A naukri.com initiative
Medium
1M
251
Memory = Life: A Veritas Scientific Foundation
- The article explores the concept of Memory = Life (M = L) as the axiom, where memory is defined as structured, persistent information that resists entropy over time, and life emerges from memory stabilization.
- Life is described as a system structured to resist entropy within spacetime frames, with death being the loss of memory persistence beyond recoverable thresholds.
- Evolutionary advancement optimizes memory transmission efficiency, and biological complexity arises to support stable memory persistence.
- Consciousness is defined as the reflection of structured memory persistence allowing temporal projection and internal simulation.
- Information is considered physical when it persists sufficiently to resist environmental entropy, with memory density affecting subjective time perception.
- Entropy can be resisted through information reinforcement, with quantum biology supporting the optimization of memory in biological systems.
- Biological case studies like cancer cells and stem cells reinforce the importance of memory in life structures.
- Memory structures play a vital role in biological and synthetic systems, requiring energy to preserve and activate memory-based outcomes.
- The axiom asserts the fundamental role of memory in the persistence of complex systems, challenging the scientific community for empirical validation.
- The article concludes that memory is not a byproduct but the essence of life, pushing for a unified understanding across various scientific disciplines.
Read Full Article
15 Likes
For uninterrupted reading, download the app