MY EXPERIMENTS WITH SIRAT -AL -MUSTAQEEM: PART -III

Millions of research papers and books have been published every decade since 1990s. There has been a parallel surge in the quantity of digital information: new data on genome sequences, expansion of the universe, chemical molecules, molecular bonding , protein interactions, molecular structures, computer sciences , artificial intelligences and gene expression—all stored in vast databases. The challenge, for both scientists and researchers, is to transform this overwhelming volume of information into an accessible and up-to-date understanding of how the universe and comprehension works. Assistance comes from a significant rise in the number of review articles that aim to make raw material more digestible, though most of these reviews remain narrowly focused. Meanwhile, a rapidly expanding array of online resources seeks to persuade us that comprehension is just a few clicks away. In some fields, this shift in how we access knowledge has proven highly effective—for instance, in uncovering the latest insights into our own medical conditions. However, to grasp the beauty and intricacy of how philosophy of knowledge operate, one needs more than fragmented online sources; it is immensely difficult to sift through the vast confusion to uncover the truly valuable and lasting insights. Far more effective is a thoughtfully crafted narrative that guides researchers logically and progressively through the essential ideas, components, and experiments, enabling them to construct a memorable, conceptual framework for philosophy and research—a framework that equips them to critically assess new scientific developments and, more crucially, to comprehend them. This is what i am aiming to achieve in this series of books. In preparing this series of research based book on philosophy of life and working of universe I have inevitably faced tough choices. To include exciting new discoveries while keeping the research manageable, much content has been trimmed. I have designed the book in the research paper formats, so that understanding of the work becomes easy and accessible for researchers. The chemistry of philosophy, research and analysis is extraordinarily intricate, vast and complex that any catalog of their interactions—no matter how thorough—will leave significant gaps in our understanding. I now recognize that producing persuasive explanations of COMPLEX PSYCHO SOCIAL EMOTIONAL COMPREHENSION OF UNIVERSE will demand quantitative data about psychology, physics, chemistry, sociology paired with advanced mathematical and computational approaches—some of which have yet to be developed. Consequently, an emerging priority for researchers is to steer their studies toward quantitative description and mathematical reasoning. Confronted with the vast scope of what i have learned about research and development, and the gaps in key theories published in last 100 years , it might be tempting for a researcher to assume that little remains to be uncovered. In reality, the more we learn about universe and our own conscience, the more new questions arise. To underscore that our grasp of research and development of philosophy is far from complete, i have included in this series of books , What We Don’t Know and the alternate theories of comprehension and conscience running the universe. This series of books offer a small glimpse of the critical unanswered questions and challenges awaiting the next generation of scientists. Some of the questions have been answered and I take great satisfaction in knowing that some researchers engaging with this work will provide future answers We live in a world grappling with complex issues tied to cell biology: biodiversity, climate change, food security, environmental degradation, and human disease. We hope that our research will help researchers better understand and perhaps contribute to addressing these challenges. Knowledge and comprehension bring the power to act