![]() ![]() Throughout, we highlight open questions that invite the creative efforts of pioneering physicists.įrom the first measurement of the nerve impulse by Hermann von Helmholtz in 1849 to the cutting-edge superconducting devices used in magnetoencephalography, physics and neuroscience have always been inextricably linked. Finally, we discuss perturbative experiments and models for brain network control these use the physics of signal transmission along structural connections to infer intrinsic control processes that support goal-directed behaviour and to inform stimulation-based therapies for neurological and psychiatric disease. We then survey models of brain network function that stipulate how neural activity propagates along structural connections. We first describe the organizing principles of brain network architecture instantiated in structural wiring under constraints of spatial embedding and energy minimization. Here, we review recent efforts to meet this challenge, drawing on physics intuitions, models and theories, spanning the domains of statistical mechanics, information theory, dynamical systems and control. ![]() However, a fundamental challenge remains to understand how the brain’s structural wiring supports cognitive processes, with major implications for personalized mental health treatments. ![]() New non-invasive imaging techniques now allow comprehensive mapping of these patterns. 21(3), 277–283 (1985).The brain is characterized by heterogeneous patterns of structural connections supporting unparalleled feats of cognition and a wide range of behaviours. Prazdnikov, V.P.: Some features of skeletal muscle functions in man and dog during early postnatal ontogeny. (ed.) Functional Systems of the Body, pp. Kokina, N.N.: Systemogenesis of a group behavior. Sudakov, K.V.: La Teoria de Los Systemas Functionales: Una Aportacion de la Neurofisiologia a la Neurociencia y la Psicofarmacologia. Time-Life International, The Netherland (1966) University of Chicago Press, Chicago-Lond (1965) Lorenz, K.: Evolution and Modification of Behavior. Sudakov, K.V.: Protein synthesis in brain under the effect of interaction between motivation and reinforcement during learning. Sudakov, K.V.: Oligopeptides in organization of hypothalamically induced behavior. Sudakov, K.V.: Brain neurons gene expression in the organization of innate and acquired behavior. Sudakov, K.V.: System construction of brain dynamic stereotypes. Sudakov, K.V.: Role of motivational excitation in integrative activity of single brain neurons. 14(3), 194–200 (1984)Īnokhin, K.V., Sudakov, K.V.: Genome of neurons in organization of system mechanisms of behavior. Sudskov, K.V.: Decision-making stage in the systemic organization of the purposeful behavioral act. (eds.) Basic and Clinical Aspects of the Theory of Functional Systems. Zhuravlev, B.V., Murtazina, E.P.: Intersignal activity: role in the mechanisms of learning and memory. Zhuravlev, B.V., Sudakov, K.V.: Conditioning in brain single units interspike intervals pattern. (ed.) Systems research in Physiology, Reinforcement in Functional Systems, vol. Zhuravlev, B.V., Timofeeva, L.V., Shamaev, N.N.: Motivational and reinforcing excitations in the brain neuron firing patterns of rabbits deprived of water and food. Ganten, D., Sudakov, K.V., Nicolov, N.: Emotional stress and arterial hypertension. Transactions of the International Academy of Science, vol. Sudakov, K.V.: Functional system theory development in Anokhin scientific school: applied aspects for health diagnostics and health recreation. Medical Faculty University of Novi Sad, Novi Sad (1998) (eds.) Basic and Clinical Aspects of Theory of Functional Systems, pp. Sudakov, K.V., Lazetic, B., Gruic, N.: Bases of theory of functional systems-Perspectives. Sudakov, K.V.: The theory of functional systems: general postulates and principles of dynamic organization. Sudakov, K.V.: Functional system theory in physiology. Abhandlungen aus dem Geliet der Hirnforscanug und Verhal-tens physiologie, Band 8, S.287–298 (1978) Sudakov K.V., Anokhin, P.K.: Theorie des Funktionellen Systems und Ihre Anwendung auf Verschiedene Gebiete der Neuro-Wissenschaften. 10, 26 International Congress of Physiology Science, New Delhi, pp. Sudakov K.V.: Anokhin theory of functional systems and its application to different branches of neurosciences. Moscow-Leningrad: Nauka (in Russian) (1966)Įgiazaryan, G.G., Sudakov, K.V.: Theory of functional systems in the Scientific School of P.K. Dresden University Press, Dresden (1997)Īnokhin, P.K.: Biology and Neurophysiology of the Conditioned Reflex and Its Role in Adaptive Behavior. Nadin, M.: The Civilization of Illiteracy. Nadin, M.: Anticipation-The End is Where We Start From. Nadin, M.: Commitment to Knowledge, Anticipation: Learning from the Past Russian/Soviet Contributions to the Science of Anticipation. Boyd, C.A.R., Noble, D.: The Logic of Life. ![]()
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