Soft Nuclear Soviet Mass-Graviton Flux in Theoretical North Korea

(Based on lithium shortages and coal in the refinery)


1. Introduction: Geopolitical-Experimental Scenario

In theoretical North Korea of the postclassical energy age, characterized by isolation, resource scarcity, and ideological purity, an energetic concept is developing that is based on soft nuclear mass and a Soviet graviton flux model – a hybrid physics between classical Soviet field theory and speculative graviton dynamics.


2. Soft Nuclear Mass

The "soft nuclear mass" does not refer to classical nuclear fission or fusion, but to a state of slightly excited nucleides (e.g., unstable beryllium isotopes or thorium plasmas) held in a paraquantum matrix by thermodynamically regulated neutron fluxes.

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3. Soviet Graviton Flow

A graviton flow according to Soviet theory (derived from Kalinin tensor fields in 1972, but never officially recognized) assumes that mass not only bends spacetime, but can also transport energy through "tectonically channeled gravitons" – primarily vertically along geological faults or through plasmatic conductors.


4. Lithium Shortage and Coal Substitution

Since lithium – essential for modern fusion (e.g., in Tokamak D-T reactors) – is hardly available in North Korea, the theoretical system relies on highly refined coal from underground roasting chambers:


5. Flow Dynamics: The Movement of Energy


6. Conclusion: A technoid dreamscape

This model of an energy-self-sufficient, ideologically closed system shows:

It remains hypothetical, but in a country without lithium and with maximum control over energy flow and gravity, the soft nuclear mass may be more than just an idea— It is the dream of an autonomous gravitational state.


Would you like a technical diagram, a propaganda text in the style of North Korean state media, or an expanded version with reference to global energy structures?

The guessing of dilithium fragments or a uranium field catastrophe? Perhaps spiritual dead to oil-coal synthesis with a super-reaction reactor.

Desert tracks of wheels