Neuroaesthetics
- ECTS credits15
- Teaching semesterSpring, Autumn
- Course codeNEU201
- Number of semesters1
- LanguageEnglish
- Resources
Main content
Level of Study
Bachelor
Teaching semester
Irregular.
Place of Instruction
Bergen
Objectives and Content
Aim
The course aims to provide a broad understanding of neuroaesthetics, illustrated by a selection of particularly significant and recent scientific works in this field. Basic visual physiology on perception of form and color is also a central topic. Another goal is to clarify how modern brain research may provide insight into creative mechanisms in paleoart.
Contents:
Neuroaesthetics lies at the intersection between cognitive psychology, neurobiology and art. In neuro-aesthetics methods primarily deriving from cognitive psychology are used to study how the brain responds to aesthetic stimuli.
The study includes topics like
*neuronal activation in response to aesthetic stimuli
* method: different types of brain scans
* physiology of vision
* Aesthetics and cognition in an evolutionary perspective
Learning Outcomes
After successfully completing this course, students will have:
Knowledge
Skills
General knowledge
The student
* Has a basic understanding of how aesthetic stimuli activate specific anatomical structures in the brain and how cognitive and affective factors interact in aesthetic perception.
* Is able to understand why a particular method and experimental setup (paradigm) can answer the central questions raised in a particular study.
* Have knowledge about theories of aesthetics as seen in an evolutionary perspective.
The student
* Understands basic neurophysiology and neuroanatomy.
* Understands the principles for how to build an f-MRI paradigm using cognitive subtraction.
* Can interpret f-MRI images by identifying the Brodmann sites activated, and understand changes in activation from condition a to condition b.
The student
* Is able to use the terminology and discourse forms in neuroaesthetics in an independent work with key professional issues.
* have basic understanding of the nature of scientific thinking and methodology: the hypothetical deductive method.
Required Previous Knowledge
None
Recommended Previous Knowledge
It is of great help but no prerequisite to have basic insights from psychology and biology instructed at university level.
Credit Reduction due to Course Overlap
None
Access to the Course
The course is open to all students at UiB
Teaching and learning methods
Normally 14-16 double lectures (2x45 min).
If less than five students are registered to a course, the department might reduce the teaching, please see the department¿s guidelines regarding this on "My page". Regarding a course where this is a possibility the students get information about this at the beginning of the semester, and before the deadline regarding semester registration 1.February/1.September.
Compulsory Assignments and Attendance
None
Forms of Assessment
7 day home exam. The length of the text should be 3500-4000 words.
Grading Scale
A-F
Assessment Semester
Spring or Autumn, but not regularly. There is also assessment early in the following semester given the course was held in the previous semester.
Reading List
The reading list for the coming semester will be presented within 01.06/01.12.
Course Evaluation
Evaluation will be conducted in accordance with the University of Bergen's quality assurance system.
Course Coordinator
Per Olav Folgerø
Contact
Exam information
Type of assessment: Take-home examination
- Assignment handed out
- 22.05.2023, 13:00
- Submission deadline
- 30.05.2023, 13:00
- Withdrawal deadline
- 08.05.2023
- Examination system
- Inspera
- Digital exam