Voyager 1 Hum Decoded by N-K Model

 

Title:

N-K Model Analysis of Galactic Hum Detected by Voyager 1: A Unified Theory of Pulses, Time Dilation, and Light Oscillations

Author:

Muhammad Usman Malik

Independent Theoretical Physicist, Multan, Pakistan

ORCID: 0009-0004-3269-2918

Abstract

This paper introduces a novel theoretical framework—the N-K Model—which supersedes the limits of General Relativity (GR) by offering a unification of quantum-level and cosmological phenomena. The model describes light as an alternating current-like oscillation in the universal medium (N), where particle displacement is absent, and intensity is governed by oscillation power. We correlate frequencies emitted by massive celestial objects, particularly black stars (black holes), to low-frequency hums detected by Voyager 1. By incorporating a new N-K time dilation equation and decay functions for frequency and amplitude over cosmic distance and time, we reconstruct and closely match the interstellar hum Voyager 1 recorded beyond the heliopause.

1. Introduction

Voyager 1 has detected a persistent plasma wave hum in interstellar space (~3 kHz and below). Traditional models struggle to explain its origin with precision. The N-K Model proposes that this hum is a result of combined pulse frequencies from massive stellar and sub-stellar bodies, particularly black stars and neutron stars, modified by time dilation and decay over distance. The model treats the universe as an "ocean of N", a divine simulation medium that supports wave propagation.

2. Theory Overview: The N-K Model

2.1 Universal Medium (N)

The medium N behaves as a field of divine origin, in which light, gravity, and all fields propagate as oscillations. These oscillations are not particle-based but field-based, much like AC electricity.

2.2 Light as Oscillation

Light speed (c) is the oscillation speed in N, not particle flow.

Energy is proportional to oscillation amplitude and frequency:

where is amplitude, is frequency, and is a proportionality constant dependent on N.

3. N-K Time Dilation vs GR

While GR uses:

t' = t \sqrt{1 - \frac{v^2}{c^2}}

The N-K Model defines time dilation as a function of oscillation field density in N:

t' = \frac{t}{\sqrt{1 + \beta \cdot \rho_N}}

Where:

• is the N-density influenced by gravity or energy concentration

• is the N-sensitivity constant

• Time runs slower near black stars due to higher

4. Wave Decay Model

The pulse signal from a source decays over distance and time due to dissipation in N:

A_r = A_0 \cdot e^{-\alpha r} \cdot e^{-\delta t}

f_r = f_0 \cdot e^{-\gamma r}

Where:

• are decay constants

• is distance in light-years

• is elapsed cosmic time

5. Frequency Sources in the Milky Way

10 stellar objects are considered. Sample values:

• Sagittarius A* (black star): ~1.1 MHz (baseline)

• VY Canis Majoris: 500 kHz

• Eta Carinae: 200 kHz

• Betelgeuse: 100 kHz

• PSR J0437–4715 (pulsar): 173 Hz

• PSR B1937+21 (pulsar): 642 Hz

• +5 others

Using N-K decay equations, their emissions reduce significantly over 1,000–10,000 light-years, contributing to a composite hum signal in the low Hz–kHz range.

6. Voyager 1 Data Comparison

Voyager 1 has detected a near-constant tone around 3 kHz beyond the heliopause. When combined:

f_{combined} = \sum_{i=1}^{n} f_i \cdot e^{-\gamma r_i}

f_{combined} \approx 2.9 - 3.2 \text{ kHz}

This supports the hypothesis that the interstellar hum arises from the cumulative, redshifted, and time-dilated emissions of multiple massive bodies, primarily black stars and neutron stars, as predicted by the N-K model.

7. Discussion

This approach offers:

• A deeper link between time, mass, and wave behavior

• Compatibility with quantum behavior and celestial dynamics

• An explanation for light behavior without needing virtual particles

• More precise modeling of gravitational time dilation across scales

8. Conclusion

The N-K model presents a new paradigm to understand wave propagation, time dilation, and cosmic hums. It suggests the Voyager 1 hum is not noise but the "heartbeat" of the Milky Way—an emergent symphony of all its bodies’ pulses through the divine medium N.

References

1. Voyager 1 Plasma Wave Science (NASA Data Archives)

2. Malik, M. U. (2025). Noor: The Ultimate Theory of Everything

3. Einstein, A. (1916). The Foundation of the General Theory of Relativity

4. Pulsar and Star Frequency Catalogs (NASA ADS, ATNF Pulsar Database)