Musical improvisation is the expressive capacity of a performer fostered by access to their own “productive” or “reproductive” tonal imagery: a field of consciousness that includes experiences, images that are internal, combined, distorted, associated, or in competition between themselves. In the highly original form of life that is jazz, narrating means directing time: a time of epiphanies and introversions, of intuitions and revelations, of syncopated rhythms and aesthetic insights, which appear and disappear on the edges of interference between consciousness and (...) the unconscious. The performing urgency of gestures, voices, and sounds, although arranged in the same scene, highlights the difference in individual time. In this intense activity of opposition and resolution the experience becomes an unstable territory that rests on the capacity of the body to remember, decide, anticipate, and invent. The ego reveals itself to be an emerging representation of our nerve structures and, even if conscious organization continues to be attributed to it, its role is not at all crucial. Unity, if anything, means coordination. The conscious ego is the expression of the body. In its ultimate form its unity is a biological problem. (shrink)

Creativity is one of the central dimensions of human achievement and social development and has always fascinated scientists and non-scientists alike. But what is the essential nature of creativity? And what is the role of consciousness in the emergence of creativity? If it is true that it has been explored in many aspects in the cognitive and neurobiological field, it is also true that the lore chest—from which the conscious mind through unconscious mechanisms extracts the rough material that is then (...) brought to the surface—has been less investigated. The purpose of this article is to give an account of how the multiplicity of levels of awareness is made possible by a spontaneous order that has nothing to do with a monolithic view of creativity. (shrink)

Many theories on cognition assume that people adapt their decision strategies depending on the situation they face. To test if and how affect guides the selection of decision strategies, we conducted an online study (N = 166), where different mood states were induced through video clips. Results indicate that mood influenced the use of decision strategies. Negative mood, in particular anger, facilitated the use of non-compensatory strategies, whereas positive mood promoted compensatory decision rules. These results are in line with the (...) idea that positive mood broadens the focus of attention and thus increases the use of compensatory decision strategies that take many pieces of information into account, whereas negative mood narrows the focus of attention and thus fosters non-compensatory strategies that rely on a selective use of information. The results further indicate that gaining a deeper theoretical understanding of the cognitive mechanisms that govern decision processes requires taking emotions into account. (shrink)

The importance of unconscious cognition is seeping into popular consciousness. A number of recent books bridging the academic world and the reading public stress that at least a portion of decision-making depends not on conscious reasoning, but instead on cognition that occurs below awareness. However, these books provide a limited perspective on how the unconscious mind works and the potential power of intuition. This essay is an effort to expand the picture. It is structured around the book that has garnered (...) the most attention, Malcolm Gladwell’s Blink , but it also considers Gut Feelings by Gerd Gigerenzer and How Doctors Think by Jerome Groopman . These books help deepen the . (shrink)

From the seventies onward a large quantity of theoretical and empirical studies have investigated the heuristic principles and cognitive strategies that individuals use to deal with risky and uncertain situations. This research has shown how the explicative and predictive shortcomings of normative risk analysis depend in many respects on undervaluing the continuous interaction between the individual and the environment. There are factors that, day by day, represent significant obstacles to decision making.

Up until only a few decades ago, not many scholars recognized scientific dignity in the problem of consciousness. In the last few years this scenario has changed. The rapid development of non-invasive research techniques that explore cerebral functions has not only increased our knowledge on the correlations between mental processes and cerebral structures, but it has fed our hopes for the possibility of facing the ancient and elusive question about the mind-brain relationship with a new way of thinking. The meeting (...) between neurosciences and phenomenology represents one of the most promising frontiers of current research. Neurophenomenology , a paradigm of research inaugurated by the Chilean neuroscientist Francisco Varela, tries to indicate a remedy to the various explicatory philosophical and scientific gaps, establishing a methodological and epistemological bridge between the so-called phenomenological reports in “first person” and the scientific evidence in “third person,” incorporating the experience on neurodynamic levels in an explicit and rigorous way and, above all, avoiding every alternative in the direction of any form of ontological reduction. (shrink)

Voluntary acts are preceded by electrophysiological (RPs). With spontaneous acts involving no preplanning, the main negative RP shift begins at about200 ms. Control experiments, in which a skin stimulus was timed (S), helped evaluate each subject's error in reporting the clock times for awareness of any perceived event.

During the lengthy and complex process of human evolution our ancestors had to adapt to extremely testing situations in which survival depended on making rapid choices that subjected muscles and the body as a whole to extreme tension. In order to seize a prey traveling at speeds that could reach 36 km per hour Homo sapiens had just thousandths of a second in which to anticipate the right moment and position himself before the prey arrived. He also had to prepare (...) the appropriate gesture, tensing his muscles and overcoming the resistance determined by body weight. While we are no longer faced with an environment that is anything so threatening, our brain continues to use these mechanisms day in day out to save time and energy, enabling us to avoid situations of danger, sense in advance the intentions of an interlocutor, and more besides. In this article we set out to show that our brain is not only a reactive mechanism, capable of reacting quickly to the stimuli that arrive from the external environment, but is above all a pro-active mechanism that allows us to make hypotheses, anticipate the consequences of actions, and formulate expectations: in short, to wrong foot an adversary. (shrink)

Since the dawn of time, humankind's singular ability to make decisions has allowed human beings to face innumerable environmental challenges and complex evolutionary dynamics. Environmental pressures are not so urgent anymore, comparing to our ancestors. Nonetheless, the number of decisions that contemporary humans are called to make is very high. During the last three centuries, the change from normative to descriptive theories, from formal to natural logic, from substantive to limited rationality has allowed us to explain how many of the (...) decisional strategies are coherent with the functioning of the cognitive economy of our species, even if they are limited and fallible. (shrink)

This article argues the necessity of overcoming the hierarchical and pyramidal conception of the central nervous system that has subordinated the motor function to the higher brain activities for at least the last 150 years. The evolution of some motor modes of behavior?such as the ability to construct and manipulate instruments?has given rise to an ?embodied logic? underpinning not only the development of models of action and prediction but also the production of gestures and sequences of syllables that are at (...) the basis of human communication. Whether it is a matter of shaking someone's hand, writing a letter, or whatever, each executive function?controlled by a series of nervous structures and mental procedures that process the information?requires behaviors that are oriented to a specific end. (shrink)