Research Article | DOI: https://doi.org/10.31579/2578-8868/411
*Corresponding Author: Sadique Shaikh, AI & Robotics.
Citation: Sadique Shaikh, (2026), Neural Signaling’ as a Multiverse Intelligence Communication Framework, J. Neuroscience and Neurological Surgery, 19(5); DOI:10.31579/2578-8868/411
Copyright: © 2026, Sadique Shaikh. This is an open-access article distributed under the terms of The Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited
Received: 10 April 2026 | Accepted: 15 April 2026 | Published: 20 April 2026
Keywords: : pseudoneurological disorders; depression; anxiety; somatization
This research paper proposes that neural signalling—the fundamental electrochemical communication system of biological neural networks—may serve as a universal communication framework for intelligence across the Universe, Multiverse, and ultimate cosmic structures. Unlike electromagnetic signals, radio waves, or quantum communication, neural signalling offers a biologically rooted, universally scalable, and fundamentally modular structure capable of encoding and decoding information across diverse intelligent life-forms. The paper explores a proposed “Multiversal Neural Signalling Protocol” (MNSP): a hypothetical messaging paradigm where diverse beings across universes could share thoughts, experiences, and data using neural-like signalling patterns. The research discusses theoretical biological, cosmological, quantum, and mathematical foundations that make neural signalling a candidate for inter-universal intelligence communication.
The search for extraterrestrial intelligence has mostly relied on electromagnetic technologies such as radio telescopes, spectral analysis, and quantum entanglement studies. However, these approaches treat communication as external, technological, and non-biological. The limitation of this approach is profound:
What if intelligence everywhere in the universe inherently communicates internally using neural signals?
Human brains use a universal language:
electrical impulses + chemical neurotransmission
that encode patterns carrying meaning, emotion, memory, and logic.
This paper proposes that intelligent life anywhere—no matter the form—might converge toward neural-like signalling patterns for internal cognition and therefore may adopt neural signalling externally for communication when interacting with other forms of intelligence.
2.1 Fundamental Principles
Neural signalling involves:
These elements form a non-verbal, non-symbolic, purely pattern-based information exchange system.
2.2 Pattern Universality
Mathematically, neural signalling is:
These are universal properties found in:
Thus, neural patterns might transcend biology into physics itself.
3.1 Why Neural Signalling Works Across Universes
Across multiple universes, laws of physics may differ. However:
Thus, a pattern-based signalling system (neural signalling) is more likely to be universal than language or technology.
3.2 The Multiversal Neural Signalling Protocol (MNSP)
This research proposes a communication architecture:
Encoding Layer
Translates thoughts/emotions into neural pulse patterns.
Carrier Layer
Could be:
Decoding Layer
Reconstructs thought-patterns on the receiver side, regardless of species or universe.
This system resembles:
The similarity suggests convergent evolution of intelligence signalling systems.
4.1 Life Beyond Human Biology
But regardless of composition, all intelligence would need:
→ Neural signalling is the most efficient method.
4.2 Consciousness as a Multiversal Network
If consciousness is:
Then neural signalling becomes:
This creates a continuum:
Brain → Consciousness → Universe → Multiverse → Omni-verse
5.1 Inter-Universe Message Transfer
Communication could occur through:
5.2 Biological vs. Technological Systems
Advanced civilizations may not use radios or digital systems.
They may use:
This aligns with:
6.1 The Three-Layer Structure
1. Signal Encoding Layer
Converts cognitive units into neural pulses.
2. Signal Transmission Layer
Uses quantum, exotic, or hyperspace carriers.
3. Signal Reconstruction Layer
The receiver rebuilds thoughts into:
6.2 Model
Source: Prof. (Dr.) Md. Sadique Shaikh
7.1 Scientific Implications
7.2 Technological Implications
7.3 Philosophical Implications
Life is part of a multiversal network
This research suggests that neural signalling is not just a biological mechanism but a universal intelligence communication method valid across:
If future science develops Multiversal Neural Signalling Protocols (MNSP), humanity may one day communicate with:
Neural signalling thus emerges as the most promising foundation for a cosmic communication system shared by all intelligent life.
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