mira frutero vas de listo pero se te ve la tonteria a la legua. efectivamente cualquier demente puede poner una pagina web diciendo lo que le salga de los cojones. pero si encuentras 1000 paginas web que dicen lo mismo es para pensar que algo debe haber no crees? y que interes puede tener alguien en falsear este tipo de datos gañan?
ademas las paginas tienen un dominio y esto no es de paginas de geocities/pepelopez son paginas oficiales de universidades con todas sus referencias y demas .
y mielinizar las fibras es otra ley de la electricidad por eso los cables se apantallan.
y efectivamente se algo del tema sin necesidad de google como deberias haber deducido ya aunque no ,no soy psicologo. digamos que dilettante.
la potencia tiene que ser 10 porque en el curso de la evolucion nuestro sistema nervioso ha evolucionado asi , posiblemente para evitar una saturacion. es como la ley de varianza perceptiva que presumiblemente evoluciono para optimizar el procesamiento del cerebro.
Psychophysiology is the science of understanding the link between psychology and physiology.
For example, psychologists are interested in why we may fear spiders and physiologists may be interested in the input/output system of the amygdala. A psychophysiologist will attempt to link the two. He might, for example, try to explain arachnophobia in terms of impulses coming in and out of the amygdala. However, psychophysiologists almost always study the psychological/physiological link in intact human subjects. While early psychophysiologists almost always examined the impact of psychological states on physiological system responses, since the 1970s, psychophysiologists also study the impact of physiological states and systems on psychological states. It is this perspective of studying the interface of mind and body that makes psychophysiologists most distinct.
Psychophysiology is different from physiological psychology in that psychophysiology looks at the way psychological activities produce physiological responses, while physiological psychology looks at the physiological mechanisms which lead to psychological activity. Historically, most psychophysiologists tended to examine the physiological responses and organ systems innervated by the autonomic nervous system. More recently, psychophysiologists have been equally, or potentially more, interested in the central nervous system, exploring cortical brain potentials such as the many types of event related potentials (ERPs), brain waves, functional neuroimagery ( fMRI), PET, MEG, etc.
A psychophysiologist may look at how exposure to a stressful situation will produce a result in the cardiovascular system such as a change in heart rate (HR), vasodilation/vasoconstriction, myocardial contractility, or stroke volume. A physiological psychologist may look at how one cardiovascular event may influence another cardiovascular or endocrine event, or how activation of one neural brain structure exerts excitatory activity in another neural structure which then induces an inhibitory effect in some other system. Often, physiological psychologists examine the effects that they study in infrahuman subjects using surgical or invasive techniques and processes.
Psychophysiology is closely related to the field of Neuroscience and Social neuroscience, which primarily concerns itself with relationships between psychological events and brain responses. Psychophysiology is also related to the medical discipline known as psychosomatics.
While psychophysiology was a discipline off the mainstream of psychological and medical science prior to roughly the 1960 and 1970s, more recently, psychophysiology has found itself positioned at the intersection of psychological and medical science, and its popularity and importance have expanded commensurately with the realization of the inter-relatedness of mind and body.
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Commonly Used Measures
Many measures are part of modern psychophysiology including measures of brain activity such as ERP (Event Related Potentials), brain waves (Electroencephalography, EEG), slow waves, fMRI (Functional Magnetic Resonance Imaging), measures of skin conductance (Skin Conductance Response SCR, Galvanic Skin Response GSR), cardiovascular measures (heart rate (HR), beats per minute (BPM), heart rate variability (HRV), vasomotor activity, muscle activity (EMG - electromyography), changes in pupil diameter with thought and emotion (pupillometrics) and eye movements, recorded via the electro-oculogram (EOG).
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Uses of Psychophysiology
Psychophysiological measures are often used to study emotion and attention responses in response to stimuli. Loud startle tones, emotionally charged pictures, videos, and tasks are presented and psychophysiological measures are used to examine responses.
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References and external links
Cacioppo, J. T., Tassinary, L. G., & Berntson, G. G. (2000). Handbook of psychophysiology, 2nd edition. New York: Cambridge University Press.
Society For Psychophysiological Research (SPR)
https://sprweb.org/
Journal--Psychophysiology
https://www.blackwellpublishing.com/journal.asp?ref=0048-5772
International Organization of Psychophysiology
https://www1.elsevier.com/homepage/sag/iop2002
Journal-- International Journal of Psychophysiology
British Society for Clinical Psychophysiology (BSCP) Clinical Psychophysiology
The International Society for the Advancement of Respiratory Psychophysiology (ISARP)
The Medipsych Intitute Clinical Psychophysiology
Clásico
Forero del todo a cien
Veterano
Asiduo
piensa un poco lo que has puesto anda.
Novato de mierda