed cycles

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This does not require time itself to change.

It reflects differences in how processes accumulate across space.

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Continuous transformation

The redshift is not produced at a single point.

It develops continuously as the wave propagates through the gradient.

Each local step contributes to a gradual change in the wave structure.

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Comparison of interpretations

Both descriptions agree on the observable result:

• light from deeper regions is redshifted

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They differ in explanation:

Standard interpretation:

• time itself differs between locations

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FM interpretation:

• the wave structure evolves as it propagates through a density gradient

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Summary

In the Field Medium Model:

• Gravity is a gradient in field density

• Local processes are identical everywhere

• Light propagates through continuous local reorganization

• Wavefront geometry changes in a gradient

• This leads to increased wavelength and lower frequency

• No change in time is required

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Final statement

Gravitational redshift is not caused by time running differently.

It arises from how wave structure evolves
as it propagates through a non-uniform physical medium.