Acknowledgement:

28-04-2024

Dear Dr. Paternina,

Thank you for taking the time to read my research paper (Formulating Time's Hyperdimensionality across Disciplines) and for sharing your insightful comments. I truly appreciate your engagement with the ideas presented and the connections you've drawn to your own work.

I'm glad to hear that you agree with the advocacy in my paper for differentiating time from spatial dimensions. Your explanation of the pendulum formula and its deduction within the framework of the Basic Systemic Unit concept provides valuable insights into the complex dynamics of open systems. It's fascinating to see how your research contributes to a deeper understanding of fundamental equations in physics, such as Schrödinger's wave equation, within a unified framework like the Complex Plane.

Your critique of mainstream physics and advocacy for a paradigm shift towards considering time as a fundamental dimension separate from space resonates deeply with the themes explored in my paper. By acknowledging the limitations of traditional mathematical methodologies and proposing alternative frameworks like the complex plane, you offer valuable perspectives on how we can better understand complex phenomena.

I found your explanation of thirdness, complex numbers, and their implications for understanding reality and mathematical representations to be particularly illuminating. Your emphasis on the importance of synergy and the Basic Unit System in comprehensively representing reality underscores the need for interdisciplinary approaches in scientific inquiry.

Your comment enriches the discourse surrounding the nature of time, space, and reality, and I'm grateful for the opportunity to engage with your ideas.

Thank you once again for your insightful contribution.

Warm regards,

Soumendra Nath Thakur

*-*-*-*-*

29-04-2024

Dear Mr. Edgar Paternina,

I extend my heartfelt congratulations and appreciation to you for your remarkable discovery of the "Basic Systemic Unit" and your insightful reinterpretation of the imaginary unit as a symbol to differentiate between two distinct orders of reality such as Time and Space. Your conceptualization of the complex trajectory that remains invariant in the complex plane, while embodying a radical duality between time and space, is indeed a novel and thought-provoking idea.

Your elucidation of the concept of power and the power factor in the context of electrical engineering resonates deeply with me, especially considering my recent engagement with similar concepts in response to a question on Quora. The coincidence of our discussions regarding power and its factors further emphasizes the interconnectedness of ideas across disciplines, sparking new avenues for exploration.

I am genuinely fascinated by your approach to synthesizing complex numbers and their implications for understanding reality, particularly your emphasis on synergy and isomorphic units. Your dedication to testing and validating theoretical concepts in real-world settings exemplifies the rigor and depth of your research endeavours.

I am eager to delve into your paper, "The Principle of Synergy and Isomorphic Units, a revisited version," and explore the profound insights it offers into the fundamental equations of physics within a unified framework. As soon as I find the time amidst my present engagements, I shall immerse myself in the study of your work, eager to glean further wisdom from your scholarly contributions.

Once again, I express my sincere gratitude for your enlightening comments and invaluable insights. Your work continues to inspire and enrich the discourse surrounding the nature of reality and mathematical representations.

Warm regards,

Mr. Soumendra Nath Thakur