Can Time be a Wave and Hold Our Memories?

In the realm of physics and philosophy, the nature of time has long been a subject of intense debate. The concept of time as a wave and its potential to hold memories within the human brain is an intriguing idea that challenges traditional notions of time and consciousness.

Assuming Time is a Wave

Imagine a scenario where time is not just a linear progression but a wave, with distinct properties such as wavelength, length, amplitude, and wave period. If time were to be modeled as a wave, would it be possible for its physical characteristics to form and retain memories in the human brain?

The Potential of Time as a Wave to Hold Memories

Let's explore the idea of time being 'pink.' Does the hue or 'pinkness' of time have any relevance to the storage of memories? It is understandable skepticism to assume that such an assumption lacks evidence and may lead to incorrect results. However, let us delve deeper into this concept and examine its potential.

Understanding Wave Particle Duality and Hierarchical Systems

In the wave-particle duality, waves interact and form new entities. This interaction can be viewed as particles clustering and creating a higher hierarchy. Integrating over a larger region, we can conceptualize complex networks with fundamental nodes as particles and links as interacting forces. In this wave version, the particles become the inner waves, and the entity is the resultant wave. This nesting wave format supports a hierarchical system where inner waves represent bottom-up causal factors and outer waves represent top-down constraining factors, mutually and simultaneously influencing each other to create a holographic reality.

As we continue to cluster the hierarchy, we see the emergence of complex animate entities with minds. When information encoded in wave parameters evolves into mind, it comes to be known as knowledge and skill. Waves, in the form of entities, become 'space' (as described in General Relativity), which includes energy and matter. These are states of a wave with an impact on any other wave it interacts with. The information of wave properties that determine how waves interact becomes the human mind. Time, space, and state describe the wave but are not the wave itself as an entity or process; they are wave properties.

Memory Storage in the Brain as a Wave System

Memories in our brains are stored in a hierarchical system of complex networks of neurons operating on wave parameters. These memories are information encoded in wave parameters that are recorded in the neuronetworks due to gene expression brought about by wave interactions. Could this be considered the physicality of time? Indeed, it is more plausible to view the interactions involving all wave properties, particularly those related to time, in a wave system.

Conclusion: Time as a Wave and Memory Storage

Assuming time as a wave and its physicality to hold memories in the brain is a fascinating and innovative perspective. While it may seem abstract, the wave model provides a unique way to understand the storage and retrieval of memory. It challenges the traditional view of time as a linear progression and opens new avenues for research into the nature of memory and consciousness.