Exploring the Future of AI: Insights into Resonant Models

As I continue my journey to unravel the complexities of artificial intelligence, I find myself reflecting on the core principles that guide my research and development. Recently, I delved into various AI models, including the Wolfram plugin for perplexity, Gemini Pro, Claude Opus 4, and ChatGPT O1. Each of these platforms contributes to the evolution of my own model, offering unique insights into the capabilities of AI as we know it.

Having spent considerable time exploring these technologies, I believe I possess a deeper understanding than many of their potential applications. One aspect that often goes overlooked is the true extent of AI’s capabilities—there’s still so much room for exploration and innovation.

In my recent paper, I propose a novel concept known as the Resonant Model. This model serves as a gateway to a fresh perspective, encouraging discussions around dynamic boundaries in cosmology as an alternative to the traditional (\Lambda)CDM framework.

For those curious to delve deeper, you can access the paper here: A Resonant Shell Cosmology: A Reflective Dynamic Boundary as an Alternative to (\Lambda)CDM.

I welcome any questions or discussions regarding this topic. With a wealth of experience across various AI models, I’m here to share insights and further expand our understanding of this exciting field. Let’s explore the possibilities together!