Фінеренон у хворих на гіпертонічну хворобу з діабетом та хронічною хворо...

About me Roots and academic foundation My journey began in a Ukrainian village in the Donbas region. I pursued a dual path of intellectual development, receiving my medical education at Donetsk National Medical University and my mathematical education at V. N. Karazin Kharkiv National University. This rare combination of disciplines provided the framework for my scientific worldview, allowing me to view biological systems through the lens of mathematical precision. My early career was deeply rooted in clinical practice and research, focusing on the nature and treatment of myocardial infarction, atherosclerosis, arterial hypertension, and atrial fibrillation. I served as a professor and the Dean at V. N. Karazin Kharkiv National University, where I worked to restore medical education and guide the next generation of physicians and researchers. From cardiology to the philosophy of life For many years, my research focused on the mathematical modeling of the cardiovascular system and the search for optimal states within the progression of disease. I investigated symmetry in medicine and the inherent efficiency of biological healing processes. However, my entry into retirement opened a unique window of opportunity—a "Lazarus moment" of sorts—allowing me to engage in profound projects that demand the kind of time and reflection that a busy clinical and administrative career rarely permits. My interests have since shifted from specific medical protocols to the broader philosophy of life, health, and the transition between biological and artificial systems. Exploring natural intelligence and digital twins Today, I apply the Theory of Functional Systems to a spectrum of life forms, ranging from the purely biological to the increasingly artificial. My current work explores the transition from biological to artificial intelligence through the formation of what I term Natural Intelligence. This involves the precise study of cognitive development and the creation of the Lazarus algorithm model. I am particularly interested in the concepts of first and second mortality, the limits of human lifespan, and the critical expansion of the healthspan into what I call wellspan. My research now looks toward the role of digital twins in both our lived reality and our digital afterlife, as well as the potential traps of longevity in a technologically advanced society. A collaborative digital legacy These ideas are realized through my books, many of which are written in collaboration with my son, Andriy Yabluchanskiy, and occasionally with my daughter, Anna Yabluchanska. This partnership allows for a hybrid perspective that blends medical tradition with modern public health and artificial intelligence. This blog, much like my English, Ukrainian, and Russian YouTube channels, is intended to be an open space for communication. I invite readers to look beyond the ordinary boundaries of healthcare and join me in exploring the frontiers of human cognition and our place within the emerging bio-digital noosphere.