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NEUROSCIENCE OF CONSCIOUSNESS Single discipline educational activity
Course Sheet Academic Year of enrolment:
Disciplinary Sector:
Psychobiology and Physiological Psychology
Professor and Collaborators:
Hours of classroom activity:
Prerequisites:
Intermediate level of Psychobiology and English; elementary notions of Mathematics, Physics and Philosophy.
Objectives
Contents Analysis of the current state of knowledge on the relationship between matter organization, neural activity and subjective experience. The course is based on lectures, with presentation of slides and films, translation and commentary of articles. The course will be held in the first semester.
Extended Syllabus Prof. Alfredo Brancucci (2 cfu)
Perceptive consciousness: neurobiological bases. Visual consciousness. EEG, brain rhythms, wake, sleep and dream. Qualia. Investigation techniques of neuroscience applied to consciousness. Integrated information theory, complexity, artificial consciousness.
Prof. Piero Di Carlo (2 credits)
Consciousness and complexity. The physical approach to complex systems. Order and disorder: the concept of entropy. Consciousness according to classical physics: entropic and syntropic models of consciousness. Consciousness according to quantum physics. Computational models of consciousness.
Prof. Enzo Forlano (2 cfu)
Epistemology of consciousness: objective aspects and subjective aspects. Consciousness and the unconscious. Constructing the contents of consciousness: the basic mechanisms. Consciousness and higher cognitive functions. Consciousness and emotions. Neural correlates of states of consciousness.
Recommended Bibliography - Teaching material (slides and articles) delivered during the lessons.
We also recommend the following readings:
- Edelman GM, Tononi G. "A universe of conscience". Einaudi.
- Forlano E. "The neurocognitive bases of behavior". Carabba.
- Rosenblum B, Kuttner F. "Quantum enigma: physics encounters consciousness". Duckworth overlook.
Methods of Provision
Teaching Methods Lectures with presentation of slides and films.
Evaluation methods Verification of learning:
Multiple choice written exam. Maximum mark is 30, minimum acceptable 18.