Vakulenko D. Stress Systems Across Time: A Physician's Guide to Diagnosing and Treating Pathological Functional Systems. 2026, 19 668 words.
This manual is the clinical continuation of Stress Systems Across Time: From Continuous Trauma to Habits of Day and Night. The first volume established the theoretical architecture of functional systems, continuous traumatic and collective traumatic stress, and the day–night loops through which adaptive mobilization can harden into pathological regimes. This second book translates that architecture into physician-level practice. It presents multi-axial diagnostic mapping (time, scale, and structural nodes of the functional system), outlines how to localize the dominant pathological node (reference point, internal model, or action-learning loop), and offers stage-by-stage intervention plans from formation and crystallization inside active threat through transition and after-trauma states. The manual integrates psychometric, neurophysiological, and biological measurements with somatic, psychological, environmental, and institutional interventions, treating sleep and night systems as central therapeutic targets. It emphasizes that individual treatment must be calibrated to real conditions of war, displacement, bureaucratic instability, and digitally mediated threat, and invites the physician to move from checklist management to systemic recovery work—restoring flexibility across day and night, widening existential range, and rejecting narratives that translate structurally produced suffering into mere personal weakness or noncompliance. Taken together, the two volumes form a unified trajectory from theoretical framework to applied clinical roadmap for working with distress systems across time.
© Iabluchanskyi M., Venger O., Yabluchanska G., Yabluchanskiy A., Vakulenko D.
I am a physician and mathematician educated at Donetsk National Medical University and V. N. Karazin Kharkiv National University. My work lies at the intersection of cardiology and other branches of clinical medicine, mathematical modeling, natural intelligence, digital twins, and digital persistence. I explore how living systems organize decisions, maintain adaptive results, and how these processes can be modeled, diagnosed, and augmented in both humans and hybrid human–AI systems. I publish under the names Mykola Yabluchansky and Mykola Iabluchanskyi. More of my work and reflections can be found on my blog and professional profiles: scholar.google.com/citations?