The text delves into topics related to the evolution of forms of matter movement: physical, chemical, biological, and conscious. It introduces the concepts of the Pan-socium, Pan-encephalon, and Superintelligence. The author reflects on the formula of matter evolution, defines life, explores multicellularity and intelligence, and hypothesizes that love is a crucial organizing force of the mind. The interrelation of music and human consciousness, as well as the connection between mental disorders and consciousness, is examined. The author characterizes emotional activity as a specific reactivity inherent in the mind and thought as an organizing force regulating emotional activity. Schizophrenia is discussed as a disease of meaning reproduction, and parallels are drawn between cancer, as a disease of mitosis, and schizophrenia. The evolution from physical forms to intelligent ones is explored, along with metaverses, linguistic models, blockchain, and biotechnologies in the context of the Pan-socium and Pan-encephalon. The text contemplates the cosmic role of humans and superintelligence.
In the late 1980s, when I was a high school student, I became interested in the forms of matter movement and their evolution. At the time, I was aware of several primary forms of matter movement: physical, chemical, biological, and intelligent [1]. From my father, a professor of biology, I learned that these forms evolve over time. In my view, the simplest form was the physical, followed by the chemical, biological, and finally the intelligent form of matter movement. Back then, I believed that these forms differed from one another through qualitative leaps, somewhat akin to the process of aromorphosis in living organisms. It was clear to me that the mechanism behind such leaps must be the same for all forms of matter movement.
At that time, I was deeply fascinated by chemistry and biology. I viewed life as a continuation of chemistry. In physics, I was particularly drawn to the field of thermodynamics. Beyond the school curriculum, I remember reading Peter Atkins’ popular book «Order and disorder in nature» [16]. I was familiar with the concept of entropy and aware of the anti-entropic properties of life. I also studied Academician A. I. Oparin’s book on the origin of life from coacervate droplets [8]. Magazines such as «Science and life», «Technology for youth», and «Chemistry and life» were invaluable resources for me, as they often discussed the topic of the origin of life. My go-to book was «The Universe. Life. Mind» by I. S. Shklovsky, which devoted significant attention to life, intelligence, and their cosmic role [14]. I didn’t overlook the works of V. I. Vernadsky, reading some of his writings as well [3]. I was also captivated by Erwin Schrödinger’s book «What is Life? From a Physicist’s Viewpoint» [15]. Thus, my father’s idea that “life is a hierarchy of enzymatic systems” found fertile ground in my prepared mind.
Our biology lessons were taught by a wonderful young teacher, Dmitry Vadimovich Dubikovsky. The novelty of his teaching approach, the way he analyzed alternative theories of the evolutionary process and the origins of life, also stirred my imagination. One phrase of his stayed with me: “As a result of evolution, love multiplies in the world.”
All of this – what I now recall, and perhaps other things I’ve forgotten – gave rise to a personal definition of life. My own. These thoughts remain among the most important to me even today. I developed them slowly over the years in notes and writings, but never expressed them in a cohesive form for a broader audience. It took time for me to mature enough to do so. The ideas evolved and grew richer, but their essence remains the same. For me, a Soviet high school student, writing a serious philosophical work was an insurmountable task. The challenges I faced then were entirely practical: finishing school, entering university, obtaining a higher education, and becoming a doctor. Of course, these responsibilities distracted me from my schoolboy discoveries, but I never abandoned them.
