📄 Publication link: https://zenodo.org/records/16416044
🔍 This paper introduces a conceptual framework to mathematically represent the universe’s structure through three principal functions:
- f⋆(θ): Stellar angular density function
- B(M, z): Black hole mass–redshift distribution
- H(η⊕): Habitability metric for Earth-like planets
Together, these form the basis of the proposed Cosmic Signature Equation (CSE), mapping a high-dimensional cosmological parameter space into an observable field.
This opens up potential for future integration with AI, quantum computing, and information theory.
🙏 I thank everyone who has inspired me along this journey. The work is now open to the global research community, and I welcome collaboration, feedback, or citation from anyone interested in advancing cosmological modeling, AI, and astrobiology.
📬 Contact: hussainbillah32@gmail.com
🌐 Website: https://sonicium.ltd
May this serve as a humble contribution from Bangladesh to the frontier of theoretical cosmology.
© 2025 Hussain Billah | Sonicium Ltd. | CC BY 4.0 License
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