THE RESONANCE - FREQUENCIES IN THE < ENTORHINAL BRAIN - CORTEX STRUCTURE >, FROM THE -- MILD DEMENTIA STAGE -- TO THE -- SEVERE DEMENTIA STAGE -- & The Cancerous Pancreas – Gland

Abstract a... The Conservation of Energy in Caves and in Atoms Compounds. have been widely Analyzed and Proofed in Prior Articles [106],[118]. b... In Mechanics - Physics is generally followed the Theory of Vibrations for Actions. THE ATOMS – ACTIONS: {[A]}→{[B]±Eₙ} = C = Eₙ + {[A] ± [B]}, → Eₙ = Eᵢ + E???? ↔ [[A]] = [Atom OR Compound] = The Signalling.(Wc) → The Initial Carrier - Wave, [[B]] = Any[A- OR -C] ≡ Any Signalling.(w) Wave, [[C]] = The NEW & Modulated [A] Signal = [MAS] = f^(w+wc)/2 + f^(w−wc)/2, ANTIDOTE = The Demodulated [MAS] = [DMAS] = f^(w+2wc)/2 + f^(w−2wc)/2, Atoms Action (1).... [A] → {[B]±Eₙ} ≡ [C] ≡ ± Eₙ + {[B] + [A]}, & [A] ≡ [C] + {Xₙ} Where ↔ [A] = The Initial-State, [C] = The Final-State, and [Xₙ] = {[B] ± [Eₙ]} ≡The Antidote.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-07-02
DOI
https://doi.org/10.5281/zenodo.21129176
Primary Topic
Cancer and biochemical research
Type
article
Field-Weighted Citation Impact
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article

THE RESONANCE - FREQUENCIES IN THE < ENTORHINAL BRAIN - CORTEX STRUCTURE >, FROM THE -- MILD DEMENTIA STAGE -- TO THE -- SEVERE DEMENTIA STAGE -- & The Cancerous Pancreas – Gland

Markos Georgallides
Zenodo (CERN European Organization for Nuclear Research)
Cancer and biochemical research
article

THE RESONANCE - FREQUENCIES IN THE < ENTORHINAL BRAIN - CORTEX STRUCTURE >, FROM THE -- MILD DEMENTIA STAGE -- TO THE -- SEVERE DEMENTIA STAGE -- & The Cancerous Pancreas – Gland

Markos Georgallides
article en

Abstract

Abstract a... The Conservation of Energy in Caves and in Atoms Compounds. have been widely Analyzed and Proofed in Prior Articles [106],[118]. b... In Mechanics - Physics is generally followed the Theory of Vibrations for Actions. THE ATOMS – ACTIONS: {[A]}→{[B]±Eₙ} = C = Eₙ + {[A] ± [B]}, → Eₙ = Eᵢ + E???? ↔ [[A]] = [Atom OR Compound] = The Signalling.(Wc) → The Initial Carrier - Wave, [[B]] = Any[A- OR -C] ≡ Any Signalling.(w) Wave, [[C]] = The NEW & Modulated [A] Signal = [MAS] = f^(w+wc)/2 + f^(w−wc)/2, ANTIDOTE = The Demodulated [MAS] = [DMAS] = f^(w+2wc)/2 + f^(w−2wc)/2, Atoms Action (1).... [A] → {[B]±Eₙ} ≡ [C] ≡ ± Eₙ + {[B] + [A]}, & [A] ≡ [C] + {Xₙ} Where ↔ [A] = The Initial-State, [C] = The Final-State, and [Xₙ] = {[B] ± [Eₙ]} ≡The Antidote.

Zenodo (CERN European Organization for Nuclear Research)
National Public Health Organization (GR)
Life in Land
Openalex Percentile: Top 12%
Cancer and biochemical research
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